sampling sites
overview
Sampling site Description Location No. Samples
station 2.88.1 at a depth of 55m during SCICEX 97 cruise- 75.52 N 179.58 W 1
station 2.88.5 at a depth of 131m during SCICEX 97 cruise- 75.51 N 179.57 W 1
name not available- 75.78 S 179.37 W 1
name not available- 28.45 N 178.31 W 1
fish gill- 48.91 S 178.11 W 1
benthal sediment; water depth: 2350m- 19.74 S 176.96 W 1
marine sediment at a depth of 2725m- 22.53 S 176.8 W 1
benthal sediment; water depth: 1868m- 22.53 S 176.72 W 1
benthal sediment; water depth: 1885m- 22.53 S 176.71 W 1
2711 depth; sediment- 22.58 S 176.64 W 1
benthal sediment; water depth: 1744m- 22.21 S 176.61 W 1
benthal sediment; water depth: 1921m- 22.18 S 176.6 W 1
Mariner Vent field 22degree 10.80 S, 176degree 36.1 0 WMariner Vent field 22degree 10.80 S, 176degree 36.1 0 W 22.17 S 176.6 W 1
Lau Basin, 20S, 176WLau Basin, 20S, 176W 20.75 S 176.57 W 1
2210 depth; volcanic glass- 20.93 S 176.24 W 1
2542 depth; sediment- 20.63 S 176.21 W 1
benthal sediment; water depth: 2253m- 20.69 S 176.18 W 1
2228 depth; basalt- 20.67 S 176.18 W 1
benthal sediment; water depth: 2457m- 20.67 S 176.13 W 1
deep sea sediment samples near hydrothermal vents at depth 1800m-2800m- 20 S 176 W 1
name not available- 26.03 N 174.01 W 1
name not available- 26.05 N 173.98 W 1
name not available- 16.98 S 173.9 W 1
name not available- 26.03 N 173.88 W 1
Tonga-Kermadec TrenchTonga-Kermadec Trench 20 S 173 W 1
name not available- 75.75 S 172.83 W 1
name not available- 25.78 N 171.75 W 1
cray fish- 54.29 S 170.65 W 1
name not available- 0 S 169.92 W 1
marine sediment R15; grey clay; 175 depth- 74 N 168.99 W 1
East Lobe Lake Bonney, AntarcticaEast Lobe Lake Bonney, Antarctica 77 S 168 W 1
seawater- 55.64 S 167.54 W 1
mid-intertidal boulders- 53.89 N 166.54 W 1
50 meter bacterioplankton from South Pacific (KM0703 Station 13)- 23.05 S 166.23 W 1
marine sediment P13; brown clay; 447 depth- 74.8 N 165.81 W 1
name not available- 54.15 N 165.73 W 1
Central North Pacific OceanCentral North Pacific Ocean 30 N 165 W 1
name not available- 78.32 S 164.92 W 1
ocean sediment, 5306 m water depth, during Cruise Knox02rr- 45.96 S 163.18 W 1
Aleutian TrenchAleutian Trench 52.89 N 163 W 1
depth-integrated freshwater sample- 61.93 N 162.87 W 1
name not available- 3.03 N 159.2 W 1
name not available- 8.32 N 159.18 W 1
name not available- 14.62 N 158.57 W 1
name not available- 21.65 N 158.06 W 1
name not available- 22.77 S 158 W 1
sea water (4000m depth) from North Pacific Subtropical Gyre, Hawaii Ocean Time Series station ALOHAStation Aloha (22.75N, 158W, 27Nov2004) 22.75 N 158 W 5
75 meter bacterioplankton from Hawaii Ocean Time-Series (HOT186) Station ALOHA- 22.75 N 157.93 W 2
seawater from 5m depth- 21.17 N 157.92 W 1
75 meter bacterioplankton from Hawaii Ocean Time-Series (HOT188) Station ALOHA- 22.79 N 157.92 W 1
45 meter bacterioplankton from Hawaii Ocean Time-Series (HOT182) Station ALOHA- 22.8 N 157.9 W 1
Ke'ehi Lagoon, Mamala Bay, Hawaii, USA- 21.303 N 157.899 W 1
45 meter bacterioplankton from Hawaii Ocean Time-Series (HOT189) Station ALOHA- 22.8 N 157.88 W 1
stream rock periphyton community- 21.48 N 157.85 W 1
name not available- 21.55 N 157.85 W 1
name not available- 21.52 N 157.83 W 2
name not available- 21.53 N 157.83 W 1
name not available- 21.26 N 157.82 W 1
Sampan Channel, Kaneohe Bay, Ohau, 6 inches below the surface- 21.46 N 157.79 W 1
name not available- 21.26 N 157.78 W 1
name not available- 21.43 N 157.78 W 1
name not available- 21.28 N 157.74 W 1
marine sponge- 21.28 N 157.73 W 1
name not available- 21.4 N 157.72 W 1
name not available- 21.32 N 157.67 W 1
70 meter bacterioplankton from Hawaii Ocean Time Series (HOT199) Station ALOHA- 22.4 N 157.59 W 1
marine sediment S16; brown mud; 3800 depth- 73.42 N 157.16 W 1
name not available- 20.91 N 156.9 W 1
70 meter bacterioplankton from South Pacific (KM0703 Station 6)- 20 S 156.61 W 1
name not available- 19.58 N 155.97 W 1
name not available- 72.57 S 155.78 W 1
I. loihiensis isolation siteHydrothermal vent on the Loihi submarine volcano, Hawaii 18.9 N 155.3 W 1
Loihi Seamount, HawaiiLoihi Seamount, Hawaii 18.95 N 155.25 W 1
North Pacific at 43°N, 155°WNorth Pacific at 43°N, 155°W 43 N 155 W 1
drift- 59.14 N 153.52 W 1
name not available- 77.93 S 153.47 W 1
name not available- 80.47 S 153.4 W 1
mussel- 61.18 S 153.29 W 1
marine sediment S26; grey mud; 3000 depth- 73 N 152.67 W 1
name not available- 72.57 S 152.42 W 1
Chukchi Sea, 10 m depth- 72.32 N 151.98 W 1
name not available- 59.5 N 151.47 W 1
name not available- 67.35 N 150.14 W 1
Polynesia ArchipelagosMoorea, Cooks Bay 17.475833 S 149.812222 W 4
name not available- 67.94 N 149.8 W 1
Polynesia ArchipelagosMoorea, Outside Cooks Bay 17.453056 S 149.798889 W 2
Pocillopora with barnacles, snorkel to motu, very close to outer reef- 17.53 S 149.78 W 1
name not available- 61.3 N 149.54 W 1
name not available- 60.01 N 149.29 W 1
name not available- 72.98 S 149.25 W 1
name not available- 64.61 N 149.09 W 1
name not available- 69.34 N 148.73 W 1
350 km offshore off Deadhorse, Alaska (73° 01´N, 148° 31 ´W)350 km offshore off Deadhorse, Alaska (73° 01´N, 148° 31 ´W) 73.02 N 148.52 W 1
name not available- 61.78 N 148.48 W 1
Polynesia ArchipelagosTikehau Lagoon 15.277778 S 148.224444 W 2
collected from a depth of 600 m- 58.1 N 147.78 W 1
ice wedge ice- 64.95 N 147.63 W 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Tahiti (17 degrees S, 150 degrees W) at 1 m on October 10, 1996.- 17 N 147.5 W 1
Polynesia ArchipelagosRangirora Atoll 15.143611 S 147.435 W 2
soil- 86.3 S 147 W 1
name not available- 65.18 N 146.58 W 1
soil- 63.92 N 145.73 W 1
South PacificSouth Pacific 12 S 145.42 W 1
manganese nodules- 8.35 N 145.4 W 1
deep sea sediment- 8.33 N 145.38 W 1
name not available- 75.48 S 145.13 W 1
station 1.6.4 at a depth of 131m during SCICEX 97 cruise- 85.04 N 144.89 W 1
station 1.6.7 at a depth of 235m during SCICEX 97 cruise- 85.04 N 144.87 W 1
Equatorial Pacific (0°/140°W)Equatorial Pacific, 0N 140W 0 S 140 W 2
leaf of infected plant- 36 N 139 W 1
Tropical South Pacific201 miles from F. Polynesia 10.131389 S 135.449444 W 2
name not available- 57.1 N 135.4 W 2
name not available- 15.02 N 135.02 W 1
name not available- 58.31 N 134.69 W 2
depth-integrated freshwater sample- 67.43 N 133.75 W 1
Beaufort Sea, station CA04-05, station depth 265m, sample depth 51m- 71.06 N 133.6 W 1
name not available- 55.46 N 133.14 W 1
Tropical South Pacific300 miles from F. Polynesia 9.571111 S 131.491667 W 2
name not available- 44.92 S 130 W 3
marine hydrothermal vent fluids- 45.94 N 129.99 W 1
marine hydrothermal vent fluids- 45.92 N 129.98 W 1
hydrothermal chimney 4148- 48.57 N 129.06 W 1
Tropical South Pacific400 miles from F. Polynesia 9.0175 S 127.767222 W 2
deep-seawater near Baby Bare Seamount- 47.42 N 127.38 W 1
name not available- 48.84 N 127.21 W 1
water sample taken from 5 m depth at the Beaufort Sea Station CA303- 70.79 N 126.93 W 1
Eastern North Pacific Ocean, Station P4, 1000 m depth- 48.65 N 126.67 W 1
ocean water at depth 225 m- 70.02 N 126.42 W 3
under-ice seawater- 70 N 126.3 W 2
eastern North Pacific Ocean, Oregon coastal waters, 200m depth- 44.01 S 124.95 W 1
PCR amplified from plankton DNA extracts collected June 3, 1997 from surface water off Monterey Bay, California (124.89 W, 35.44 N)- 35.44 S 124.89 W 1
name not available- 49.08 N 124.85 W 1
name not available- 47.11 S 124.68 W 1
name not available- 49.35 N 124.61 W 1
name not available- 47.12 S 124.54 W 3
name not available- 48.39 N 124.43 W 1
P. ubique isolation siteCoast of Oregon, Newport hydrographic line 44.652 N 124.412 W 1
cultivated isolate of the SAR11 clade- 44.65 S 124.41 W 1
name not available- 49.91 N 124.31 W 1
name not available- 49.28 N 124.25 W 1
Tropical South Pacific600 miles from F. Polynesia 8.415 S 124.239722 W 2
name not available- 41.06 N 124.15 W 1
name not available- 41.17 N 124.14 W 1
name not available- 49 N 124.13 W 1
marine plankton- 31.82 S 124.12 W 1
name not available- 41.04 N 124.12 W 1
name not available- 44.5 N 124.08 W 1
name not available- 44.6 N 124.07 W 1
name not available- 44.71 N 124.06 W 1
name not available- 44.62 N 124.04 W 1
drift- 44.62 N 124.03 W 1
name not available- 49.15 N 123.98 W 1
name not available- 44.9 N 123.9 W 1
name not available- 44.41 N 123.89 W 1
Strait of Georgia, British Columbia, Canada- 49.29 N 123.81 W 1
name not available- 48.66 N 123.75 W 1
name not available- 48.48 N 123.55 W 1
Saanich Inlet, depth of 215m in anoxic marine fjord- 48.59 N 123.5 W 9
anoxic marine intertidal sdimen from sheltered embayment- 48.77 N 123.47 W 1
name not available- 48.46 N 123.39 W 3
name not available- 44.55 N 123.31 W 1
name not available- 44.57 N 123.25 W 1
pond in BC Native Garden, UBC Botanical Garden- 49.25 N 123.22 W 3
name not available- 49.27 N 123.2 W 1
name not available- 48.57 N 123.17 W 1
name not available- 49.27 N 123.16 W 1
pool along a trail around Beaver Lake, Stanley Park- 49.3 N 123.13 W 1
name not available- 38.34 N 123.05 W 2
name not available- 48.56 N 123.03 W 1
name not available- 48.55 N 123.01 W 1
name not available- 48.53 N 122.97 W 1
name not available- 48.45 N 122.96 W 1
name not available- 48.47 N 122.95 W 1
name not available- 48.55 N 122.95 W 1
south shore of Burnaby Lake- 49.23 N 122.93 W 1
name not available- 40.67 N 122.83 W 1
name not available- 41.87 N 122.81 W 1
name not available- 41.06 N 122.7 W 1
name not available- 42.16 N 122.7 W 1
brain- 47.37 N 122.7 W 1
name not available- 48.51 N 122.68 W 1
Coastal bacterioplankton, Puget Sound, WashingtonCoastal bacterioplankton, Puget Sound, Washington 48.4 N 122.6 W 1
name not available- 40.59 N 122.54 W 1
name not available- 39.62 N 122.51 W 1
name not available- 47.28 N 122.46 W 1
name not available- 47.65 N 122.46 W 1
name not available- 38.43 N 122.42 W 1
name not available- 41.85 N 122.31 W 1
Lake Washington Methylamine SIP enrichment; lake sediment; depth 63m; sample depth 0-1cm depth into sediment; sample incubated with labeled methylamine- 47.63 N 122.27 W 1
name not available- 38.57 N 122.24 W 1
deep sea sediment associated with whale falls- 36.7 N 122.2 W 1
pink subaerial biofilm microbial community collected from the base of 2m high pile of pyrite sediment over which pH 1.1, 41C acid mine drainage solution was flowing- 40.68 N 122.2 W 2
name not available- 48.81 N 122.2 W 1
Carmel Canyon- 36.58 N 122.06 W 2
name not available- 37.28 S 122.03 W 1
name not available- 36.69 N 122.03 W 1
100m depth seawater- 36.76 N 122.03 W 1
name not available- 36.83 N 122.03 W 1
collected from a depth of 100 m- 36.83 N 122 W 1
name not available- 36.96 N 121.97 W 2
name not available- 35.73 S 121.93 W 1
name not available- 31.82 S 121.93 W 4
name not available- 36.63 N 121.9 W 1
plankton DNA extracts- 36.83 N 121.9 W 3
name not available- 36.85 N 121.9 W 1
name not available- 36.61 N 121.89 W 6
collected from a depth of 500 m- 33.08 N 121.8 W 1
name not available- 36.81 N 121.79 W 1
anoxic estuarine sediment, profile to 1.25m- 36.86 N 121.76 W 1
name not available- 38.54 N 121.76 W 1
Elkhorn Slough, estuary of Monterey Bay.Elkhorn Slough, estuary of Monterey Bay. 36.84 N 121.75 W 1
name not available- 49.36 N 121.57 W 1
name not available- 40.73 N 121.45 W 1
name not available- 49.4 N 121.44 W 1
name not available- 50.63 N 121.23 W 1
name not available- 35.53 N 121.08 W 1
biological crust sample- 44.49 N 121.07 W 1
name not available- 35.15 N 120.66 W 1
Tropical South PacificTropical South Pacific 7.661111 S 120.402222 W 2
name not available- 49.22 N 120.33 W 1
name not available- 38.25 N 120.25 W 1
name not available- 38.95 N 120.1 W 1
name not available- 37.5 N 119.99 W 1
name not available- 37.5 N 119.97 W 1
name not available- 38.35 N 119.85 W 1
name not available- 38.33 N 119.64 W 1
name not available- 34.41 N 119.58 W 1
name not available- 49.93 N 119.51 W 1
river water- 50.69 N 119.33 W 1
collected from a depth of 500 m- 33.92 N 119.17 W 1
name not available- 49.05 N 119.12 W 1
roots of Pinus muricata bioassay seedling- 37.76 N 119.11 W 1
roots of Pinus muricata bioassay seedling- 37.6 N 119.08 W 1
roots of Pinus muricata bioassay seedling- 37.76 N 119.03 W 1
roots of Pinus muricata bioassay seedling- 37.76 N 119.02 W 1
roots of Pinus muricata bioassay seedling- 37.69 N 119.01 W 1
name not available- 34.04 N 118.93 W 1
name not available- 32.85 S 118.92 W 1
inlet at Emerald Lake freshwater 2800 m high-elevation granitic cirque dilute oligotrophic- 36.6 N 118.68 W 3
name not available- 52.8 N 118.63 W 1
name not available- 42.32 N 118.6 W 1
name not available- 42.67 N 118.58 W 1
name not available- 42.65 N 118.55 W 1
name not available- 42.57 N 118.52 W 1
name not available- 35.97 N 118.49 W 1
name not available- 42.32 N 118.43 W 1
name not available- 34.03 S 118.41 W 1
glass fiber prefiltered bacterioplankton DNA collected at 890M depth from the San Pedro Ocean Time Series- 33.55 S 118.4 W 4
San Pedro Channel- 33.55 N 118.4 W 1
seawater- 33.33 N 118.24 W 1
name not available- 37.61 N 118.24 W 1
name not available- 53.5 N 118.2 W 1
name not available- 33.59 N 117.87 W 1
name not available- 33.55 N 117.77 W 1
Oceanside, California, USA- 33.21167 N 117.4133 W 1
seawater from 5m depth- 32.88 N 117.38 W 1
Solana Beach, California, USA- 32.9953 N 117.2865 W 1
M. acetivorans isolation siteSummer branch of Scripps Canyon located near La Jolla, California 32.87 N 117.27 W 1
Mission Bay, San Diego, California, USA- 32.7659 N 117.26016 W 1
Scripps Pier, La Jolla, California, USA- 32.88 N 117.26 W 2
name not available- 32.87 S 117.25 W 1
name not available- 32.9 N 117.25 W 3
San Diego Bay surface sedimentsSan Diego Bay surface sediments 32.7 N 117.17 W 1
main capture tank overflow at 56 degrees C- 33.56 N 117.15 W 1
dune sand- 36.54 N 117.15 W 1
name not available- 33.68 N 117.12 W 1
name not available- 32.47 N 117.04 W 1
San Diego coast, USASan Diego coast, USA 32 N 117 W 1
name not available- 32.59 N 116.76 W 1
name not available- 32.8 N 116.5 W 1
name not available- 32.85 N 116.45 W 1
name not available- 32.9 N 116.45 W 1
contaminant from fruiting body of Cortinarius, Edson Forest- 53.58 N 116.43 W 1
name not available- 34.1 N 116.4 W 1
name not available- 45.32 N 116.35 W 1
name not available- 32.71 N 116.12 W 1
Tropical South PacificTropical South Pacific 7.1075 S 116.119167 W 2
name not available- 32.65 N 116.1 W 1
Salton Sea, CASalton Sea, CA 33 N 116 W 1
name not available- 30.36 N 115.99 W 1
name not available- 47.97 N 115.98 W 1
name not available- 44.1 N 115.6 W 1
name not available- 44.12 N 115.58 W 1
name not available- 29.62 N 115.49 W 1
name not available- 27.13 N 114.53 W 1
Guerrero Negro Hypersaline Mat 10; altitude 310m AMSL; sample depth 1m below water level, 34-49mm depth into the mat- 27.69 N 113.92 W 1
name not available- 49.56 N 113.82 W 1
name not available- 52.35 N 113.76 W 1
name not available- 34.66 N 113.58 W 1
name not available- 53.54 N 113.54 W 1
Snail shell, intertidal zone, Puerto Penasco, MexicoSnail shell, intertidal zone, Puerto Penasco, Mexico 31.32 N 113.53 W 1
name not available- 53.52 N 113.52 W 1
name not available- 53.53 N 113.51 W 1
name not available- 53.55 N 113.44 W 1
name not available- 49.7 N 113.4 W 1
name not available- 31.19 N 113.32 W 1
female Nyctiphanes simplex stomach- 29.84 N 113.27 W 1
female Nyctiphanes simplex stomach- 30.62 N 113.27 W 1
female Nematoscelis difficilis stomach- 28.88 N 113.24 W 1
female Nyctiphanes simplex infected tissue- 28.54 N 113.15 W 1
male Nyctiphanes simplex stomach- 29.64 N 112.6 W 1
female Nyctiphanes simplex stomach- 29.31 N 112.51 W 1
name not available- 34.46 N 112.49 W 1
female Nyctiphanes simplex infected tissue- 29.38 N 112.36 W 1
name not available- 39.94 N 112.15 W 1
creek bank mud- 40.71 N 111.93 W 1
female Nyctiphanes simplex infected tissue- 26.98 N 111.82 W 1
name not available- 37.7 N 111.63 W 1
name not available- 37.71 N 111.63 W 1
name not available- 37.72 N 111.62 W 1
Gulf of California- 27.6 N 111.49 W 1
name not available- 37.78 N 111.42 W 1
M. kandleri isolation siteGuaymas hot vents 27 N 111.4 W 2
name not available- 31.4 N 111.2 W 1
name not available- 31.42 N 111.19 W 1
name not available- 32.24 N 111.17 W 1
name not available- 26.02 N 111.11 W 1
name not available- 31.2 N 111.1 W 1
name not available- 31.55 N 111.04 W 1
name not available- 45.58 N 111.01 W 1
Guaymas Basin hydrothermal vent siteGuaymas Basin hydrothermal vent site 27 N 111 W 1
name not available- 45.6 N 111 W 1
name not available- 32.33 N 110.93 W 1
name not available- 37.79 S 110.91 W 1
name not available- 31.78 N 110.87 W 1
hot springs- 44.12 N 110.86 W 1
colonized roots- 44.52 N 110.82 W 3
colonized roots- 44.57 N 110.8 W 1
name not available- 31.8 N 110.78 W 1
name not available- 32.44 N 110.78 W 1
name not available- 32.45 N 110.78 W 1
grey/green soil from inside of a small hole formed by white gas exhaust- 45.1 N 110.78 W 1
female Nyctiphanes simplex stomach- 27.56 N 110.74 W 1
name not available- 32.42 N 110.73 W 1
name not available- 40.39 N 110.56 W 1
trapculture soil- 44.26 N 110.49 W 1
name not available- 32.08 N 110.45 W 1
female Nyctiphanes simplex stomach- 27.33 N 110.44 W 1
cercariae from a physid snail- 44.06 N 110.41 W 2
surface encysted metacercariae after shedding a New Zealand mud snail- 44.07 N 110.41 W 1
name not available- 24.21 N 110.34 W 1
name not available- 24.23 N 110.34 W 1
name not available- 31.4 N 110.3 W 1
name not available- 31.41 N 110.28 W 1
name not available- 24.1 N 110.27 W 1
female Nyctiphanes simplex stomach- 30.62 N 110.27 W 1
name not available- 23.78 N 110.12 W 1
surface of crab collected from hydrothermal vents in the Pacific-Antarctic Ridge- 38 S 110 W 1
name not available- 45.44 N 110 W 1
name not available- 31.2 N 109.77 W 1
name not available- 42 N 109.75 W 1
name not available- 34 N 109.47 W 1
name not available- 34 N 109.46 W 1
name not available- 31.9 N 109.28 W 1
name not available- 31.93 N 109.27 W 1
name not available- 31.92 N 109.17 W 1
name not available- 33.9 N 109.16 W 1
M. jannaschii isolation siteHydrothermal vent, East Pacific Rise 20.83 N 109.1 W 1
name not available- 31.9 N 109.1 W 1
name not available- 53.1 N 108.93 W 1
name not available- 31.67 N 108.83 W 1
Tropical South PacificTropical South Pacific 5.93 S 108.686944 W 2
name not available- 32.81 N 108.6 W 1
name not available- 33.03 N 108.52 W 1
name not available- 33.18 N 108.21 W 1
Pinkerton Hot Spring outflow is located on the east side of Colorado State Highway Route 550, 4 and 1/2 miles north of Trimble Hot Spring, which is 7 miles north of Durango- 37.45 N 107.8 W 1
soil located at 3378 meters above sea level- 38.97 N 107.04 W 1
soil located at 3166 meters above sea level- 38.96 N 107.03 W 1
Equatorial PacificEquatorial Pacific 5.12 S 107.02 W 1
soil located at 2704 meters above sea level- 38.88 N 106.98 W 1
soil located at 2816 meters above sea level- 38.9 N 106.98 W 1
name not available- 37.15 N 106.89 W 1
soil located at 2465 meters above sea level- 38.65 N 106.86 W 1
name not available- 52.13 N 106.67 W 1
name not available- 37.38 N 106.6 W 1
name not available- 37.38 N 106.58 W 1
water sample taken from 30 m depth at Dease Straight, Northwest Passage- 68.58 N 106.57 W 1
name not available- 32.43 N 106.55 W 1
name not available- 35.75 N 106.46 W 1
name not available- 35.05 N 106.41 W 1
name not available- 34.78 N 106.38 W 1
name not available- 36.65 N 106.04 W 1
name not available- 35.73 N 105.84 W 1
barren alpine soil, elevation of 3754 m- 40.06 N 105.62 W 2
name not available- 41.29 N 105.62 W 1
name not available- 41.3 N 105.6 W 1
saturated alpine tundra wet meadow soil 0-20 cm- 40.06 N 105.59 W 1
spruce-fir sub-alpine forest soil, elevation of 3270m- 40.05 N 105.58 W 2
air- 40.01 N 105.27 W 1
cottonwood leaf surface from tree 4- 40.58 N 105.08 W 7
Tropical South PacificTropical South Pacific 4.498889 S 105.07 W 2
East Pacific Rise, -2538m in ALVIN R/V ATLANTIS- 8.61 N 104.21 W 1
dorsal surface of the deep sea hydrothermal vent polychaete worm, Alvinella pompejana, collected from the East Pacific Rise from a depth of 2500m- 9.5 N 104.17 W 1
name not available- 9 N 104 W 1
top of deep-sea black smoker chimney in the East Pacific Rise (Pulsar site) at 2500m depth- 12.75 N 103.99 W 1
East Pacific Rise (13degreesN)East Pacific Rise (13degreesN) 12.13 N 103.93 W 1
mine tailings at 2558 m altitude- 23.67 N 103.75 W 1
hydrothermal chimney sample- 12.48 N 103.56 W 1
name not available- 18.82 N 102.93 W 1
name not available- 44.06 N 102.45 W 1
Tropical South PacificTropical South Pacific 3.343333 S 101.373889 W 2
name not available- 31.93 N 100.26 W 1
name not available- 23.77 N 99.9 W 1
name not available- 27.79 N 99.46 W 1
savanna soil (0 to 10 cm) under mesquite (Prosopis glandulosa)- 33.86 N 99.45 W 1
volcanic soil after growth of Cynodon dactylon, 0-30 cm depth- 19.25 N 99.22 W 1
name not available- 53.47 N 99.17 W 1
name not available- 22.19 N 98.99 W 1
name not available- 30.76 N 98.7 W 1
name not available- 55.2 N 98.4 W 1
name not available- 50.18 N 98.38 W 2
name not available- 32.62 N 97.93 W 1
Tropical South PacificTropical South Pacific 2.581944 S 97.851389 W 2
name not available- 30.29 N 97.77 W 1
name not available- 30.27 N 97.74 W 1
name not available- 32.27 N 97.66 W 1
name not available- 30.16 N 97.44 W 1
name not available- 18.25 N 97.42 W 1
name not available- 35.2 N 97.4 W 1
name not available- 30.08 N 97.17 W 2
name not available- 36.12 N 97.12 W 1
Oaxaca, 16.2 km S on hwy 131from south boundary of Solo de Vega, microondas, pine and oak forest, elev 2237 m- 17.16 N 96.6 W 1
unburned native tallgrass prairie- 39.08 N 96.58 W 2
name not available- 19.36 N 96.57 W 1
name not available- 36.83 N 96.38 W 1
name not available- 30.61 N 96.32 W 1
name not available- 41 N 96.18 W 1
Eastern Tropical PacificEquatorial Pacific TAO Buoy 1.973889 S 95.014722 W 2
name not available- 18.31 N 94.89 W 1
forest- 18.3 N 94.88 W 1
name not available- 32.48 N 94.73 W 1
name not available- 26.36 N 94.5 W 1
name not available- 58.78 N 94.28 W 1
name not available- 35.79 N 94.25 W 1
name not available- 58.79 N 94.22 W 1
name not available- 58.81 N 94.22 W 2
name not available- 30.87 N 94.18 W 1
name not available- 58.78 N 94.16 W 1
name not available- 42.31 N 93.94 W 1
name not available- 58.77 N 93.89 W 1
name not available- 58.74 N 93.87 W 1
name not available- 21.9 N 93.44 W 2
Lake Charles, water, less than 3 micron- 30.24 N 93.24 W 2
name not available- 39 N 93 W 3
soil- 17.97 N 92.59 W 1
name not available- 43.73 N 92.34 W 1
name not available- 34.73 N 92.28 W 1
60 m depth- 27.97 N 92.04 W 1
20 m depth- 20.73 N 91.94 W 1
name not available- 43.41 N 91.94 W 1
Galapagos IslandsWolf Island 1.389167 N 91.816944 W 2
name not available- 43.29 N 91.76 W 1
name not available- 42.78 N 91.69 W 1
Galapagos IslandsUpwelling, Fernandina Island 0.301111 S 91.651667 W 2
Equatorial PacificEquatorial Pacific 0.3 S 91.65 W 1
Galapagos IslandsWarm seep, Roca Redonda 0.272222 N 91.633333 W 2
45 m depth- 22.12 N 91.45 W 1
marine sediments- 27.74 N 91.32 W 1
Gulf of MexicoGulf of Mexico 27.72 N 91.25 W 2
name not available- 41.74 N 91.25 W 1
name not available- 31.61 N 91.23 W 1
Gulf of Mexico seafloor sediments- 27.73 S 91.22 W 1
Galapagos IslandsCabo Marshall, Isabella Island 0.020833 S 91.197778 W 2
name not available- 41.67 N 91.16 W 1
name not available- 42.73 N 91.16 W 1
Galapagos IslandsMangrove on Isabella Island 0.593889 S 91.069444 W 2
62 m depth- 28.1 N 91.05 W 1
name not available- 31.99 N 91.01 W 1
name not available- 36.99 N 91.01 W 1
name not available- 41.99 N 91.01 W 1
marine sediments- 27.56 N 90.98 W 1
Galapagos IslandsNorth James Bay, Santigo Island 0.2 S 90.835278 W 2
name not available- 37.81 N 90.77 W 1
coastal marsh with a pH of 9.59 and a salinity of 188 g/kg- 18.78 N 90.71 W 1
coastal marsh with a pH of 7.20 and a salinity of 26.60 g/kg- 19.46 N 90.71 W 1
Galapagos IslandsPunta Cormorant, Hypersaline Lagoon, Floreana Island 1.228333 S 90.429167 W 2
Galapagos IslandsDevil's Crown, Floreana Island 1.216111 S 90.422778 W 2
Galapagos IslandsCoastal Floreana 1.216944 S 90.319722 W 2
Galapagos Islands134 miles NE of Galapagos 1.264167 N 90.295 W 2
Galapagos IslandsNorth Seamore Island 0.383056 S 90.279722 W 2
name not available- 43.19 N 90.24 W 1
name not available- 33.69 N 90.21 W 1
name not available- 31.04 N 90.19 W 1
name not available- 31.07 N 90.16 W 1
Lake Pontchartrain, water, greater than 3 micron- 30.07 N 90.15 W 1
Lake Pontchartrain, water, less than 3 micron- 30.13 N 90.14 W 1
unfractionated water- 29.99 N 90.13 W 4
Lake Pontchartrain, Transect 6 Station 1, water, unfractionated- 30.02 N 90.12 W 3
Lake Pontchartrain, Transect 2 Station 1, water, unfractionated- 30.03 N 90.12 W 3
Lake Pontchartrain, Transect 2 Station 2, sediment- 30.04 N 90.12 W 1
Lake Pontchartrain, Transect 6 Station 4, water, unfractionated- 30.05 N 90.12 W 2
Lake Pontchartrain, Transect 2 Station 4, water, unfractionated- 30.07 N 90.12 W 3
integrated lake epilimnion- 43.01 N 90.11 W 1
integrated lake epilimnion- 43.03 N 90.09 W 1
Lake Pontchartrain, Transect 3 Station 4, unfractionated- 30.05 N 90.07 W 1
Elysian Fields, floodwater, less than 3 micron- 30.03 N 90.06 W 1
unfractionated water- 30.02 N 90.03 W 1
Industrial Canal, water, less than 3 micron- 30.03 N 90.03 W 1
sediment- 30.02 N 90.02 W 2
submerged decorticated woody debris- 43.77 N 89.89 W 1
integrated lake epilimnion- 46.06 N 89.86 W 1
integrated lake epilimnion- 43.57 N 89.81 W 1
integrated lake epilimnion- 46.03 N 89.81 W 1
integrated lake epilimnion- 43.6 N 89.78 W 1
integrated lake epilimnion- 45.91 N 89.7 W 1
integrated lake epilimnion- 43.12 N 89.69 W 1
name not available- 38.74 N 89.67 W 1
integrated lake epilimnion- 46.03 N 89.66 W 1
integrated lake epilimnion- 45.91 N 89.62 W 1
water column of a freshwater lake- 46.01 N 89.6 W 1
integrated lake epilimnion- 43.1 N 89.41 W 1
integrated lake epilimnion- 43.08 N 89.4 W 5
name not available- 43.52 N 89.38 W 1
coastal marsh with a pH of 8.06 and a salinity of 1.64 g/kg- 21.33 N 89.35 W 1
integrated lake epilimnion- 42.94 N 89.34 W 1
name not available- 45.85 N 89.3 W 1
name not available- 28.12 N 89.14 W 1
shrimp- 67.49 S 89.13 W 1
integrated lake epilimnion- 43.79 N 89.04 W 1
name not available- 17.84 N 89.02 W 1
name not available- 17.04 N 88.99 W 1
name not available- 43 N 88.99 W 1
integrated lake epilimnion- 42.8 N 88.98 W 1
integrated lake epilimnion- 42.98 N 88.98 W 1
name not available- 30.92 N 88.97 W 1
name not available- 49.35 N 88.87 W 1
name not available- 33.38 N 88.83 W 1
name not available- 30.89 N 88.75 W 1
name not available- 42.73 N 88.68 W 1
name not available- 37.38 N 88.66 W 1
sea weed- 0.88 N 88.6 W 1
name not available- 27.57 N 88.5 W 1
name not available- 42.83 N 88.45 W 1
collected at Viosca Knoll 862/906- 29.11 N 88.38 W 1
coastal marsh with a pH of 7.59 and a salinity of 8.75 g/kg- 18.51 N 88.28 W 1
coastal marsh with a pH of 7.08 and a salinity of 9.95 g/kg- 18.61 N 88.23 W 1
Illinois, Champaign Co., Urbana, University of Illinois, insect culture- 40.11 N 88.21 W 1
coastal marsh with a pH of 6.57 and a salinity of 296 g/kg- 21.61 N 88.01 W 1
Viosca Knoll 826- 29.17 N 88.01 W 1
name not available- 44.53 N 87.89 W 1
tree roots in oak forest soil- 41.67 N 87.86 W 1
Lake Michigan- 43.08 N 87.84 W 1
name not available- 44.61 N 87.84 W 1
Lake Michigan- 42.99 N 87.83 W 1
name not available- 40.12 N 87.73 W 1
coastal marsh with a pH of 7.35 and a salinity of 25.25 g/kg- 18.69 N 87.72 W 1
Illinois, Cook Co., Chicago- 41.88 N 87.64 W 2
name not available- 40.02 N 87.55 W 1
name not available- 34.3 N 87.5 W 1
name not available- 34.34 N 87.47 W 1
name not available- 39.97 N 87.47 W 1
name not available- 39.95 N 87.42 W 1
name not available- 44.88 N 87.42 W 1
name not available- 34.31 N 87.4 W 1
name not available- 34.31 N 87.39 W 1
sea water enriched with DMS- 30.67 N 87.16 W 1
tree roots in oak forest soil- 41.63 N 87.09 W 1
Eastern Tropical PacificDirty Rock, Cocos Island 5.552778 N 87.087778 W 2
name not available- 30.38 N 86.86 W 1
name not available- 31.45 N 86.83 W 1
Michigan, Michigan, Berren Co., Warren Woods State Park, wet tree hole- 41.84 N 86.63 W 1
Eastern Tropical Pacific30 miles from Cocos Island 5.64 N 86.565278 W 2
name not available- 32.44 N 86.47 W 1
name not available- 38.33 N 86.46 W 1
name not available- 39.27 N 86.31 W 1
Michigan, Schoolcraft Co., T47N, R15W, sect 15, SW 1/4 of NW 1/4- 46.47 N 86.17 W 1
Crystal Lake- 44.64 N 86.15 W 1
unvegetated soil environments at the Ellsworth Mountains- 78.43 S 86 W 1
Michigan, Lake Co., 4miSW Irons, Little Bass Lake, nest- 44.09 N 85.97 W 1
name not available- 33.81 N 85.76 W 1
name not available- 34.5 N 85.62 W 1
name not available- 44.25 N 85.44 W 1
Caribbean SeaYucatan Channel 20.5225 N 85.413611 W 2
grassland at the GASP KBS-LTER sampling site- 42.4 N 85.4 W 5
washed organic particles from mineral soil (A horizon)- 42.51 N 85.4 W 1
name not available- 11.7 N 85.35 W 1
name not available- 10.67 N 85.06 W 1
name not available- 26.03 N 84.92 W 1
Michigan, Otsego Co., T31N,R4W,sect 5, SE1/4 of NE1/4- 45.11 N 84.83 W 1
Puntarenas, San Luis, 7km S Santa Elena de Monteverde- 10.27 N 84.82 W 1
infected nematodes from soil- 10.32 N 84.82 W 1
name not available- 30.4 N 84.82 W 1
wood- 4.98 N 84.53 W 1
submerged pine needles in 30C freshwater swamp, pH 6.4- 30.17 N 84.5 W 1
name not available- 30.44 N 84.48 W 1
Caribbean SeaGulf of Mexico 24.174722 N 84.344444 W 2
Turney Ranch Trail, 377m., soil under Pinus resinosa- 44.46 N 84.26 W 1
infected nematodes from soil- 10.13 N 84.12 W 1
sea water- 5.33 N 84.11 W 1
41 m depth- 28.17 N 84.04 W 1
name not available- 10.43 N 84.03 W 2
name not available- 10.43 N 84.02 W 1
Michigan, Washtenaw Co., Manchester- 42.15 N 84.02 W 1
5.5mi NE Manchester, nest- 42.18 N 83.94 W 1
Michigan, Washtenaw Co., 4miW Dexter, Boyce Farm, guano in barn- 42.34 N 83.94 W 1
Michigan, Washtenaw Co., 2miNW Dexter- 42.36 N 83.92 W 6
Michigan, Livingston Co., Green Oak Twp, sect 27- 42.62 N 83.92 W 1
name not available- 9.71 N 83.91 W 1
Michigan, Washtenaw Co., Dexter- 42.34 N 83.89 W 1
name not available- 35.34 N 83.88 W 1
gut proctodeal segment 3 lumen content- 10.18 N 83.86 W 1
Nasutitermes sp. proctodeal segment 3 gut lumen- 10.19 N 83.86 W 1
name not available- 39.8 N 83.84 W 1
Michigan, Washtenaw Co., Saline- 42.2 N 83.82 W 1
name not available- 9.55 N 83.8 W 1
82 m depth- 24.78 N 83.8 W 1
Caribbean SeaRosario Bank 18.036667 N 83.784722 W 2
Michigan, Washtenaw Co., Ann Arbor, UM campus, Hatcher Library- 42.28 N 83.74 W 3
Michigan, Washtenaw Co., Ann Arbor, 531 State St.- 42.29 N 83.74 W 1
Michigan, Washtenaw Co., Ann Arbor, University of Michigan, Museum of Zoology, carrion-cleaning culture- 42.27 N 83.73 W 2
Michigan, Washtenaw Co., Ann Arbor, Nichols Arboretum , on Malus- 42.28 N 83.72 W 1
Michigan, Washtenaw Co., Ann Arbor, UM North Campus, bell tower- 42.29 N 83.72 W 1
Michigan, Washtenaw Co., Ann Arbor, Dunwoodie Rd., nest- 42.32 N 83.7 W 1
infected nematodes from soil- 9.97 N 83.68 W 2
66 m depth- 24.82 N 83.68 W 1
66 m depth- 24.89 N 83.67 W 1
63 m depth- 24.73 N 83.64 W 1
name not available- 9.07 N 83.62 W 1
93 m depth- 24.63 N 83.62 W 1
Huron River- 42.26 N 83.62 W 1
infected nematodes from soil- 8.48 N 83.6 W 2
Gulf of Mexico- 26 N 83.59 W 1
name not available- 9.45 N 83.54 W 1
gut proctodeal segment 3 lumen content- 10.11 N 83.52 W 1
name not available- 35.68 N 83.48 W 2
sulfur-rich water rising from Silurian-Devonian sedimentary rock- 41.77 N 83.46 W 1
Michigan, Oakland Co., Commerce Twp, Welch Rd, 1miN Pontiac Trail- 42.57 N 83.46 W 1
GASP Watkinsville sampling site, Georgia, USA- 33.87 N 83.43 W 2
pasture- 33.74 N 83.4 W 2
freshwater lake sediments- 33.93 N 83.37 W 1
water sample- 39.87 N 83.37 W 1
water sample- 39.88 N 83.35 W 1
name not available- 35.5 N 83.3 W 1
submerged wood- 35.77 N 83.25 W 1
name not available- 35.66 N 83.17 W 1
Caribbean SeaOff Key West, FL 24.488333 N 83.07 W 2
infected nematodes from soil- 8.78 N 82.97 W 2
Eastern Tropical Pacific250 miles from Panama City 6.492778 N 82.903889 W 2
250 miles from Panama City- 6.49 N 82.9 W 1
name not available- 34.76 N 82.86 W 1
infected nematodes from soil- 8.95 N 82.83 W 1
name not available- 27.7 N 82.8 W 1
St. Petersburg Pier, Florida, USA- 27.76 N 82.596 W 2
name not available- 78.42 N 82.58 W 1
marine- 76.25 N 82.55 W 1
name not available- 29.65 N 82.36 W 1
name not available- 36.03 N 82.32 W 1
name not available- 28.5 N 82.3 W 1
subtropical Altamaha and Ohopee River Valley inland dune fields averaging ~0.5 km in width and range from 3.7 to 14.0 m high at the crests, eolian chronosequences ranging in age from 4,910 to 77,400 B.P. (thousands of years before A.D.)- 32.53 N 82.18 W 1
name not available- 35.93 N 82.11 W 1
name not available- 35.9 N 82.1 W 1
name not available- 35.95 N 81.92 W 1
name not available- 42.3 N 81.89 W 1
soil of Citrus plantation- 28.51 N 81.77 W 2
Satilla River, Georgia, USA- 30.97 N 81.45 W 1
sediment- 5.35 S 81.43 W 1
name not available- 27.19 N 81.34 W 1
name not available- 42.96 N 81.31 W 1
surface water at the UGA Marine Institute- 31.4 N 81.28 W 1
surface water- 31.39 N 81.27 W 3
name not available- 42.99 N 81.26 W 1
name not available- 29.72 N 81.25 W 1
infected nematodes from soil under compost pile- 43.03 N 81.24 W 1
name not available- 32.07 N 81.08 W 1
sea water- 6.66 N 81 W 1
S. pomeroyi isolation siteCoastal water (Georgia, USA) 30.8 N 81 W 1
name not available- 25.14 N 80.92 W 1
name not available- 46.6 N 80.8 W 1
Tennessee Reef, Key Largo, Florida, USA- 24.75 N 80.79 W 1
name not available- 8.68 N 80.6 W 1
name not available- 37.35 N 80.6 W 1
name not available- 35.22 N 80.58 W 1
name not available- 25 N 80.5 W 1
Key Largo, Florida from the sponge Mycale laxissima collected at ca. 20 mKey Largo, Florida from the sponge Mycale laxissima collected at ca. 20 m 24.95 N 80.47 W 1
name not available- 36.22 N 80.43 W 1
mangrove intertidal sediment- 3.5 S 80.4 W 1
Caribbean SeaNortheast of Colon 10.716389 N 80.254444 W 2
Northeast of Colon, Panama- 10.72 N 80.25 W 1
infected nematodes from soil- 43.55 N 80.25 W 1
name not available- 36.29 N 80.14 W 1
name not available- 8.38 N 80.12 W 1
infected nematodes from soil of steer barn- 43.45 N 80.12 W 1
Florida, Broward Co., Fort Lauderdale, supralittoral, Zostera marina- 26.1 N 80.11 W 2
Florida, Broward Co., Hugh Taylor Birch State Park, in dirt of leaf axes- 26.15 N 80.1 W 1
marine environment- 25.5 N 80.07 W 2
name not available- 38.58 N 80.03 W 1
name not available- 25 N 80 W 1
name not available- 36.37 N 79.99 W 1
name not available- 38.71 N 79.98 W 1
Coast of Charleston, SCCoast of Charleston, SC 32.79 N 79.97 W 1
name not available- 9.33 N 79.96 W 1
marine environment- 25.5 N 79.96 W 1
marine environment- 25.5 N 79.95 W 1
intertidal sediments- 32.75 N 79.9 W 2
name not available- 9.15 N 79.85 W 1
name not available- 9.16 N 79.84 W 2
name not available- 9.37 N 79.84 W 2
Panama CanalLake Gatun 9.164444 N 79.836111 W 2
name not available- 43.42 N 79.83 W 1
name not available- 43.3 N 79.8 W 1
name not available- 43.34 N 79.77 W 1
name not available- 9.13 N 79.76 W 7
name not available- 9.13 N 79.75 W 1
name not available- 9.12 N 79.73 W 1
name not available- 9.15 N 79.73 W 10
name not available- 9.14 N 79.72 W 1
name not available- 9.12 N 79.7 W 14
Eastern Tropical PacificGulf of Panama 8.129167 N 79.691111 W 2
name not available- 9.11 N 79.68 W 1
sea water- 9.5 S 79.67 W 1
name not available- 39.08 N 79.64 W 1
name not available- 35.02 N 79.62 W 1
Panama Prov., Clayton- 9 N 79.58 W 1
name not available- 37.63 N 79.44 W 1
name not available- 36.58 N 79.43 W 1
name not available- 36.58 N 79.42 W 1
name not available- 40.29 N 79.36 W 1
marine environment- 25.5 N 79.35 W 3
name not available- 37.25 N 79.35 W 1
name not available- 37.11 N 79.29 W 1
North American East CoastSouth of Charleston, SC 32.506944 N 79.263889 W 2
hyporheic zone of a springbrook- 43.75 N 79.25 W 1
sediment- 33.33 N 79.2 W 2
palmito waste- 0.25 S 79.17 W 1
M. maripaludis isolation siteSpartina alterniflora region of Pawley Island salt marsh, South Carolina 33.3 N 79.15 W 1
name not available- 35.77 N 79.14 W 1
name not available- 36 N 78.95 W 1
name not available- 37.05 N 78.94 W 1
name not available- 36.23 N 78.89 W 1
name not available- 9.35 N 78.87 W 1
name not available- 37.53 N 78.83 W 1
name not available- 37.54 N 78.83 W 1
name not available- 45.43 N 78.82 W 2
name not available- 9.5 N 78.8 W 1
Cajamarca Dept., Cutervo Prov., 6km WSW San Andres de Cutervo, 2969m- 6.25 S 78.77 W 3
Cajamarca Dept., Cutervo Prov., 0.67km NW San Andres de Cutervo, 2135m- 6.24 S 78.72 W 2
name not available- 37.64 N 78.72 W 1
name not available- 45.58 N 78.69 W 1
name not available- 35.52 N 78.67 W 1
name not available- 33.21 S 78.6 W 1
1400 year old Ecuadorian Indian chicha pot- 0.15 S 78.51 W 1
name not available- 2.92 S 78.41 W 1
name not available- 5.26 S 78.36 W 1
name not available- 5.25 S 78.36 W 1
name not available- 37.71 N 78.3 W 1
name not available- 3.06 S 78.24 W 1
name not available- 31 S 78 W 3
name not available- 40.8 N 77.94 W 1
name not available- 4.64 S 77.84 W 1
name not available- 4.68 S 77.79 W 1
name not available- 4.67 S 77.78 W 1
sea water- 13.02 S 77.77 W 1
name not available- 1.07 S 77.62 W 1
name not available- 49.32 N 77.53 W 1
sea water- 12 S 77.5 W 1
sea water- 14.16 S 77.43 W 1
shrimp- 14.16 S 77.4 W 1
Peruvian OMZ; Station 4; 35 m- 12.02 S 77.29 W 1
marine soft sediment- 12.03 S 77.22 W 1
name not available- 35.18 N 77.08 W 1
name not available- 18 N 77 W 1
name not available- 40.49 N 76.95 W 1
name not available- 42.95 N 76.95 W 1
ocean water 500 m depth- 13.95 S 76.83 W 1
sea water- 13.87 S 76.8 W 1
sea water- 13.82 S 76.76 W 1
sea weed- 14.23 S 76.61 W 1
Baltimore Inner Harbor sea water- 39.275 N 76.605 W 2
sea water- 14.24 S 76.6 W 1
name not available- 3.49 N 76.56 W 2
name not available- 5.49 N 76.56 W 1
name not available- 42.38 N 76.55 W 1
pre-washed roots of Stuckenia pectinata (sago pondweed) from Chesapeake Bay- 39.03 N 76.53 W 1
name not available- 42.45 N 76.48 W 1
name not available- 42.42 N 76.47 W 1
shrimp- 66.77 S 76.44 W 1
5 m depth from oxic surface water of the Chesapeake Bay- 38.57 N 76.44 W 1
surface water at 2 m depth- 38.58 N 76.44 W 1
Chesapeake Bay, MD- 38.95 N 76.42 W 1
North American East CoastChesapeake Bay, MD 38.946944 N 76.417222 W 2
North American East CoastChesapeake Bay, MD 38.133333 N 76.383333 W 2
Guadual Bamboo forest soil in intermontane valley with pH 6,7, 6,1% organic matter, 40,7% clay- 3.62 N 76.38 W 1
garden soil with pH 6.7, 13.2% organic matter, 30.4% clay- 3.5 N 76.36 W 1
whole surface water from Chesapeake Bay- 39.13 N 76.33 W 2
name not available- 6.46 S 76.31 W 1
whole surface water from Chesapeake Bay- 38.3 N 76.28 W 3
Chesapeake Bay surface sediments- 37.97 N 76.27 W 1
name not available- 6.18 S 76.26 W 1
name not available- 0.01 S 76.18 W 1
whole surface water from Chesapeake Bay- 37.12 N 76.12 W 2
name not available- 43.01 N 76.11 W 1
name not available- 43 N 76.1 W 1
pre-washed roots of Vallisneria americana (wild celery) from Chesapeake Bay- 39.39 N 76.04 W 1
north water Baffin Bay, station MB21, station depth 540m, sample depth 5m- 77.33 N 76.02 W 1
pre-washed roots of Zostera marina (eelgrass) from Chesapeake Bay- 37.84 N 75.99 W 1
north water Baffin Bay, station MB07, station depth 572m, sample depth 80m- 77.83 N 75.99 W 1
sea water- 15.5 S 75.75 W 1
name not available- 38.17 N 75.74 W 1
ocean water at 21 dec C, 30.5 psu salinity, sample depth 2 meters- 37.1 N 75.72 W 2
name not available- 45.42 N 75.7 W 1
name not available- 44.88 N 75.67 W 1
sea weed- 15.55 S 75.65 W 1
pine plantation soil on old glacial moraine with pH 5.8, 2.8% organic matter, 9,9% clay- 45.01 N 75.65 W 1
North American East CoastDelaware Bay, NJ 39.417778 N 75.504167 W 2
Delaware Bay, NJ- 39.42 N 75.5 W 1
water at 2 m- 83 N 75.5 W 1
name not available- 45.48 N 75.48 W 1
name not available- 5.07 N 75.44 W 1
North American East CoastOff Nags Head, NC 36.003889 N 75.394722 W 2
north water Baffin Bay, station MB09, station depth 607m, sample depth 66m- 77.83 N 75.35 W 1
surface seawater- 38.15 N 75.29 W 1
name not available- 36.35 N 75.23 W 1
name not available- 40.04 N 75.2 W 1
north water Baffin Bay, station L-03, station depth 912m, sample depth 80m- 75.24 N 74.98 W 2
crayfish- 55.45 S 74.89 W 1
worm- 50.45 S 74.89 W 1
North American East CoastCape May, NJ 38.94 N 74.685 W 2
north water Baffin Bay, station MB11, station depth 705m, sample depth 85m- 77.83 N 74.66 W 1
north water Baffin Bay, station BA02, station depth 460m, sample depth 5m- 76.27 N 74.59 W 1
name not available- 39.88 N 74.56 W 1
sea water- 38.58 S 74.45 W 1
name not available- 45.16 N 74.43 W 1
name not available- 49.87 N 74.41 W 1
name not available- 40.68 N 74.38 W 2
north water Baffin Bay, station MB02, station depth 493m, sample depth 99m- 78.33 N 74.36 W 1
name not available- 41.35 N 74.27 W 1
name not available- 42.6 S 74.1 W 1
Caribbean Sea (22°4 N/74°4 W)Caribbean Sea (22°4 N/74°4 W) 22.06 N 74.06 W 1
North Atlantic Ocean (33° 3N/74° 3W)North Atlantic Ocean (33° 3N/74° 3W) 33.05 N 74.05 W 1
name not available- 45.24 N 74 W 1
name not available- 45.96 N 73.98 W 1
seawater; sample collection depth: 2500 m- 34.73 N 73.95 W 1
name not available- 42.7 N 73.9 W 1
surface water sample- 40.78 N 73.88 W 1
name not available- 45.32 N 73.88 W 1
name not available- 3.8 N 73.87 W 1
name not available- 45.34 N 73.86 W 1
name not available- 42.78 S 73.8 W 1
marine sediment; 60m depth- 42.52 S 73.75 W 1
marine sediment; 15m depth- 42.5 S 73.75 W 1
name not available- 45.31 N 73.71 W 1
name not available- 4.9 S 73.63 W 1
name not available- 45.62 N 73.47 W 1
name not available- 4 S 73.43 W 1
name not available- 41.37 N 73.42 W 1
name not available- 3.91 S 73.4 W 1
name not available- 3.87 S 73.35 W 1
seawater from 5m depth- 36.48 S 73.16 W 1
marine sediment; 200m depth- 42.88 S 73.15 W 1
surface water sample- 41.07 N 73.13 W 1
water at 83 meters depth from Atlantic Ocean continental slope water column- 38.01 N 73.09 W 1
name not available- 40.86 N 73.08 W 1
sediment sample- 40.95 N 73.08 W 1
name not available- 37.83 S 73.04 W 1
name not available- 37.8 S 73.02 W 1
name not available- 7.4 S 73.02 W 1
name not available- 41.15 N 73 W 1
sediment from Bahia Tic Toc 20 meters deep- 43.53 S 72.87 W 1
name not available- 41.9 N 72.77 W 1
name not available- 41.8 N 72.67 W 1
name not available- 43.59 N 72.65 W 1
name not available- 43.59 N 72.64 W 1
surface seawater- 40.81 N 72.62 W 1
mid intertidal on rock- 41.25 N 72.55 W 1
name not available- 41.25 N 72.54 W 1
surface water sample- 40.93 N 72.5 W 2
name not available- 43.78 N 72.47 W 1
sea water- 34.62 S 72.45 W 1
NW Atlantic OceanNW Atlantic Ocean 39.6 N 72.45 W 1
sea water- 17.09 S 72.42 W 1
name not available- 43.63 N 72.41 W 1
agricultural soil- 40.11 S 72.39 W 1
name not available- 43.59 N 72.35 W 1
ambrosia beetle (Gnathotrupes sp.) galleries in coigue tree (Nothogagus dombeyi) with cambial rot- 46.16 S 72.28 W 1
Populus sp. nearby Pinus strobus and Quercus spp.- 42.27 N 72.19 W 1
name not available- 41.3 N 72.17 W 1
marine sediment; water depth 13.5 m- 41.27 N 72.04 W 1
name not available- 39.39 S 71.96 W 1
seawater- 29.29 S 71.88 W 2
name not available- 43.8 N 71.86 W 1
name not available- 46.66 N 71.85 W 1
name not available- 43.78 N 71.79 W 1
name not available- 40.92 S 71.78 W 2
Vina del Mar, Chile- 33.07 S 71.68 W 1
soil of forest plantation- 46.73 N 71.67 W 1
name not available- 30.64 S 71.65 W 1
name not available- 18.15 N 71.62 W 1
North American East CoastBlock Island, NY 41.091111 N 71.602222 W 2
name not available- 18.12 N 71.6 W 1
name not available- 41.45 N 71.58 W 1
rhizoids collected from sphagnum magellanicum bog, Isla Basket, Tierra del Fuego- 54.7 S 71.55 W 1
name not available- 31.85 S 71.49 W 1
name not available- 42.86 N 71.49 W 1
seawater; sample collection depth: 2500 m- 33.02 N 71.46 W 1
name not available- 41.42 N 71.45 W 1
north water Baffin Bay, station BA01, station depth 678m, sample depth 80m- 76.3 N 71.43 W 1
Madre de Dios, Manu, Maskoitania, 13.4 km NNW Atalaya, 480m- 12.77 S 71.39 W 1
name not available- 41.48 N 71.36 W 1
groundwater surface water interface sediments close to the Cohas Brook- 42.93 N 71.36 W 1
North American East CoastNewport Harbor, RI 41.485833 N 71.351111 W 2
Newport Harbour, RI- 41.49 N 71.35 W 1
seawater- 26.3 S 71.26 W 1
name not available- 38.42 S 71.22 W 1
name not available- 44.05 N 71.14 W 1
name not available- 42.3 N 71.13 W 1
name not available- 42.31 N 71.11 W 1
name not available- 42.3 N 71.1 W 1
barren alpine soil, elevation of 5027m- 13.78 S 71.08 W 1
newly deglaciated soil 500m from glacier terminus replicate 2- 13.77 S 71.07 W 1
name not available- 41.51 N 71.07 W 1
name not available- 33 S 70.97 W 1
name not available- 44.4 N 70.95 W 1
tidal flat sand- 42.43 N 70.93 W 1
name not available- 47.07 N 70.87 W 1
name not available- 43.12 N 70.83 W 1
name not available- 43.81 N 70.83 W 1
sea weed- 20.06 S 70.75 W 2
name not available- 47.7 N 70.7 W 1
Salt marsh, Woods Hole, MassachusettsSalt marsh, Woods Hole, Massachusetts 41.52 N 70.68 W 1
Woods Hole, Massachusetts, USA- 41.5 N 70.674 W 1
copper polluted sediment- 26.25 S 70.67 W 1
name not available- 42.05 N 70.65 W 1
name not available- 41.55 N 70.59 W 1
name not available- 43.17 N 70.59 W 1
name not available- 39.9 N 70.58 W 1
name not available- 44.61 N 70.56 W 1
name not available- 47.54 N 70.54 W 1
name not available- 46.4 N 70.49 W 1
name not available- 40.88 N 70.42 W 1
name not available- 29.49 S 70.39 W 1
collected from the Southern Ocean at a depth of 500 m- 66.81 S 70.38 W 1
name not available- 42.31 N 70.34 W 1
groundwater from 2.4m deep well- 41.35 N 70.32 W 1
name not available- 41.71 N 70.28 W 1
high intertidal on rock- 43.64 N 70.28 W 1
name not available- 43.63 N 70.21 W 1
name not available- 39.9 N 69.91 W 1
mid intertidal on rock- 43.86 N 69.91 W 2
name not available- 43.91 N 69.87 W 1
collected from a depth of 5000 m- 33.64 N 69.8 W 1
Boothbay Harbor, 1m depth- 43.84 S 69.64 W 1
Boothbay harbor, 1m depth- 43.83 N 69.63 W 1
name not available- 44.03 N 69.53 W 1
Subsurface soil of the Atacama Desert- 24.01 S 69.52 W 1
name not available- 48.35 N 69.4 W 1
rhizoids collected from peaty ground by glacier, west side of Bahia Parry ,Tierra del Fuego- 54.6 S 69.38 W 1
seawater; sample collection depth: 35 m and 100 m- 34.67 N 69.3 W 1
name not available- 46.58 N 68.93 W 1
dry meadow alpine soil, elevation of 4873 m- 18.11 S 68.92 W 1
name not available- 45.27 N 68.73 W 1
name not available- 1.48 N 68.72 W 1
name not available- 1.49 N 68.72 W 1
name not available- 46.61 N 68.6 W 1
name not available- 1.27 N 68.56 W 1
name not available- 1.28 N 68.54 W 1
name not available- 46.78 N 68.54 W 1
unvegetated soil environments at Coal Nunatak- 72.05 S 68.52 W 1
unvegetated soil environments at Fossil Bluff- 71.32 S 68.3 W 1
hypersaline lake water- 22.25 S 68.3 W 1
unvegetated soil environments at Mars Oasis- 71.88 S 68.25 W 1
wetland soil (elev. 3661 m) collected at Socompa Volcano, Andes- 24.4 S 68.25 W 1
Lophozia excisa- 67.36 S 68.21 W 1
P. marinus MIT9313 isolation siteGulf Stream 37.5 N 68.2 W 1
unvegetated soil environments on Anchorage Island- 67.57 S 68.13 W 2
name not available- 47.11 N 68.13 W 1
surface sterilised roots- 67.36 S 68.12 W 1
name not available- 54.7 S 68.04 W 1
name not available- 46.86 N 68.01 W 1
name not available- 46.31 N 67.85 W 1
surface snow blocks from Nevado Illimani, Cordillera Real, Andes, elevation 6350m- 16.62 S 67.77 W 1
name not available- 10.35 N 67.69 W 2
33N/67W33N/67W 33.75 N 67.5 W 1
name not available- 0.56 N 67.41 W 1
name not available- 0.56 N 67.4 W 1
name not available- 4.85 N 67.4 W 1
North American East CoastGulf of Maine 42.503056 N 67.24 W 2
name not available- 55.06 N 67.23 W 1
name not available- 1.92 N 67.07 W 1
name not available- 1.93 N 67.06 W 1
leaf tissue- 18.4 N 67.05 W 1
shrimp- 25 N 67.02 W 1
wood- 26.5 N 67 W 1
name not available- 10.4 N 66.98 W 2
name not available- 45.04 N 66.89 W 1
North American East CoastNorthern Gulf of Maine 43.632222 N 66.847222 W 2
name not available- 45.06 N 66.74 W 1
name not available- 45.07 N 66.74 W 1
name not available- 4.12 N 66.68 W 1
name not available- 4.13 N 66.68 W 2
marine environment- 35.16 N 66.57 W 1
marine environment- 35.16 N 66.56 W 1
Bustamante Bay, Chubut Province- 45.13 S 66.54 W 1
name not available- 34.72 N 66.5 W 2
name not available- 45.07 N 66.47 W 1
name not available- 44.29 N 66.34 W 1
Sargasso Sea 34° 45.5'N; 66° 11.1'WSargasso Sea 34° 45.5'N; 66° 11.1'W 34.17 N 66.3 W 1
fsih gill- 43.03 N 66.28 W 1
North American East CoastBrowns Bank, Gulf of Maine 42.852778 N 66.217222 W 2
name not available- 34.77 S 66.2 W 1
name not available- 0.78 N 66.2 W 1
name not available- 44.4 N 66.2 W 1
Sargasso SeaSargasso Sea 34.75 N 66.18 W 1
shrimp- 25 N 66.02 W 1
name not available- 18.29 N 65.79 W 1
name not available- 3.6 N 65.7 W 1
S. sp. isolation siteSargasso Sea 22.495 N 65.6 W 1
black sludge in a sauna- 19.37 S 65.34 W 1
name not available- 24.46 S 65.31 W 1
name not available- 24.45 S 65.3 W 2
name not available- 26.1 N 65.24 W 1
name not available- 26.11 N 65.24 W 1
name not available- 0.47 S 65.17 W 1
name not available- 32 N 65.17 W 1
name not available- 9.59 S 65 W 1
name not available- 0.37 S 65 W 2
sea water enriched with DMS- 30.83 N 64.98 W 1
North American East CoastBay of Fundy, Nova Scotia 45.111667 N 64.946667 W 2
name not available- 0.58 S 64.93 W 1
name not available- 62.98 N 64.9 W 1
name not available- 46.96 N 64.83 W 1
Sargasso Sea; seawater from 5m depth- 32.22 N 64.65 W 1
name not available- 44.53 N 64.64 W 1
tomato rhizosphere from temperate climate with average rainfall of 700-900 mm/year- 33.07 S 64.63 W 1
marine environment- 31.66 N 64.62 W 2
name not available- 44.43 N 64.61 W 1
Sampling site in the subtropical Atlantic, near Bermuda; 32 deg. 17.38 min. N, 64 deg. 33.65 min. W, 1000 m depth. Full 850 bp fragment appears to be a chimera, with the 700 5' bases from a relative of Alteromonas macleodii and the 150 3' bases from a relative of Thermomicrobium sp.- 32.29 S 64.59 W 1
Sargasso SeaHydrostation S 32.166667 N 64.5 W 6
P. marinus SS120 isolation siteSargasso Sea 29 N 64.4 W 1
mid intertidal on rock- 45.26 N 64.35 W 1
Sargasso SeaSargasso Station 11 31.175 N 64.324333 W 4
Penola Strait, Western Antarctic PeninsulaPenola Strait, Western Antarctic Peninsula 65.25 S 64.27 W 1
Bermuda Atlantic Time Series Station- 31.8 N 64.27 W 3
name not available- 45.42 N 64.19 W 1
name not available- 45.05 N 64.18 W 1
wood- 24.96 N 64.17 W 1
soil- 45.24 N 64.02 W 1
Sargasso SeaSargasso Stations 3 32.174833 N 64.010167 W 2
fish- 26.49 N 64.01 W 1
sea water- 22.04 N 64 W 1
name not available- 64 N 64 W 1
name not available- 46.13 N 63.78 W 2
North American East CoastOutside Halifax, Nova Scotia 44.137222 N 63.644444 W 2
North American East CoastBedford Basin, Nova Scotia 44.690278 N 63.637222 W 2
Sargasso SeaSargasso Station 13 31.535 N 63.595 W 6
name not available- 45.63 N 63.56 W 1
name not available- 45.4 N 63.51 W 1
name not available- 0.92 N 63.45 W 1
2951 depth; sediment- 27.85 S 63.35 W 1
melted water- 64.49 S 63.29 W 1
name not available- 0.32 N 63.27 W 1
name not available- 0.02 S 63.22 W 1
name not available- 0.2 S 63.16 W 1
name not available- 32.62 S 62.93 W 1
name not available- 45.58 N 62.84 W 1
starfish- 64.09 S 62.82 W 1
name not available- 5.8 N 62.57 W 1
name not available- 45.59 N 62.23 W 1
name not available- 45.56 N 62.08 W 1
name not available- 5.22 N 61.9 W 1
name not available- 1.82 S 61.77 W 1
name not available- 1.81 S 61.76 W 1
squid- 63.91 S 61.7 W 1
name not available- 1.91 S 61.59 W 1
name not available- 16.06 N 61.58 W 1
soil of banana plantation- 16.05 N 61.37 W 1
name not available- 46.07 N 61.34 W 1
name not available- 45.78 N 61.33 W 1
rock from Livingstone Island, Maritime Antarctica- 62.62 S 61.13 W 1
name not available- 5.46 S 61.12 W 1
sand from Livingstone Island, Maritime Antarctica- 62.65 S 61.11 W 3
sand from Livingstone Island, Maritime Antarctica- 62.63 S 61.11 W 2
name not available- 46.32 N 61.04 W 1
name not available- 46.82 N 60.8 W 1
name not available- 3.03 S 60.55 W 1
name not available- 3.03 S 60.54 W 1
name not available- 46.89 N 60.52 W 1
collected from a depth of 800 m- 24.87 N 60.49 W 1
name not available- 2.76 S 60.44 W 1
soil- 62.64 S 60.36 W 2
name not available- 2.76 S 60.27 W 1
name not available- 3.66 S 60.26 W 1
name not available- 2.78 S 60.26 W 1
name not available- 2.77 S 60.26 W 1
name not available- 12.73 S 60.19 W 1
name not available- 3.04 S 60.1 W 1
name not available- 1.94 S 60.08 W 1
name not available- 1.95 S 60.07 W 1
name not available- 2.67 S 60.05 W 1
name not available- 1.98 S 60.02 W 1
name not available- 12.98 S 60.01 W 1
Sargasso Sea- 34 N 60 W 1
name not available- 46.2 N 60 W 1
PCR products from planktonic marine prokaryotes; sampling near Gerlache strait, surface water 64 07 S and 61 11 W on 12/30/93- 64.12 N 59.98 W 1
name not available- 2.88 S 59.97 W 1
name not available- 46.2 N 59.95 W 1
anthropogenic black earth soil under grass cultivation- 2.77 S 59.68 W 1
name not available- 4.59 S 59.56 W 1
unvegetated soil environments at the Falkland Islands- 51 S 59 W 1
marine sediment- 62.22 S 58.95 W 1
Barbados Accretionary Prism (Orenoque Dome B)- 10.16 N 58.62 W 1
surface soil- 65.13 S 58.57 W 1
soil from Uruguay Antartic Station Artigas, King George Island, South Shetland Islands- 62.17 S 58.5 W 1
air- 38.57 S 58.5 W 1
air- 34.57 S 58.5 W 1
name not available- 62.16 S 58.46 W 1
fruiting body- 34.78 S 58.43 W 1
name not available- 49.11 N 58.41 W 1
Tropical Western Atlantic (14.401N, 58.24W) at surface on June 5, 1994- 14.67 S 58.4 W 1
seashore soil sample- 62.1 S 58.28 W 1
4248 depth; sediment- 31.13 S 58.21 W 1
root nodules- 35.58 S 58 W 1
name not available- 49.48 N 57.9 W 1
name not available- 49.53 N 57.83 W 1
name not available- 51.69 S 57.8 W 1
1000m deep, South Atlantic- 56.3 S 57.65 W 1
name not available- 63.55 S 57.41 W 1
name not available- 63.55 S 57.4 W 1
name not available- 63.61 S 57.34 W 1
sediment- 62.12 S 57.17 W 1
name not available- 60.52 N 56.68 W 1
name not available- 63.41 N 56.68 W 2
name not available- 47.01 N 56.36 W 1
name not available- 3.91 N 56.21 W 1
bacterioplankton DNA collected from station SJ060903 at 5m- 12.26 S 56.14 W 1
name not available- 13.75 S 56.05 W 1
mesopelagic seawater- 59.32 N 55.75 W 1
name not available- 61.38 S 55.45 W 1
fosmid library DeepAnt constructed from 0.2-5 um-sized, 500 m-deep plankton collected at the Antarctic Polar Front- 59.3 S 55.45 W 1
name not available- 5.47 N 55.18 W 1
name not available- 9.37 S 54.9 W 1
name not available- 47.63 N 54.89 W 1
name not available- 47.63 N 54.87 W 1
name not available- 39.77 N 54.74 W 1
name not available- 2.56 S 54.73 W 1
name not available- 1.96 S 54.64 W 1
name not available- 1.93 S 54.64 W 1
name not available- 1.9 S 54.64 W 1
name not available- 1.92 S 54.63 W 1
rice paddy from experimental rice station- 33.33 S 54.33 W 1
seaweed- 66.67 N 54.12 W 1
name not available- 60.63 S 53.95 W 1
sea water- 66.75 N 53.9 W 1
name not available- 48.66 N 53.75 W 1
Baffin Bay; seawater from 5m depth- 69.25 N 53.55 W 1
seawater- 66.91 N 53.29 W 1
name not available- 63 N 53.1 W 1
name not available- 5.72 N 52.69 W 1
name not available- 32.17 S 52.08 W 1
sea weed- 62.26 N 51.65 W 1
name not available- 0.73 N 51.39 W 1
deep marine sediments, depth:2621m- 63.7 S 50.72 W 1
name not available- 2.13 S 49.97 W 1
name not available- 20.3 S 49.77 W 1
water column of a freshwater lake from Tucurui hydropower plant in the Brazilian Amazon- 3.83 S 49.64 W 1
name not available- 39 S 49.57 W 1
deep marine sediments, depth:3406m- 62.19 S 49.49 W 1
name not available- 20.84 S 49.35 W 1
name not available- 20.83 S 49.34 W 1
name not available- 20.72 S 49.31 W 1
name not available- 48.81 N 48.81 W 1
name not available- 60.52 N 48.31 W 2
Ikka columns containing seeping spring water at pH 10.4 and constant low temperature (4-7 degrees C)- 61.18 N 48 W 1
name not available- 25.08 S 47.95 W 1
freshwater pond- 21.99 S 47.88 W 1
name not available- 24.72 S 47.87 W 1
eucalyptus rhizosphere from greenhouse-cultivated plants- 22.72 S 47.63 W 1
rhizoplane from greenhouse cultured two-year old plants- 22.7 S 47.63 W 1
estuarine sediment- 23.97 N 46.41 W 1
estuarine sediment- 22.88 N 46.38 W 1
unvegetated soil environments on Signy Island- 60.72 S 45.63 W 1
rhizospheric soil on an Atlantic forest biome- 22.73 S 45.5 W 1
sea water- 60.27 N 45.43 W 1
deep sea water sample- 30.3 N 45 W 1
name not available- 14.75 N 44.98 W 1
hot fluid vent, site Irina II- 14.75 N 44.97 W 1
deepsea hydrothermal vent chimney at Ashadze-1- 12.97 N 44.86 W 1
chimney wall, Mid-Atlantic Ridge, Snakepit (23°224118N, 44°564984W)chimney wall, Mid-Atlantic Ridge, Snakepit (23°224118N, 44°564984W) 23 N 44 W 1
black smoker chimney- 26 N 44 W 1
name not available- 19.28 S 43.55 W 1
marine sponges- 23.02 S 43.18 W 1
sea water- 22.47 S 43.09 W 1
Lost City hydrothermal chimney biofilm- 30.12 N 42.12 W 1
name not available- 22.75 S 41.9 W 1
name not available- 22.75 S 41.89 W 1
South Atlantic Ocean- 22.45 S 41.54 W 1
South Atlantic Ocean- 22.45 S 41.53 W 1
name not available- 13.01 S 41.39 W 1
krill- 62.54 N 40.58 W 1
seawater- 62.51 N 40.52 W 1
name not available- 14.41 S 39.33 W 1
name not available- 14.76 S 39.23 W 1
name not available- 16.4 S 39.06 W 1
name not available- 15.19 S 39.06 W 1
name not available- 14.92 S 39.03 W 1
name not available- 16.03 S 38.98 W 1
name not available- 16.04 S 38.97 W 1
name not available- 13.92 S 38.97 W 1
name not available- 13.38 S 38.91 W 1
name not available- 13.03 S 38.82 W 1
hydrocarbon polluted mangrove sediment- 12.41 S 38.56 W 1
pristine mangrove sediment- 12.73 S 38.5 W 1
name not available- 12.93 S 38.35 W 1
name not available- 12.73 S 38.19 W 1
seawater, 253m, station PS59/540- 57.98 S 37.48 W 1
vegetated soil environments at South Georgia- 54.25 S 36.5 W 1
name not available- 55.36 N 36.34 W 1
name not available- 8.72 S 35.84 W 1
seawater, 0m- 57.36 S 35.67 W 1
Red SeaRed Sea 29.85 N 35.57 W 1
name not available- 52.57 N 34.38 W 1
name not available- 56.14 N 34.35 W 1
Mid-Atlantic Ridge ventMid-Atlantic Ridge vent 36.23 N 33.9 W 1
bacterioplankton DNA collected from station SJ060912 at 5m- 14.98 S 31.96 W 1
name not available- 37.85 N 31.52 W 1
name not available- 21.05 S 31.15 W 1
name not available- 20.43 S 31.15 W 1
seawater, 0m- 55.34 S 30.21 W 1
wood- 42.6 N 29.96 W 1
wood surface- 42.6 N 29.86 W 1
sea water- 40.67 N 28.84 W 1
name not available- 34.83 N 28.48 W 1
sea water- 38 N 27 W 2
seawater, 0m- 54 S 26.61 W 1
oyster- 37.74 N 25.66 W 1
algae- 33.76 N 25.42 W 1
name not available- 33.77 N 25.41 W 1
seawater, 0m- 53.25 S 24.74 W 1
plastic bag surface- 27.92 N 24.74 W 1
sea water- 23.08 N 24.05 W 1
crab- 23.09 N 24.04 W 1
Isafjardardjup Bay, north-western coast of Iceland- 66 N 24 W 1
seawater- 53.49 N 23.33 W 1
name not available- 26.37 N 22.3 W 1
name not available- 33 N 22 W 2
name not available- 29.97 N 21.97 W 1
name not available- 30.61 N 21.45 W 1
North Atlantic Ocean at 5m- 59.5 S 21.13 W 2
sea water- 12.21 N 21.02 W 1
name not available- 35 N 21 W 1
ocean water- 17.62 N 20.95 W 1
seawater- 62.26 N 20.88 W 1
collected during the TRANSAT 1 cruise with RV Pelagia, on 0.2um polycarbonate filter at a depth of 2071m, water mass: Iceland-Scotland Overflow Water(ISOW), temperature: 2.57 degrees C, salinity: 34.98, pot temperature: 2.42 degrees C, density: 27.92 kg/m3, oxygen concentration: 292.3 umol/kg, apparent oxygen utilization: 36.10 umol/kg- 61.63 N 20.82 W 1
name not available- 34.83 N 20.24 W 1
name not available- 35.5 N 20.24 W 1
name not available- 35.5 N 20.23 W 1
name not available- 35.3 N 20.14 W 1
Baltic SeaBaltic Sea 59.32 N 20.05 W 1
50m depth in 5200m water column- 35 S 20 W 1
name not available- 33 N 20 W 1
name not available- 34.33 N 20 W 1
name not available- 34.9 N 20 W 1
name not available- 29.98 N 19.88 W 1
marine sample- 28.68 N 19.87 W 1
maritime dunes- 60.17 N 19.57 W 1
marine sample- 12.79 N 19.25 W 1
marine sample- 9.06 N 19.12 W 1
name not available- 36.78 S 19.03 W 5
soil- 76.42 N 18.74 W 1
collected during the ARCHIMEDES 2 cruise with RV Pelagia, on 0.2um Sterivex filter at a depth of 249m, water mass: North Atlantic Central Water (NACW), temperature: 15.90 degrees C, salinity: 36.26, pot temperature: 15.86 degrees C, density:26.75 kg/m3, oxygen concentration: 183.9 umol/kg, apparent oxygen utilization: 57.52 umol/kg- 24.5 S 18.69 W 1
collected during the ARCHIMEDES 2 cruise with RV Pelagia, on 0.2um Sterivex filter at a depth of 2750m, water mass: Middle North East Atlantic Deep Water (MNEADW), temperature: 2.92 degrees C, salinity: 34.95, pot temperature: 2.70 degrees C, density: 27.87 kg/m3, oxygen concentration: 230.9 umol/kg, apparent oxygen utilization: 95.24 umol/kg- 24.5 N 18.69 W 1
seawater, 0m, Antarctic Circum Current- 58.82 S 18.5 W 1
collected during the ARCHIMEDES 3 cruise with RV Pelagia, on 0.2um Sterivex filter at a depth of 7155m, water mass: Antarctic Bottom Water (AABW), temperature: 1.42 degrees C, salinity: 34,75, pot temperature: 0.70 degrees C, density: 27.87 kg/m3, oxygen concentration: 222.40, apparent oxygen utilization: 121.40 umol/kg- 0.21 S 18.43 W 1
on rocks in riparian zone of river- 65.84 N 18.04 W 1
name not available- 28.45 N 17.52 W 1
ocean water- 23.55 S 17.48 W 1
seawater- 62.17 N 16.57 W 1
name not available- 28.15 N 15.65 W 1
sea water- 56.19 N 15.23 W 1
thallus of Rhizocarpon lavatum on rocks by river- 66.21 N 15.14 W 1
sea water- 4.57 N 14.71 W 1
seawater, 0m- 48.95 S 14.54 W 1
deep marine sediments, depth:2164m- 71.16 S 14 W 1
glass from Nibelungen field, a hydrothermal field along the Mid-Atlantic Ridge near Ascension Island- 8.48 S 13.3 W 1
glass from Nibelungen field, a hydrothermal field along the Mid-Atlantic Ridge near Ascension Island- 8.47 S 13.3 W 1
diffuse hydrothermal fluids- 9.56 S 13.23 W 1
name not available- 9.55 S 13.2 W 1
weathered basaltic surface from Liliput field, a hydrothermal field along the Mid-Atlantic Ridge near Ascension Island- 9.34 S 13.12 W 1
basalt from Liliput field, a hydrothermal field along the Mid-Atlantic Ridge near Ascension Island- 9.32 S 13.12 W 1
Feces of Chimpanzee (Zoyas)- 8.25 N 13.12 W 1
Irminger Sea- 63.42 N 13.12 W 1
sediment from Liliput field, a hydrothermal field along the Mid-Atlantic Ridge near Ascension Island- 9.42 S 13.04 W 1
name not available- 4.81 S 12.37 W 1
name not available- 30.57 N 12.37 W 1
glass from Wide-awake field, a hydrothermal field along the Mid-Atlantic Ridge near Ascension Island- 4.48 S 12.22 W 1
deep ambient seawater from ocean- 4.3 S 12.18 W 1
name not available- 32.88 S 10.82 W 1
sea turtle- 1.62 N 10.5 W 1
name not available- 60.97 S 10 W 1
seawater- 62.04 N 10 W 1
from marine sponge while SCUBA diving at a depth of 15m- 53.32 N 9.67 W 1
name not available- 32.5 N 9.57 W 1
name not available- 53.18 N 9.4 W 1
intertidal sediment- 42.57 N 9.1 W 1
name not available- 33.01 N 9.07 W 1
name not available- 33.32 N 8.76 W 1
Feces of Chimpanzee (Yolo)- 7.65 N 8.5 W 2
name not available- 36.01 N 8.5 W 1
name not available- 51.88 N 8.38 W 1
name not available- 39.91 N 8.33 W 1
ballast water- 6.95 S 8.25 W 1
northern Bay of Biscay, pelagic, particle-associated- 48 N 8 W 1
ocean water- 48.73 N 7.83 W 1
name not available- 55.27 N 7.62 W 1
alkaline groundwater- 39.14 N 7.58 W 1
surface water- 54.7 N 7.33 W 1
surface water- 54.83 N 7.28 W 1
surface water- 54.97 N 7.09 W 1
leaf tissue- 18.47 N 7.06 W 1
surface water- 54.85 N 7.01 W 1
surface water- 54.92 N 7.01 W 1
name not available- 55.02 N 6.98 W 1
roots- 41.73 N 6.88 W 1
name not available- 35.37 N 6.86 W 1
roots- 41.77 N 6.85 W 1
roots- 41.79 N 6.84 W 1
roots- 41.76 N 6.83 W 1
roots- 41.85 N 6.82 W 1
name not available- 61.53 N 6.82 W 1
roots- 41.52 N 6.81 W 1
roots- 41.78 N 6.75 W 1
name not available- 55.04 N 6.74 W 1
dimethylsulfide-degrading enrichment culture from tidal rock pool seawater- 57.5 N 6.64 W 1
surface water- 54.47 N 6.6 W 1
surface water- 54.94 N 6.49 W 1
methane-related carbonate crusts from the kidd Mud volcanoe located on top of the vernadsky Ridge in the gulf of Cadiz (Western Moroccan continental margin)- 35.25 N 6.44 W 1
name not available- 39.48 N 6.28 W 1
name not available- 43.7 S 6.15 W 1
seawater, 60m, station PS53/182-1, Antarctic Coastal Current- 70.23 S 6.13 W 1
cereal rhizospheres from medium-heavy textured, free-draining grey-brown podzolic soil- 52.05 N 6.06 W 1
name not available- 35.96 N 5.86 W 1
name not available- 35.98 N 5.77 W 1
name not available- 35.95 N 5.65 W 1
sediment-water interface, Western Guinea Abyssal Plain, -5142 m.- 0.83 N 5.58 W 1
name not available- 56.45 N 5.44 W 3
sea water- 1.5 N 5.35 W 1
name not available- 56.28 N 5.3 W 1
dimethylsulfide-degrading enrichment culture from Achmelvich Bay seawater- 58.17 N 5.3 W 1
name not available- 56.32 N 5.2 W 1
name not available- 56.29 N 5.09 W 1
Mer d'Irlande; Pectirl mission- 53.38 N 5 W 1
name not available- 88.47 S 4.82 W 1
name not available- 88.5 S 4.75 W 1
phyllosphere of Arabidopsis thaliana- 41.21 N 4.55 W 1
glass slide immersed by Ifremer for 6h in natural seawater (Pradier et al., J Phys Chem B 109:9540)- 48.33 N 4.5 W 1
soil- 37.6 N 4.44 W 1
Mediterranean Sea at 450m- 36.25 S 4.25 W 1
name not available- 36.24 S 4.25 W 4
dimethylsulfide-degrading enrichment culture from English Channel seawater; sampling depth of 10mCoastal seawater, station L4, off the coast of Plymouth, England, UK 50.25 N 4.22 W 2
Plymouth Sound, United Kingdom- 50.3 N 4.2 W 1
groundwater- 47.95 N 4.13 W 2
name not available- 48.72 N 4.01 W 3
coastal water from English Channel, Roscoff Astan- 48.75 N 4 W 1
name not available- 48.72 N 3.98 W 1
subtidal portions of Bloscon harbour- 48.72 N 3.97 W 1
name not available- 36.72 S 3.74 W 1
water- 39.13 N 3.72 W 1
name not available- 51.77 N 3.65 W 1
estuarine sample from the English Channel- 48.37 N 3.56 W 9
name not available- 36.8 N 3.43 W 1
water sample plus dry deposition collected in situ- 37.12 N 3.26 W 1
name not available- 36.3 N 3.14 W 1
starfish- 58.8 N 3.06 W 1
glass slide immersed for 6h in natural seawater (Grasland et al., Biofouling 19:307; 2003)- 47.52 N 2.83 W 1
fish larvae- 3.2 N 2.82 W 1
name not available- 38.8 N 2.6 W 1
sediment-water interface, Guinea Abyssal Plain, -5066 m.- 0 S 2.42 W 1
sediment-water interface, Guinea Abyssal Plain, -5066 m.- 0 S 2.41 W 1
phenol-degrading microcosm (borehole 59 inoculum); 8 weeks, position 3- 52.68 N 2.13 W 1
seawater from 5m depth- 78 N 2.03 W 1
sea water- 4.3 N 1.86 W 1
sea water- 4.57 N 1.73 W 1
soil- 52.19 N 1.59 W 1
name not available- 36.21 S 1.55 W 1
sediment- 43.48 N 1.45 W 1
name not available- 5.35 N 1.38 W 1
name not available- 44.06 N 1.33 W 1
soil- 51.77 N 1.28 W 1
sandy soil from a Pinus pinaster forest stand- 44.72 N 1.25 W 1
subsurface marine sediment- 45.57 N 1.1 W 1
hypersaline microbial mat- 41.73 N 1 W 1
name not available- 40.63 N 0.54 W 1
name not available- 35.91 N 0.53 W 1
name not available- 37.25 N 0.5 W 1
sea turtle- 4.82 N 0.43 W 1
connective tissue from various organs- 38.17 N 0.42 W 1
name not available- 40.49 N 0.36 W 1
Agrostis rhizosphere, soil- 52.2 N 0.36 W 1
piece of paint- 4.91 N 0.34 W 1
sea water- 4.74 N 0.33 W 1
name not available- 39.47 N 0.3 W 1
Lake Albufera- 39.2 N 0.21 W 1
rhizosphere of wheat- 51.49 N 0.21 W 1
name not available- 40.59 N 0.19 W 1
name not available- 6.32 N 0.18 W 1
host gills- 39.65 N 0.18 W 1
lake water- 42 N 0 W 2
seawater, 20m, station PS53/185-1- 67 S 0.01 E 1
seawater, 0m- 42.99 S 0.01 E 1
name not available- 38.06 S 0.05 E 1
name not available- 37.55 S 0.17 E 1
sea water- 51.3 N 0.27 E 1
name not available- 40.51 N 0.38 E 1
Upper water column (1 m)- 42.38 N 0.46 E 1
Lake Ibonet Perramo water column- 42.64 N 0.5 E 1
Neuston- 42.48 N 0.52 E 1
Mediterranean sea water- 40.45 N 0.53 E 1
Upper water column (1 m)- 42.33 N 0.53 E 1
Upper water column (1 m)- 42.37 N 0.55 E 1
Upper water column (1 m)- 42.34 N 0.57 E 1
Upper water column (1 m)- 42.35 N 0.57 E 1
Lake Redon water column- 42.64 N 0.77 E 1
Lake Roi water column- 42.57 N 0.8 E 1
Lake Llong de Liat water column- 42.81 N 0.87 E 1
nutrients enrichment of filtered lake Llebreta water- 42.55 N 0.88 E 6
sediment-water interface, Northern Angola Abyssal Plain, -5655 m.- 9.93 S 0.9 E 1
Lake Nera water column- 42.64 N 0.92 E 1
Lake Plan water column- 42.62 N 0.93 E 1
Lake Podo water column- 42.6 N 0.94 E 1
nutrients enrichment of filtered lake Redo d'Aiguestortes water- 42.57 N 0.95 E 4
Lake Granotes water column- 42.57 N 0.97 E 1
sediment- 51.83 N 0.98 E 1
Lake L'Illa water column- 42.62 N 0.99 E 1
Lake Gerber water column- 42.63 N 0.99 E 1
name not available- 58.06 N 1.08 E 1
Neuston- 42.42 N 1.18 E 1
ocean water- 37.83 S 1.23 E 1
name not available- 58.02 N 1.27 E 1
name not available- 43.09 N 1.29 E 1
name not available- 43.65 N 1.32 E 1
photosynthetic microbial mats grown in active saltern- 38.85 N 1.39 E 1
name not available- 42.37 N 1.59 E 1
name not available- 42.88 N 1.62 E 1
seawater- 1.61 N 1.64 E 1
name not available- 42.66 N 1.83 E 1
surface biofilm of Laminaria sp.- 56 S 2 E 2
coastal water from Mediterranean Sea, Barcelona Harbor- 41.38 N 2.15 E 1
water from Ivry-sur-Seine treatment plant- 48.48 N 2.24 E 1
marine sediments- 61.17 N 2.24 E 1
water from Orly treatment plant- 48.44 N 2.25 E 1
water from Joinville-le-Pont treatment plant- 48.48 N 2.27 E 1
name not available- 41.35 S 2.3 E 1
roots of Dioscorea rotundata- 8.43 N 2.4 E 1
water column at 9.8m- 42.08 N 2.45 E 32
name not available- 41.35 S 2.47 E 1
name not available- 41.15 S 2.47 E 1
coastal surface water- 39.48 N 2.47 E 2
marina surface water- 39.49 N 2.48 E 2
surface seawater- 41.4 N 2.48 E 1
name not available- 38.95 N 2.53 E 1
name not available- 38.97 N 2.53 E 1
name not available- 42.22 N 2.55 E 2
name not available- 44 N 2.56 E 1
marine sediments- 51.26 N 2.67 E 1
marine sediments- 51.19 N 2.7 E 1
name not available- 39.27 N 2.71 E 1
name not available- 39.23 N 2.73 E 1
name not available- 39.1 N 2.75 E 1
name not available- 41.66 S 2.8 E 1
coastal water from Mediterranean Sea, Blanes bayNW Mediterranean Sea 41.67 N 2.8 E 5
name not available- 41.15 S 2.87 E 3
uncultured attached marine bacterium recovered from surface of Mediterranean- 40.67 S 2.87 E 5
marine sediments- 51.27 N 2.9 E 1
seagrass meadow located near Cabrera National Park at 17 m depth- 39.15 N 2.93 E 1
name not available- 42.98 N 2.98 E 1
marine sediments- 56.5 N 2.99 E 1
hydrothermal water sample- 44.85 N 3 E 1
North Sea water sample- 60 N 3 E 1
wheat residues left at the soil surface- 49.53 N 3.01 E 1
marine sediments- 51.33 N 3.05 E 1
sea water- 42.29 N 3.08 E 1
0.8 micron prefiltered seawater from 5 m depth in the North West Mediterranean Sea- 42.31 N 3.11 E 1
name not available- 38.91 N 3.14 E 1
filtered seawater- 42.28 N 3.15 E 1
S. ruber isolation siteCrystallizer ponds of salterns in Mallorca 39.4 N 3.2 E 1
0.8 micron prefiltered seawater from 5 m depth in the North West Mediterranean Sea- 42.27 N 3.31 E 1
cattle drinking pool sediment- 51.35 N 3.34 E 1
North Sea- 56.65 N 3.45 E 1
name not available- 44.07 N 3.52 E 1
benthic resting cyst in sediment- 43.44 N 3.67 E 1
seawater sample- 43.45 N 3.67 E 3
freshwater, Canal Roanne a Digoin- 46.33 N 3.98 E 1
top 2 cm. sediment- 54.07 N 4 E 1
sandy clayey soil from a Fagus sylvatica forest stand- 47.3 N 4.07 E 1
sandy clayey soil from a Picea abies forest stand- 47.3 N 4.08 E 1
seawater, 90m, North Sea- 59.01 N 4.17 E 1
seawater, 0m, station PS69/537- 41.16 S 4.29 E 1
enrichment culture from Coastal North Sea water- 53.07 N 4.3 E 22
sediment between cobblestones receiving restaurant waste with pH 7.0, 2.9% organic matter, 4% clay- 50.85 N 4.35 E 1
Brussels, King Leopold Park, under bark of fallen tree, under bark of log- 50.84 N 4.38 E 1
seawater, 50m, North Sea- 58.68 N 4.44 E 1
seawater- 4.93 S 4.48 E 1
Greenland Sea (International Waters) between 72.90N-4.75E and 72.90N-4.70E, depth 50 meters- 72.9 S 4.7 E 1
name not available- 50.86 N 4.72 E 1
seawater, 10m, North Sea- 58.34 N 4.73 E 1
seawater, 45m, North Sea- 58.01 N 5.01 E 1
name not available- 50.34 N 5.04 E 1
wheat residue- 47.14 N 5.06 E 1
seawater- 60.71 N 5.09 E 4
poor sandy soil from a Pinus sylvestris forest stand- 51.04 N 5.1 E 1
poor sandy soil from Pinus sylvestris forest stand- 51.14 N 5.15 E 1
collected from a depth of 250 m- 60.68 N 5.17 E 1
name not available- 52.7 N 5.18 E 1
sediment- 43.48 N 5.19 E 1
fjord mesocosm- 60.3 N 5.2 E 2
coastal marine water in Norwegian Fjord- 60.27 N 5.22 E 1
single dinoflagellate cell collected at the Endoume pier, Mediterranean Sea, Marseille- 43.28 N 5.35 E 1
fish fill- 7.43 S 5.55 E 1
seawater, 5m, North Sea- 58.02 N 5.68 E 1
seawater, 5m, North Sea- 57.07 N 5.76 E 1
Allium porrum rhizosphere- 51.54 N 5.85 E 1
seawater, 0m- 40.41 S 5.91 E 1
seawater, 35m, North Sea- 57.46 N 6.05 E 1
deep-sea water column of Mediterranean ANTARES site, 2200m depth- 42.9 N 6.1 E 1
iron rich, irregularly flooded, inland wetland site- 52.55 N 6.13 E 1
marine microbial mats from a sandy intertidal beach- 53.48 N 6.13 E 1
seawater, 15m, North Sea- 58.87 N 6.39 E 1
name not available- 43.32 N 6.46 E 1
name not available- 43.4 N 6.46 E 1
name not available- 43.35 N 6.58 E 1
seawater, 8m, North Sea- 55.93 N 6.59 E 1
name not available- 43.38 N 6.72 E 1
P. marinus MED4 isolation siteMediterranean Sea 43.2 N 6.9 E 1
seawater, 4m, North Sea, German Bight- 55.37 N 7.03 E 1
0-20 cm bulk soil, Duennwald forest (Picea abies, Pinus sylvestris, Carpinus betulus, Acer pseudoplatanus, Quercus robur - Ilex aquifolium, Sorbus aucuparia, Rubus idaeus, Rhamnus frangula, Pteridium aquilinum, Polygonatum multiflorum, Deschampsia cf. cespitosa - Scleropodium purum, Eurhynchium praelongum, Polytrichum cf. pilosum), poor loamy sand, pH 3,7-4,5, humus 4-6 %, C/N ratio 18-20- 51.02 N 7.06 E 2
name not available- 46.79 N 7.16 E 1
seawater from station 1, depth 700 metres- 43.37 S 7.26 E 3
nectar of Viola reichenbachiana- 51.44 N 7.27 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Norwegian Sea (72 degrees 46.93' N, 07 degrees 15.99' E) at 1 m on August 3, 1996.- 72.79 S 7.28 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Villefranche-sur-Mer Bay, France (43 degrees 42' N, 07 degrees 18' E) at 1 m on July 8, 1993.- 43.7 S 7.3 E 1
name not available- 43.69 N 7.32 E 1
microcosm experiment- 54.11 N 7.33 E 2
sediment-water interface, Northern Cape Abyssal Plain, -5038 m.- 28.11 S 7.34 E 1
sediment-water interface, Northern Cape Abyssal Plain, -5038 m.- 28.11 S 7.35 E 1
name not available- 43.89 N 7.38 E 1
intertidal flat sediment- 53.74 N 7.41 E 1
name not available- 43.87 N 7.42 E 1
seawater, 8m, North Sea, German Bight- 54.78 N 7.45 E 1
name not available- 43.83 N 7.48 E 1
name not available- 43.24 N 7.49 E 1
name not available- 54.09 S 7.52 E 1
seawater from station 2, depth 400 metres- 43.25 S 7.52 E 2
seawater- 54.09 N 7.52 E 1
water sample- 54.11 N 7.54 E 3
name not available- 6.23 S 7.68 E 1
marine sediment of the German North Sea- 53.72 N 7.68 E 5
name not available- 6.23 S 7.7 E 1
tidal flat sediment- 53.71 N 7.7 E 4
surface seawater of the German Wadden Sea, southern North Sea- 53.7 N 7.72 E 1
intertidal sediment- 53.73 N 7.77 E 1
sea water- 12.51 S 7.81 E 1
name not available- 54.15 S 7.87 E 1
water sample from 10 m depth- 54.13 S 7.87 E 1
3 km off the coast of Helgoland in the North Seatoxic dinoflagellates Alexandrium ostenfeldii and Prorocentrum lima 54.13 N 7.87 E 2
upper 10 cm of sediment from deepwater coral reef at 280 m depth and 50 km off the mid-Norwegian coastline- 63.91 N 7.88 E 1
biofilm- 54.19 S 7.89 E 1
biofilm- 54.17 S 7.89 E 1
Thalassiosira sp. (Diatomeae) surface- 54.19 S 7.9 E 1
name not available- 54.19 N 7.9 E 1
Indian Ocean- 76.32 N 7.98 E 1
hot spring- 34 N 8 E 1
seawater, 16m, North Sea, German Bight- 53.91 N 8.07 E 1
single spore isolate pot culture established from soil trap culture- 47.07 N 8.08 E 1
Hammam el Borma- 34 N 8.1 E 1
Dangast intertidal muddy sediment- 53.45 N 8.12 E 1
Mellum, GermanyMellum, Germany 53.71 N 8.14 E 1
forest soil- 50 N 8.17 E 1
name not available- 40.29 N 8.31 E 1
name not available- 40.1 N 8.36 E 1
oxic layer of sediment- 55.04 N 8.42 E 1
name not available- 58.25 N 8.45 E 1
marine tide pool- 38.54 N 8.46 E 1
phyllosphere of clover- 47.43 N 8.49 E 2
lake water- 47.3 N 8.57 E 1
sulfur containing freshwater source- 46.6 N 8.6 E 1
agricultural soil- 49.42 N 8.61 E 1
name not available- 49.87 N 8.65 E 1
name not available- 42.26 N 8.67 E 1
phyllosphere of soybean- 47.44 N 8.68 E 2
submerged biofilm mats of a montane wetland, mainly pink sample- 46.55 N 8.7 E 3
a few millimeters below the surface of dolomite rock in the 'Val Piora' in the Alps at 1965 meters above sea level- 46.55 N 8.72 E 1
roots- 47.98 N 8.75 E 1
freshwater lake- 42.2 N 8.78 E 1
acidic forest soil, upper 18cm- 50.81 N 8.8 E 1
rock pool filed with freshwater- 42.2 N 8.93 E 1
name not available- 42.31 N 8.95 E 1
name not available- 49.97 N 8.95 E 1
grassland on clay soil- 56.61 N 9.04 E 1
grassland on a acidic gravel and sand- 56.64 N 9.08 E 1
marine sand- 39.11 N 9.09 E 1
name not available- 42.39 N 9.19 E 1
freshwater sample, pelagic zone of Lake Constance- 47.72 N 9.2 E 1
name not available- 41.83 N 9.27 E 1
soil- 48.4 N 9.34 E 1
Feces of Gorilla (G8)- 2.2 S 9.35 E 1
soil- 48.39 N 9.37 E 1
name not available- 40.34 N 9.38 E 1
soil- 48.39 N 9.38 E 1
sea water- 58.55 N 9.4 E 1
phyllosphere (thallus)- 51.32 N 9.41 E 1
soil- 48.38 N 9.42 E 1
name not available- 42.43 N 9.43 E 1
liquid LB enrichment culture at RT inoculated with prokaryotes from an iron containing freshwater source called 'Rothenbrunnen'- 46.77 N 9.43 E 2
rhizosphere of field-grown sunflower plant- 51.28 N 9.45 E 2
soil- 48.42 N 9.49 E 1
soil- 48.39 N 9.5 E 1
forest soil- 51 N 9.51 E 1
name not available- 44.03 N 9.56 E 1
biofilm on stones of an iron and sulfur containing freshwater spring called 'Arvadi'- 46.66 N 9.64 E 2
subsurface of rock called 'Weissenstein' close to Albula pass, central Alps, canton of Grisons.- 46.58 N 9.81 E 2
single purified filament isolated in sediments at a depth of 4m in the Eckernforde harbor of the Baltic Sea- 54.47 N 9.83 E 1
name not available- 1.92 S 9.84 E 1
name not available- 1.9 S 9.84 E 1
name not available- 1.87 S 9.84 E 1
name not available- 1.95 S 9.86 E 1
name not available- 1.92 S 9.86 E 1
name not available- 1.87 S 9.86 E 1
name not available- 1.9 S 9.88 E 1
name not available- 1.89 S 9.88 E 1
name not available- 1.82 S 9.89 E 1
name not available- 1.81 S 9.89 E 1
soil of an agricultural field- 52.25 N 9.9 E 1
name not available- 1.86 S 9.92 E 1
soil- 43.42 N 9.92 E 1
thermophilic biohydrogen reactor- 9.48 S 9.95 E 1
Biofilm from stones of Joeri lake XVIII, close to Fluela Wisshorn, central Alps, canton of Grisons, Switzerland.- 46.77 N 9.96 E 1
mosses on a wall- 53.57 N 9.98 E 1
name not available- 63.4 N 9.98 E 1
mosses on a wall- 53.76 N 9.99 E 1
sea ice in Fram Strait, northeast of Svalbard- 81 N 10 E 1
hardwater rivulet- 51.45 N 10.05 E 1
marine sediment- 42.48 N 10.08 E 1
marine tidal water- 54.21 N 10.08 E 1
hard water rivulet- 51.76 N 10.09 E 1
lake sediment- 54.09 N 10.11 E 1
marine sand- 43.4 N 10.16 E 1
freshwater coastal pond nearby the mouth of Serchio river- 43.47 N 10.16 E 1
Kiel Fjord, Baltic Sea, GermanyKiel Fjord, Baltic Sea, Germany 54.4 N 10.2 E 1
name not available- 41.64 N 10.26 E 1
iron containing freshwater source called 'Fuschna'- 46.79 N 10.26 E 1
single spore- 43.77 N 10.27 E 1
R. baltica isolation siteKiel Fjord, Baltic Sea 54.5 N 10.3 E 1
soil- 51.18 N 10.32 E 1
soil- 51.21 N 10.37 E 1
root sample- 46.85 N 10.38 E 1
soil- 51.22 N 10.38 E 1
soil- 50.97 N 10.4 E 1
soil- 51 N 10.43 E 1
name not available- 52.4 N 10.44 E 1
name not available- 2.28 N 10.5 E 1
soil- 51.35 N 10.52 E 1
soil- 51.37 N 10.53 E 1
mosses in an oak forest- 53.51 N 10.63 E 1
lake sediment- 54.33 N 10.63 E 2
solar saltern sediment- 34.65 N 10.7 E 1
name not available- 57.96 S 10.78 E 1
stone No2- 54.67 N 10.83 E 2
shrimp- 19.22 S 10.86 E 1
gut of freshwater copepod- 47.18 N 10.88 E 1
lake water- 46.95 N 10.93 E 1
glacier ice- 47.42 N 10.98 E 1
rainwater- 47.22 N 11 E 1
D. psychrophila isolation sitePermanently cold Arctic sediments off the coast of Svalbard 79 N 11 E 1
cryoconit hole- 46.8 N 11.01 E 1
ectomycorrhizal root tip- 46.83 N 11.02 E 1
bryophytes from silicate rocks- 46.84 N 11.02 E 1
soil beneath Salix herbacea- 46.83 N 11.05 E 1
bryophytes from silicate rock- 46.85 N 11.05 E 1
very little sediment, black, clay-like with pebbles and sparse vegetation- 79.02 N 11.07 E 1
North AtlanticSkagerrak (57.57N, 10.44E) 58.94 N 11.08 E 4
Arctic marine surface sediment- 79.72 N 11.08 E 1
name not available- 47.5 N 11.1 E 1
Mauritanian soil enrichment- 17.21 N 11.12 E 1
black, clay-like sediment sticky with pebbles and vegetation- 79.59 N 11.31 E 1
gut of freshwater cladocera- 47.25 N 11.33 E 1
name not available- 58.22 N 11.34 E 1
Skagerrak seawater- 58.25 S 11.37 E 1
soil sample from the coast opposite to Ny Alesund- 78.57 N 11.39 E 1
name not available- 58.22 N 11.41 E 1
name not available- 54.69 N 11.44 E 1
black, clay-like sediment sticky with very few cylindrical plants/weeds on surface less- 78.55 N 11.45 E 1
hardwater rivulet- 49.39 N 11.47 E 1
whole animal- 58.28 N 11.52 E 1
brown, clay-like sediment, sticky with algae- 78.56 N 11.52 E 1
Veneto, Vicenza- 45.55 N 11.55 E 2
sediment from the bed of a melt water stream which had dried- 78.55 N 11.55 E 1
sediment from the bed of a melt water stream which had dried- 78.55 N 11.56 E 1
clay-like sticky sediment with cylindrical plants/weeds on surface less than KB3- 78.59 N 11.56 E 1
clay-like sticky sediment with cylindrical plants/weeds on surface less than KB3- 79.59 N 11.56 E 1
clay-like sticky sediment with cylindrical plants/weeds on surface- 78.57 N 11.59 E 1
shoot plus leaves- 51.01 N 11.65 E 1
name not available- 70.77 S 11.75 E 1
name not available- 58.93 S 11.75 E 2
melted water- 78.88 N 11.83 E 1
spruce forest soil- 50.13 N 11.87 E 1
soil from acidic fen- 50.13 N 11.88 E 1
peat- 50.14 N 11.89 E 1
seawater, 0m- 37.19 S 12.01 E 1
sediment from a lake near the glacial stream- 78.54 N 12.01 E 1
soft and sandy sediment sample- 78.53 N 12.02 E 1
soft and sandy sediment sample- 78.54 N 12.02 E 1
melted water- 78.88 N 12.07 E 1
chlorinated ethenes contaminated groundwater- 51.37 N 12.11 E 2
Rhizosphere of Hordeum vulgare- 55.4 N 12.2 E 1
constructed wetland treating 1, 2-DCEs- 51.18 N 12.22 E 1
name not available- 54.17 N 12.22 E 2
name not available- 50.2 N 12.26 E 1
shallowed water of the Southern Venice lagoon- 45.22 N 12.28 E 3
brownish sticky sediment, sparse vegetation & less than M12- 78.53 N 12.28 E 1
shallowed water of the Southern Venice inlet- 45.23 N 12.29 E 3
colonized roots- 45.43 N 12.31 E 2
name not available- 56.02 N 12.37 E 1
name not available- 56.03 N 12.37 E 1
name not available- 38.67 N 12.5 E 1
seawater- 44.69 N 12.52 E 2
melted water- 47.13 N 12.6 E 1
Kattegat- 55.97 N 12.63 E 1
root of Arabidopsis thaliana ecotype Gol-1- 52.42 N 12.97 E 1
water of a small freshwater pond- 47.08 N 12.99 E 1
name not available- 45.69 N 13.13 E 1
water column of a freshwater lake- 47.97 N 13.13 E 1
Tropical Eastern AtlanticTropical Eastern Atlantic 8.8 S 13.23 E 1
peat bog- 52.48 N 13.23 E 1
freshwater pond- 47.74 N 13.3 E 2
name not available- 50.58 N 13.34 E 1
sea water 3000m- 39.53 N 13.37 E 2
freshwater, Lake Mondsee- 47.83 N 13.38 E 1
name not available- 50.45 N 13.45 E 1
living leaves- 54.08 N 13.45 E 1
name not available- 50.46 N 13.46 E 1
name not available- 51.05 N 13.46 E 12
name not available- 54.32 N 13.53 E 1
grassland soil- 53.1 N 13.61 E 1
Clathrina sp.- 45.13 N 13.68 E 1
fungal fruiting body associated with Populus tremula growing in heavy metal contaminated site near Pb/Zn-smelter- 46.55 N 13.7 E 1
trap cultured field spore- 47.34 N 13.8 E 1
blood- 49.98 N 13.82 E 1
P. aerophilum isolation siteBoling water hole at Maronti Beach, Italy 40.695 N 13.925 E 1
soil- 53.09 N 13.97 E 1
soil- 53.09 N 13.98 E 1
soil- 53.1 N 13.98 E 1
grassland soil- 53.11 N 14 E 1
upwelling regime water sample- 23.6 S 14.16 E 1
name not available- 50.56 N 14.24 E 1
Namibian OMZ; Station 202; 62 m- 22.64 S 14.3 E 1
eastern South Atlantic Ocean, Namibian shelf waters, 52m depth- 22.64 N 14.3 E 1
sediment 4-6cm depth- 23.75 S 14.31 E 1
sediment 4-6cm depth- 22.63 S 14.31 E 1
marine sample- 24.75 S 14.32 E 1
depth: 57m- 23.17 S 14.32 E 1
name not available- 50.1 N 14.4 E 1
Slovenia: Ljubljana Marsh- 45.97 N 14.47 E 1
sediment between cobblestones with pH 7,5, 3% organic matter, 3% clay- 48.97 N 14.47 E 1
freshwater from reservoir- 48.84 N 14.48 E 1
name not available- 49.65 N 14.48 E 1
freshwater- 48.85 N 14.49 E 2
sea water 500m- 38.9 S 14.5 E 1
deep sea- 72.01 N 14.73 E 1
human ileum- 41.13 N 14.78 E 1
marine sediment- 38.42 N 14.95 E 1
P. furiosus isolation siteAnaerobic sediments, beach of Porto di Levante, Vulcano Island, Italy 38.424 N 14.974 E 1
T. maritima isolation siteGeothermal heated marine sediment at Vulcano, Italy 38.41 N 15.01 E 1
A. fulgidus isolation siteMarine hydrothermal system at Vulcano island, Italy 38.4 N 15.02 E 1
enrichment sample from lake- 47.85 N 15.05 E 1
hydrothermal vent- 38.38 N 15.06 E 1
hydrothermal vent- 38.38 N 15.07 E 4
name not available- 55.08 N 15.1 E 1
shallow hydrothermal vent- 38.64 N 15.11 E 1
seawater- 27.62 S 15.13 E 1
agricultural soil- 48.6 N 15.17 E 1
intertidal beach sediment- 78.61 N 15.17 E 3
name not available- 47.18 N 15.2 E 1
activated sludge- 41.28 N 15.35 E 1
name not available- 37.24 N 15.37 E 1
sea water- 55.68 N 15.5 E 1
base of fruiting body- 60.5 N 15.63 E 1
3010m deep, Ionian Sea- 36.33 N 15.65 E 1
3010m depth from Ionian Km3 Station in the Mediterranean Sea- 36.51 N 15.68 E 1
agricultural soil- 48.57 N 15.82 E 1
Ionian Sea (Italy) 36.50N-15.83E, depth 50 meters- 36.5 S 15.83 E 1
cyanobacterial mat on granitic rock- 48.85 N 16.04 E 1
agricultural soil- 48.33 N 16.05 E 1
grassland soil- 48.25 N 16.07 E 1
agricultural soil- 48.21 N 16.18 E 1
name not available- 47.77 N 16.32 E 1
name not available- 38.41 N 16.34 E 1
airsample collected 25 meters above sea level- 56.66 N 16.36 E 1
name not available- 56.37 N 16.45 E 1
sea water- 56 N 16.5 E 1
biofilm- 50.26 N 16.52 E 1
Bornholm Sea, Baltic SeaBornholm Sea, Baltic Sea 55.53 N 16.62 E 1
marine sediment prior to dredging- 57.73 N 16.67 E 1
Baltic seawater- 57.45 S 17.08 E 1
1000m deep, Adriatic Sea- 41.6 N 17.36 E 1
Ionian Sea, MediterraneanIonian Sea, Mediterranean 41.6 N 17.37 E 1
barley field soil- 59.84 N 17.5 E 1
name not available- 42.73 N 17.53 E 1
barley field soil- 59.84 N 17.59 E 1
name not available- 39.16 N 17.75 E 1
seawater from 5m depth- 34.25 S 17.88 E 1
name not available- 29.67 S 17.98 E 1
EIFEX station 420, Southern Ocean, Atlantic sector- 49 S 18 E 1
grassland soil- 59.37 N 18.05 E 1
name not available- 30.65 S 18.06 E 1
name not available- 60.48 N 18.07 E 1
name not available- 60.5 N 18.07 E 1
Baltic Sea, 3m depth, Landsort deep St. BY31- 58.6 N 18.24 E 4
Baltic Sea, 3m depth, Landsort deep St. BY31, position 60.42.726N, 05.05.595E, Zobell/R2A media- 58.61 N 18.24 E 5
infected nematodes from soil under oak-beech woods- 47.42 N 18.33 E 1
name not available- 38.33 N 18.5 E 1
ectomycorrhizal root-tip- 68.35 N 18.5 E 2
Bothnian Sea, 5m depth- 62.11 N 18.56 E 1
Baltic Sea Water, Gulf of Gdansk- 54.41 N 18.62 E 1
name not available- 54.6 N 18.8 E 1
roots of Salix polaris- 68 N 18.82 E 1
name not available- 32.22 S 18.83 E 1
host hair roots- 68.21 N 19 E 1
Barents Sea- 73.5 N 19 E 1
name not available- 32.6 S 19.04 E 1
Gdansk Bay, Baltic Sea- 54.47 N 19.12 E 1
water sample collected in 5.4m at convergence of the Norwegian and Barents Seas station Z11- 72.5 S 19.57 E 1
name not available- 33.98 S 19.6 E 1
Arctic Ocean- 72.5 N 19.6 E 1
Pinus sylvestris infested by Tomicus sp.- 50.33 N 19.62 E 1
Ore river, 1m depth- 63.56 N 19.7 E 1
Ore river outlet, 5m depth- 63.51 N 19.75 E 1
water sample collected in 5.7m at convergence of the Norwegian and Barents Seas station Z07- 71.5 S 19.8 E 1
name not available- 63.5 S 19.8 E 5
Cryphalus piceae on Abies alba- 50.2 N 19.8 E 1
Bothnian Sea, 5m depth- 63.51 N 19.82 E 1
Baltic Sea (63.30N, 19.48E)Baltic Sea (63.30N, 19.48E) 63.52 N 19.82 E 2
seawater, 20m, station PS53/157-1- 49.34 S 19.9 E 1
Cryphalus piceae on Abies alba- 49.82 N 19.96 E 1
seawater, 10m- 51.18 S 20 E 1
seawater, 20m, station PS53/156-1, Southern Ocean- 48.83 S 20 E 1
seawater, 10m- 46.36 S 20 E 1
seawater, 0m, South Atlantic- 45.46 S 20 E 1
Brine Lake Sediment- 34.17 N 20 E 1
deep anoxic hypersaline basin, Bannock- 34.28 N 20 E 1
soil sample- 69.01 N 20.5 E 1
Kaliningradskaya Oblast', Kurshskaya Kosta, Rybachy village, bad for alcohol extraction- 55.15 N 20.68 E 1
Kaliningradskaya Oblast', Kurshskaya Kosta, Fringilla bird banding of Zoological Institute RAS, St. Petersburg- 55.08 N 20.73 E 10
Cryphalus piceae- 49.45 N 20.96 E 1
name not available- 28.72 S 20.98 E 1
Brine Lake Sediment- 35.14 N 21.31 E 1
deep anoxic hypersaline basin, L'Atalante- 35.32 N 21.38 E 1
sediment- 47.52 N 21.4 E 1
Brine Lake Sediment- 35.17 N 21.41 E 1
Brine Lake Sediment- 35.18 N 21.41 E 1
sediment- 47.95 N 21.42 E 1
root/crown galls- 47.58 N 21.46 E 1
high pressure enrichment culture from deep seawater 3475m- 35.23 N 21.47 E 1
seawater-Urania Basin interface of the Mediterranean Sea- 35.25 N 21.5 E 2
deep anoxic hypersaline basin, L'Atalante- 35.3 N 21.68 E 1
name not available- 36.75 N 21.87 E 1
Bothnian Bay, 5m depth- 64.7 N 22.07 E 1
Gulf of Finland- 59.13 N 22.19 E 1
name not available- 33.42 S 22.25 E 1
soil- 39.38 N 22.25 E 1
Gulf of Finland- 59.24 N 22.26 E 2
name not available- 33.69 S 22.27 E 1
name not available- 52.13 N 22.27 E 1
Baltic Sea 3m depth- 59.13 N 22.29 E 1
Baltic Sea brackish sediment, depth 0-1 cm- 60.22 N 22.35 E 1
Gulf of Finland- 59.28 N 22.39 E 2
Gulf of Finland- 59.3 N 22.4 E 3
Gulf of Finland- 59.3 N 22.44 E 2
name not available- 32.33 S 22.47 E 1
name not available- 28.55 S 22.48 E 2
Gulf of Finland- 59.3 N 22.5 E 1
Gulf of Finland- 59.32 N 22.5 E 2
Bothnian Bay, 5m depth- 65.63 N 22.58 E 1
name not available- 52.36 N 22.87 E 1
name not available- 40.62 N 22.95 E 2
name not available- 52.33 N 23.04 E 1
subsurface soil from 3.0 m to 3.8 m contaminated with lightweight fuel and lubrication oil collected from an abandoned waste deposit on the proximal slope of a glaciofluvial formation- 59.88 N 23.05 E 1
name not available- 36.58 N 23.07 E 1
name not available- 42.02 N 23.1 E 1
Baltic Sea 3m depth- 59.33 N 23.1 E 1
name not available- 34.03 S 23.2 E 1
Baltic Sea water- 59.85 S 23.27 E 1
surface sediments to a depth of 1cm- 59.35 N 23.38 E 2
boreal forest tree fine roots- 60.28 N 23.45 E 1
name not available- 33.91 S 23.54 E 1
ocean water; 5m depth- 35.05 S 23.73 E 1
Barents Sea- 75.34 N 24 E 1
name not available- 37.67 N 24.02 E 1
name not available- 37.74 N 24.06 E 1
name not available- 37.77 N 24.08 E 1
peat from boreal fen- 61.83 N 24.2 E 5
name not available- 28.57 S 24.28 E 1
name not available- 37.68 N 24.36 E 1
name not available- 36.7 N 24.41 E 1
Baltic Sea brackish sediment, depth 0-1 cm- 59.42 N 24.41 E 1
name not available- 36.69 N 24.45 E 1
name not available- 36.66 N 24.47 E 3
name not available- 37.14 N 24.47 E 1
10 year old Tilia trees with Tilia cordata roots and Tilia x vulgaris stems at Harviala bare root nursery- 60.95 N 24.57 E 1
name not available- 36.93 N 24.7 E 1
name not available- 36.94 N 24.71 E 1
name not available- 37.9 N 24.71 E 1
name not available- 37.6 N 24.74 E 1
name not available- 37.88 N 24.75 E 1
name not available- 36.94 N 24.76 E 1
name not available- 37.38 N 24.88 E 1
name not available- 37.87 N 24.89 E 1
Tilia x vulgaris roots- 60.2 N 24.95 E 1
name not available- 60.47 N 25.05 E 6
name not available- 37.65 N 25.06 E 2
name not available- 37.59 N 25.07 E 1
name not available- 37.59 N 25.12 E 1
name not available- 37.57 N 25.17 E 1
name not available- 35.32 N 25.23 E 1
name not available- 37.02 N 25.25 E 2
Tilia cordata- 60.53 N 25.4 E 1
name not available- 36.97 N 25.42 E 1
name not available- 37.45 N 25.44 E 1
name not available- 37.14 N 25.53 E 1
name not available- 37.18 N 25.55 E 1
name not available- 37.1 N 25.8 E 1
oxygen stratified polyhumic lake water- 61.13 N 25.8 E 1
name not available- 36.79 N 25.85 E 1
name not available- 36.81 N 25.85 E 1
name not available- 42.73 N 25.88 E 1
name not available- 34.36 N 25.97 E 1
host's root samples from boreo-nemoral forest understorey- 58.97 N 26.05 E 3
seawater sample- 34.43 N 26.09 E 1
Makgadikgadi salt pan complex comprised of Ntwetwe and Sua pans from subsurface of the pan- 20.64 S 26.1 E 1
name not available- 34.41 N 26.11 E 1
name not available- 37.64 N 26.11 E 1
Makgadikgadi salt pan complex comprised of Ntwetwe and Sua pans subsurface soil sample- 20.68 S 26.12 E 1
name not available- 34.42 N 26.12 E 1
name not available- 34.42 N 26.13 E 1
surface sediments to a depth of 1cm- 60.04 N 26.21 E 3
name not available- 34.51 N 26.23 E 1
name not available- 34.51 N 26.26 E 1
name not available- 33.72 N 26.3 E 1
name not available- 33.73 N 26.54 E 1
name not available- 37.34 N 26.6 E 1
name not available- 33.13 S 26.67 E 1
name not available- 37.67 N 26.85 E 2
name not available- 36.71 N 26.92 E 2
name not available- 37.71 N 27.01 E 2
name not available- 36.77 N 27.09 E 1
olive oil-contaminated soil- 38.46 N 27.23 E 1
name not available- 38.56 N 27.24 E 1
name not available- 37.65 N 27.27 E 1
peat from boreal fen- 69.19 N 27.3 E 1
name not available- 37.03 N 27.41 E 1
fracture water collected from a borehole MP104, level 104, 2.8 km depth- 26.43 S 27.43 E 1
surface-sterilized stems- 11.71 S 27.43 E 1
surface-sterilized stems- 11.64 S 27.59 E 1
name not available- 37.85 N 27.83 E 1
name not available- 38.38 N 28.05 E 1
name not available- 38.34 N 28.11 E 2
name not available- 25.73 S 28.24 E 1
name not available- 25.65 S 28.34 E 1
name not available- 25.65 S 28.35 E 1
name not available- 24.79 S 28.4 E 1
name not available- 25.22 S 28.49 E 1
name not available- 24.65 S 28.67 E 1
name not available- 24.62 S 28.67 E 1
name not available- 24.63 S 28.68 E 1
Lake Kivu water column (85 m)- 2.45 S 28.85 E 1
Lake Kivu water column (90 m)- 2.34 S 28.98 E 1
name not available- 33.66 N 28.98 E 1
Lake Kivu water column (70 m)- 1.77 S 29.07 E 1
oil contaminated seawater- 57.3 N 29.15 E 1
Lake Kivu water column (90 m)- 2.02 S 29.28 E 1
name not available- 29.05 S 29.38 E 1
name not available- 23.89 S 29.5 E 1
name not available- 29.27 S 29.52 E 1
Kigoma Region, Kigoma Dist., Mahale Mts. National Park, Mkala Bay, 6.6kmS park hdqtrs, Lake Tanganyika shore, 773m- 6.08 S 29.72 E 3
Kigoma Region, Kigoma Dist., Mahale Mts. National Park, Mt. Pasagulu, 3.7kmSSE park hdqtrs, 1450m.- 6.05 S 29.75 E 5
Kigoma Region, Kigoma Dist., Mahale Mts. National Park, 8.77kmSSE park hdqtrs, near summit of Mt. Nkungwe, 2140m- 6.1 S 29.77 E 3
Eastern Mediterranean Sea, Nile deep-sea fan, Central zone, depth of 2129 m- 32.63 N 29.92 E 1
name not available- 70 S 30 E 2
Feces of Chimpanzee (Ruby)- 6 S 30 E 1
name not available- 23.03 S 30.01 E 1
name not available- 29.3 S 30.2 E 1
Norwegian fjord coastal marine water from ocean acidification mesocosm experiment- 60.3 N 30.2 E 1
name not available- 29.56 S 30.28 E 1
name not available- 29.6 S 30.33 E 1
name not available- 29.65 S 30.38 E 1
name not available- 29.02 S 30.42 E 1
name not available- 29.5 S 30.5 E 1
Kazan Mud Volcano, Anaximander Mountains, East Mediterranean Sea- 35.43 N 30.56 E 1
name not available- 27.75 S 30.77 E 1
name not available- 24.83 S 30.87 E 1
name not available- 26.04 S 31 E 1
name not available- 25.79 S 31.06 E 1
name not available- 26.18 S 31.22 E 1
name not available- 27.83 S 31.42 E 1
name not available- 27.82 S 31.42 E 1
cold seeps- 32.22 N 31.42 E 1
5m deep water, collected from the Dead Sea at Ein-Gedi-310 station, located 4 km east of Ein-Gedi, at the location of the moored meterological station- 31.42 N 31.48 E 1
chitineous tube of the vestimentiferan tubeworm Lamellibrachia- 32.37 N 31.71 E 1
name not available- 28.32 S 31.83 E 1
seawater sample- 34.13 N 31.93 E 1
name not available- 26.87 S 32.27 E 1
name not available- 26.98 S 32.4 E 1
name not available- 28.24 S 32.41 E 1
name not available- 28.1 S 32.43 E 1
sphagnum peat- 56.27 N 32.58 E 1
name not available- 27.54 S 32.66 E 1
lichen on Picea abies- 56.46 N 32.95 E 1
Fragaria vesca green leaves- 55.98 N 33.6 E 1
name not available- 9.11 S 33.91 E 1
Black Sea, 100 m- 43.14 N 34 E 1
sand soil- 30.97 N 34.38 E 1
name not available- 28.05 N 34.44 E 1
coral mucus and reef waters mixture,1-8 m depth, 25 degree celsius- 28.47 S 34.5 E 1
soil- 32.43 N 34.58 E 1
E Mediterranean Sea (32.81N, 34.69E)E Mediterranean Sea (32.81N, 34.69E) 32.81 N 34.69 E 1
name not available- 0.11 S 34.77 E 4
name not available- 30.83 N 34.77 E 1
Bleached coral MediterreaneanBleached coral Mediterreanean 32.49 N 34.89 E 1
station A, Eilat, Red Sea (29N/34E)station A, Eilat, Red Sea (29N/34E) 29.47 N 34.92 E 2
name not available- 0.29 N 34.94 E 1
soil- 29.92 N 34.97 E 1
5m deep water collected from the Dead Sea at Ein-Gedi-100 station, located 4 km east of Ein-Gedi, at the location of the moored meterological station- 31.42 N 35.43 E 1
5m deep water collected in 1992 from the Dead Sea at station Ein-Gedi - 310, located 4 km east of Ein-Gedi, at the location of the moored meteorological station- 31.42 N 35.48 E 1
Iringa Region, Iringa Dist., Kigwembimbi, 12 km ESE Iringa, 1600m.- 7.8 S 35.8 E 1
name not available- 24 S 36 E 1
name not available- 0.25 N 36.1 E 1
Indian OceanInternational water between Madagascar and South Africa 32.399167 S 36.591944 E 2
depth 4794-4805m, using an agassiz trawl- 65.52 S 36.61 E 1
Fragaria vesca green leaves- 55.46 N 37.18 E 1
Sphagnum peat bog- 58.3 N 37.2 E 1
filtrated water from the watercolumn from Lake Challa, Mt. Kilimanjaro, surface of lake- 3.19 S 37.42 E 1
roots of Chamaedaphne calyculata- 56.03 N 37.48 E 5
Moskva, Moscow, lab culture- 55.75 N 37.62 E 1
Indian Ocean- 34.35 S 37.68 E 1
leaves of Salix sp.- 55.85 N 37.75 E 2
root nodules on tropical Glycine sp. cross (TGx)- 0.1 N 37.79 E 1
root nodules on tropical Glycine sp. cross (TGx)- 1.29 N 37.79 E 1
Sphagnum sp.- 56.05 N 37.8 E 5
Sphagnum peat bog- 58.14 N 38.12 E 1
sphagnum peat- 58.23 N 38.2 E 2
soil from saline lake- 43.62 N 38.53 E 1
Indian OceanEast coast Zanzibar (Tanzania), offshore Paje lagoon 6.316667 S 39.009167 E 2
Indian OceanWest coast Zanzibar (Tanzania), harbour region 6.116667 S 39.116667 E 2
name not available- 69.29 S 39.41 E 1
coastal waters off Zanzibarcoastal waters off Zanzibar 6.14 S 39.46 E 1
name not available- 69.02 S 39.52 E 1
name not available- 69.02 S 39.53 E 1
name not available- 69.01 S 39.57 E 1
name not available- 69.02 S 39.58 E 1
name not available- 69.19 S 39.63 E 1
Black smoker chimney- 50.94 N 40.02 E 1
Indian OceanInternational waters between Madagascar and South Africa 30.898333 S 40.420278 E 4
Van Soda Lake shoreline mud- 38.5 N 43 E 1
Indian OceanInternational water between Madagascar and South Africa 29.348889 S 43.215556 E 2
water column of a freshwater lake- 40.72 N 45.02 E 1
name not available- 22.59 S 45.13 E 1
sediment- 32.48 N 45.41 E 1
sediment- 32.58 N 45.41 E 2
enrichment culture from high-altitude meromictic oligotrophic freshwater lake- 40.25 N 46.2 E 1
name not available- 21.96 S 46.93 E 1
name not available- 18.87 N 48.11 E 1
name not available- 18.94 S 48.42 E 1
oil contaminated seawater- 37.3 N 49.15 E 1
soil at 243 m altitude- 31.95 N 49.3 E 1
temporary water at altitude 495 m- 31.93 N 49.35 E 1
ridge IR-TVG1 sediment, 2851m depth- 37.77 S 49.65 E 1
Indian OceanMadagascar Waters 26.035 S 50.123056 E 2
soil; 1100 meters above sea level- 35.67 N 51.42 E 1
name not available- 86.28 S 51.75 E 1
rivulet- 10.09 N 51.76 E 1
Indian OceanInternational Water Outside of Reunion Island 23.216111 S 52.306111 E 2
ocean water- 31.5 S 52.37 E 1
name not available- 86.23 S 52.82 E 2
oil contaminated seawater- 26.15 N 54.15 E 1
Indian OceanSt. Anne Island, Seychelles 4.613611 S 55.508611 E 4
surface marine sediment- 46 S 56 E 1
Indian OceanOutside Seychelles, Indian Ocean 4.635 S 56.836111 E 2
name not available- 63.55 N 57.4 E 1
Barbados Accretionary Prism (Orenoque A)- 10.33 N 58.89 E 1
Indian OceanIndian Ocean 4.6625 S 60.523056 E 2
seawater- 39.03 S 61.35 E 1
Sphagnum-dominated wetland- 67 N 63 E 1
stomach material from Antarctic krill (Euphausia superba)- 66.56 S 64.07 E 1
Indian Ocean500 Miles west of the Seychelles in the Indian Ocean 4.990278 S 64.976667 E 2
collected from the Arabian Sea at a depth of 50 m- 14.45 N 65 E 1
sediment- 38.41 S 66.37 E 1
depth-integrated freshwater sample- 66.52 N 66.6 E 1
name not available- 22.9 N 66.65 E 1
green seaweed from inter tidal zone- 24.84 N 66.73 E 1
Arabian SeaArabian Sea 19 S 67 E 1
Arabian Sea water sample- 3.79 N 67 E 1
Arabian Sea water sample- 19 N 67 E 1
sea water- 24.8 N 67.04 E 1
Arabian Sea, Station 1, 221 m- 17 S 68 E 1
floating sea-ice collected during the 18th Antarctic Scientific Exploration of China- 65 S 68.3 E 1
name not available- 60.53 N 68.42 E 2
floating sea-ice collected during the 18th Antarctic Scientific Exploration of China- 65 S 68.5 E 1
shallow mid littoral zone of sea- 22.33 N 68.95 E 1
name not available- 23 S 69 E 1
muddy substratum in mid littoral zone of sea- 22.48 N 69.07 E 1
stomach material from Antarctic krill (Euphausia superba)- 66.59 S 69.61 E 1
collected from a depth of 100 m- 33.64 N 69.8 E 1
shallow mid littoral zone of sea- 22.28 N 69.95 E 1
in situ colonization system deployed at 365 degree C of hydrothermal fluid- 25.32 S 70.03 E 1
salt-enriched soil- 22.27 N 70.07 E 1
seawater from Sartanpar- 21.3 N 70.1 E 1
rocky shore- 20.96 N 70.28 E 1
shallow mid littoral zone of sea- 20.91 N 70.35 E 1
oil contaminated soil from coast- 20.92 N 70.35 E 1
soil from arid region- 26.95 N 70.89 E 1
marine sediment at depth of 63m- 19.57 N 71.37 E 1
soil from arid region- 26.92 N 71.98 E 1
3 micron prefiltered seawater from 120 m depth (station A3) above the Kerguelen Plateau in the Southern Ocean- 50.38 N 72.05 E 1
sea sediment- 21.21 N 72.11 E 1
oil contaminated beach sand- 21.39 N 72.17 E 1
roots of Salicornia brachiata growing in coastal marshy swamps- 21.75 N 72.23 E 1
alkaline effluent and sludge from soda ash industry- 21.86 N 72.28 E 1
soil from arid region- 27.1 N 72.33 E 1
seawater- 37.27 S 72.49 E 1
name not available- 18.55 N 72.54 E 1
copepod- 37.22 S 72.71 E 1
marine sponge in intertidal zone shore water at 31 degree celsius and salinity 32 ppt- 19.13 N 72.8 E 1
sediment- 21.8 N 73.13 E 1
name not available- 18.78 N 73.33 E 1
name not available- 19.45 N 73.33 E 1
marine saltern- 15.34 N 73.44 E 1
oil spill sample from sea shore- 15.31 N 73.45 E 1
dark brown mat on rock near sea shore- 15.27 N 73.49 E 1
marine tidal water- 15.27 N 73.5 E 1
marine saltern- 15.3 N 73.51 E 1
brown mat on rock in beach near sea shore- 15.2 N 73.53 E 2
soil from saltpan- 15.2 N 73.54 E 1
surface waters of Chorao mangroves- 15.48 N 73.83 E 1
water- 18.53 N 73.85 E 1
marine sponge in intertidal zone shore water at 30 degrees Celsius and salinity 28 ppt- 14.48 N 74.11 E 1
biofilm on databuoy- 8.56 N 74.18 E 1
soil and water including salt- 14.32 N 74.19 E 1
soil sample on which a freshwater cold sulphur spring flowed- 34.03 N 74.23 E 1
sediment on a rock near sea shore- 13.2 N 74.41 E 1
textile industry waste- 16.7 N 74.47 E 1
sediment from the sea- 12.51 N 74.49 E 2
fresh water fish pond- 12.5 N 74.5 E 1
asymptomatic stem tissue- 34.07 N 74.52 E 1
name not available- 35.4 N 74.59 E 1
stomach material from Antarctic krill (Euphausia superba)- 66.25 S 74.62 E 1
name not available- 14.66 N 74.92 E 1
soil and water- 26.97 N 75.08 E 1
soil- 27.62 N 75.15 E 1
water sample from Sambhar Lake (a salt lake)- 26.92 N 75.2 E 1
name not available- 13.35 N 75.45 E 1
polluted water- 30.94 N 75.61 E 1
name not available- 12.85 N 75.65 E 1
soil- 27.98 N 75.8 E 1
name not available- 43.64 N 75.81 E 1
name not available- 11.83 N 75.83 E 1
benthal sediment; water depth: 5271m- 12.71 S 75.84 E 1
soil- 26.37 N 75.92 E 1
name not available- 12.01 N 76.01 E 1
non-rhizosphere soil of evergreen forest from Western Ghats of Kerala; elevation 2910 feet- 11.92 N 76.1 E 1
mud of pokkali rice field- 10.08 N 76.12 E 1
soil- 32.56 N 76.12 E 1
sub-tropical region- 31.43 S 76.13 E 1
mud and sand from sea shore- 9.58 N 76.13 E 1
mud sample from fishing area- 9.58 N 76.14 E 1
benthal sediment; water depth: 5181m- 12.71 S 76.16 E 1
back water sample- 10.02 N 76.25 E 1
soil- 30.2 N 76.25 E 1
Cochin Estuary sediment- 9.97 N 76.29 E 1
Indian OceanIndian Ocean 7.0075 S 76.331389 E 2
Antarctic marine sediment; 20m depth- 69.37 S 76.36 E 1
vermi compost at temperature 37C and pH of 6.8- 30.33 N 76.47 E 1
name not available- 19.97 N 76.52 E 1
soil sample from limestone quarry- 17.08 N 76.56 E 1
garden soil- 12.3 N 76.65 E 1
field collected male Anopheles stephensi midgut- 28.62 N 76.65 E 1
common tropical rice field- 30.59 N 76.84 E 1
clay mine acid lake sediment- 8.56 N 76.86 E 1
name not available- 12.24 N 77 E 1
soil- 12.41 N 77 E 1
root endophyte of fennel- 20 N 77 E 1
name not available- 20.73 N 77 E 1
degrading paddy straw- 28.04 N 77.12 E 1
waste water treatment plant- 28.38 N 77.12 E 1
polluted soil near the Haryana distillery- 30.12 N 77.28 E 1
coastal thermal vent- 38.43 S 77.31 E 1
hot terrestrial soil- 38.42 S 77.31 E 1
soil sample- 34.1 N 77.4 E 2
Puthalam salt pan soil- 8.1 N 77.48 E 1
rice rhizosphere- 9.67 N 77.86 E 1
name not available- 68.83 S 77.93 E 1
3 micron prefiltered seawater from 100 m depth (station C11) off the Kerguelen Plateau in the Southern Ocean- 51.39 S 78 E 1
3 micron prefiltered seawater from 100 m depth (station C11) off the Kerguelen Plateau in the Southern Ocean- 51.39 N 78 E 1
rumen liquor- 27.1 N 78.02 E 1
rumen liquor of Barbari goat- 27.17 N 78.03 E 1
soil sample from limestone quarry- 15.24 N 78.11 E 1
Ace Lake, Vestfold Hills, Antarctica; meromictic lake derived from marine water, major cations ratio to chloride approximately the same as seawater; isolated from anoxic, methane-saturated bottom waters, 1.9C.Ace Lake, Vestfold Hills, Antarctica; meromictic lake derived from marine water, major cations ratio to chloride approximately the same as seawater; isolated from anoxic, methane-saturated bottom waters, 1.9C. 68.4 S 78.18 E 1
name not available- 68.47 S 78.19 E 1
Sago waste water after starch settlement process- 11.47 N 78.2 E 1
surface water with pink mat- 17.18 N 78.25 E 2
petrolium contaminated soil- 17.22 N 78.28 E 1
muncipal sewage sludge- 17.2 N 78.3 E 1
name not available- 10.5 N 78.42 E 1
marine sediment- 9.75 N 79.05 E 1
name not available- 9.17 N 79.11 E 1
soil- 21.12 N 79.12 E 1
sea water sample- 9.15 N 79.29 E 1
sediment- 10.22 N 79.3 E 1
sediment- 10.2 N 79.32 E 1
coral reef water- 9.29 N 79.33 E 1
soil from high altitude Himalayan rhizosphere, 1800 AMSL- 30.4 N 79.35 E 1
rhizosphere soil from mangrove forest- 11.29 N 79.46 E 2
mangrove sediment- 11.46 N 79.46 E 1
coal mine- 18.24 N 79.54 E 1
coal mine sample- 18.69 N 79.54 E 1
natural marine environment- 11.48 N 79.77 E 1
apical bud of mangrove plant species- 11.45 N 79.78 E 1
water- 10.73 N 79.82 E 2
sponge at depth of 75 m- 11.69 N 79.84 E 1
marine sediment from Bay of Bengal- 11.76 N 79.88 E 1
marine sediment from Bay of Bengal- 11.14 N 79.93 E 1
marine sediment from Bay of Bengal- 11.62 N 79.95 E 1
plastic- 35.34 S 79.96 E 1
sea chest biofilm- 35.33 S 79.96 E 1
marine sediment from Bay of Bengal- 11.41 N 80.01 E 1
marine sediment from Bay of Bengal- 10.77 N 80.03 E 1
sand from a brakish water lake- 13.33 N 80.08 E 1
titanium surfaces subjected to Kalpakkam atomic power plant seawaters- 12.55 N 80.18 E 1
deep-sea sediment- 11.95 N 80.21 E 1
solar saltern- 12.8 N 80.21 E 1
seashore surface water- 13.03 N 80.27 E 1
seashore surface water- 13.19 N 80.27 E 1
seashore surface sediment- 13.07 N 80.28 E 1
petroleum contaminated soil- 13.16 N 80.28 E 1
biofilm on polycabonate immersed in the ocean waters of the Bay of Bengal at a depth of three meters near Fishery Survey of India- 13.12 N 80.29 E 1
bottom water at 18m depth- 13.03 N 80.3 E 1
surface water at 6m depth- 13.02 N 80.31 E 1
bottom water at 8m depth- 13.08 N 80.32 E 1
surface water at 5m depth- 13.14 N 80.33 E 1
seashore surface water- 13.24 N 80.33 E 1
surface water at 4m depth- 13.24 N 80.34 E 1
name not available- 13.26 N 80.34 E 1
marine sediment from Bay of Bengal- 11.08 N 80.35 E 1
rhizosphere of tomato, sandy loam soil, pH 8.12, temperature range 1degC-48degC- 20.63 N 80.35 E 1
agricultural soil irrigated with tannery effluent- 26.47 N 80.35 E 1
Indian OceanIndian Ocean 8.505 S 80.375556 E 4
name not available- 26.47 N 80.4 E 1
unpolluted rhizospheric loamy soil of Phragmites cummunis growing in fresh water wetland ecosystem at pH 7.0 and 23degC- 26.55 N 80.56 E 1
marine sediment- 12.33 N 80.58 E 1
soil from saltpan- 16.11 N 81.1 E 2
marine tidal water- 16.11 N 81.12 E 1
hexachlorocyclohexane contaminated agricultural fields near a HCH dump site- 26.93 N 81.22 E 1
marine tidal water- 16.2 N 81.35 E 1
pink mat from field canal- 16.55 N 81.51 E 1
fresh water mixed with seawater; well number 6- 7.37 N 81.8 E 1
sediment from paddy field- 16.46 N 82.03 E 1
sediment from fresh water pond- 16.47 N 82.03 E 1
fresh water pond- 16.37 N 82.08 E 1
brakish water from a canal (canal for boat transport to sea)- 16.56 N 82.13 E 1
soil from saltpan- 16.54 N 82.14 E 4
sediment from fresh water pond, near super bazaar- 16.56 N 82.14 E 1
marine saltern- 16.56 N 82.15 E 1
tidal water- 16.58 N 82.16 E 2
marine tidal water and sediment- 16.59 N 82.16 E 1
marine water- 17.01 N 82.17 E 2
water from a marine aquaculture pond- 17.51 N 82.17 E 1
sediment from brackish water- 16.43 N 82.18 E 3
sphagnum peat- 56.51 N 82.5 E 3
sphagnum peat- 56.81 N 82.5 E 1
sphagnum peat bog- 56.85 N 82.5 E 1
paddy field soil- 25.15 N 82.56 E 2
paddy field soil- 25.76 N 82.69 E 1
Sphagnum peat bog- 56.85 N 82.83 E 1
paddy field soil- 25.26 N 82.99 E 1
Stellaria media green leaves- 54.86 N 83.05 E 3
sediment and water from fresh water reservoir- 17.45 N 83.17 E 2
marine tidal water with sediment from a fishing harbor- 17.41 N 83.18 E 3
marine tidal water- 17.42 N 83.18 E 3
sewage water near sea shore- 17.42 N 83.19 E 2
paddy field soil- 25.17 N 83.22 E 1
saltpan- 17.01 N 83.25 E 1
marine aquaculture pond water- 17.53 N 83.26 E 2
marine aquaculture pond water- 17.54 N 83.27 E 3
paddy field soil- 25.58 N 83.32 E 1
ocean water- 17.11 S 83.41 E 1
ocean water- 17.11 N 83.41 E 1
Indian Ocean- 17.17 S 83.67 E 1
surface sample (fraction 0.2 to 3 um) from the central Indian Ocean- 17.18 S 83.68 E 1
74m deep sample (fraction 0.2 to 3 um) from the central Indian Ocean- 31.83 S 83.87 E 1
marine aquaculture pond water- 18.15 S 84.01 E 1
Indian OceanIndian Ocean 9.596944 S 84.1975 E 2
hot water near sulfur spring- 19.3 N 84.23 E 1
black mud from saltpan- 19.2 N 84.56 E 1
paddy field soil- 25.57 N 84.67 E 1
horseshoe crab non-egg laying area (100 m from egg laying area)- 19.27 N 84.88 E 1
monitoring wellS15 of the radioactive waste depository- 56.63 N 84.92 E 1
algal mat- 19.31 N 85.06 E 1
sub-surface water- 19.3 N 85.07 E 1
sediment- 19.31 N 85.07 E 1
sediment from marine back water lake- 19.35 N 85.07 E 1
name not available- 27.63 N 85.07 E 1
sediment- 19.3 N 85.08 E 1
sediment- 19.31 N 85.08 E 1
submerged shoot- 19.41 N 85.12 E 1
sediment sample- 19.41 N 85.13 E 2
sediment- 19.41 N 85.15 E 1
sediment- 19.41 N 85.17 E 2
rhizosphere soil- 19.41 N 85.18 E 1
sediment- 19.39 N 85.22 E 1
sediment- 19.39 N 85.27 E 1
sediment sample- 19.39 N 85.28 E 3
sediment sample- 19.39 N 85.3 E 1
grass in Nalaban Sanctuary- 19.7 N 85.3 E 1
sediment- 19.43 N 85.38 E 1
name not available- 27.7 N 85.39 E 1
name not available- 27.58 N 85.51 E 1
name not available- 27.64 N 85.7 E 1
pond sediment- 20.19 N 85.86 E 1
name not available- 27.66 N 86.04 E 1
red mat near sea shore- 19.51 N 86.06 E 2
depth-integrated freshwater sample- 69.38 N 86.15 E 1
paddy field soil- 25.38 N 86.35 E 1
sediment sample from mangrove forest- 20.49 N 86.47 E 1
sediment sample- 26.47 N 86.52 E 1
sediment- 20.46 N 86.54 E 1
ice ore- 28.01 N 86.57 E 1
snowcover- 43.15 N 86.87 E 1
Bay of Bengal- 21.62 N 87.42 E 1
soil- 43.8 N 87.6 E 1
Sorbus sibirica green leaves- 51.34 N 87.78 E 1
River Haldi- 22.08 N 88.05 E 1
soil from light house on Sagar Island- 21.72 N 88.07 E 1
mangrove forest- 21.63 N 88.09 E 1
soil- 21.84 N 88.09 E 1
soil from marine environment of Sundarbans intertidal region- 21.72 N 88.13 E 1
soil- 21.68 N 88.14 E 1
soil from kachuberia on Sagar Island- 21.86 N 88.15 E 1
soil- 27.7 N 88.15 E 1
River Ganges- 22.53 N 88.24 E 2
mangrove forest- 21.71 N 88.3 E 1
mangrove forest- 21.77 N 88.3 E 1
Indian OceanIndian Ocean 10.446111 S 88.302778 E 4
tannery effluents of Bantala- 22.57 N 88.4 E 1
acid rock drainage sample- 26.59 N 88.42 E 1
soil- 22.38 N 88.44 E 1
soil- 22.21 N 88.64 E 1
soil- 22.31 N 88.68 E 1
acid rock drainage- 27.15 N 88.7 E 1
soda lake sample- 31 N 89 E 1
oligosaline lake at altitude of 4718 masl- 30.71 N 90.87 E 1
seawater- 31.41 S 91.18 E 2
estuarine surface water, 0.5m depth- 22.13 N 91.48 E 1
Indian OceanIndian Ocean 10.943611 S 92.058889 E 2
The solution of aerosol particles collected at the atmosphere at 800 m and 10 m above ground- 40 N 94.5 E 1
name not available- 17.05 N 96.09 E 1
ocean water- 12.13 S 96.47 E 1
Indian OceanCoccos Keeling, Inside Lagoon 12.0925 S 96.881667 E 4
freshwater lake at altitude of 4298 masl- 34.51 N 97.21 E 1
freshwater lake at altitude of 4279 masl- 35.03 N 97.43 E 1
freshwater lake at altitude of 4219 masl- 34.51 N 98.08 E 1
Andaman SeaAndaman Sea 7.8 N 98.21 E 1
freshwater lake at altitude of 4082 masl- 35.15 N 98.31 E 1
name not available- 19.19 N 98.93 E 8
soil- 21 N 99 E 1
polysaline lake at altitude of 3204 masl- 36.61 N 100.51 E 1
raw fish- 12.4 N 101.17 E 1
marine alga- 12.34 N 101.27 E 1
hot spring located in Slim River- 3.83 N 101.4 E 1
name not available- 4.46 N 101.4 E 1
marine- 2.75 N 101.44 E 1
Irkutskaya Oblast', Bratsk, city dump, 25 km on Ust'-Ilim highway- 56.47 N 101.51 E 1
salt mine- 25.02 N 101.53 E 1
name not available- 3.22 N 101.62 E 1
Irkutskaya Oblast', Bratsk, Moskovskiy ostrov (20 km downstream Angara river from dam, near river Shamanka)- 56.46 N 101.81 E 1
>60 um size fraction (aggregate) of Arctic seawater- 80.57 N 102.07 E 1
name not available- 4.38 N 102.4 E 1
grassland soil altitude 2900-3300 m- 37.2 N 102.55 E 1
alpine grassland, 3000 m elevation- 37.19 N 102.77 E 1
soil bacteria from alpine grassland, 2970 m elevation- 37.19 N 102.78 E 1
Zoige wetland of Tibetan plateau- 33.93 N 102.87 E 1
name not available- 26.87 N 103.01 E 1
soil of tobacco rhizosphere- 26.65 N 103.72 E 1
name not available- 1.25 S 103.75 E 1
name not available- 1.23 S 103.75 E 1
hatlic cambisol soil under treatment of cropping system including fallow (CSF) with wheat cultivation- 30.69 N 103.81 E 1
Indian Ocean water of shrimp pond- 5.25 S 104 E 1
seawater- 28.32 S 104.18 E 1
water surface, south Baikal- 52.04 N 104.94 E 4
calcareous purple paddy soil from subtropical climate- 30.18 N 105.06 E 1
seawater- 24.47 S 105.24 E 1
Ludwigia adscedence inhabiting acidic swamps in actual acid sulfate soil areas- 9.77 N 105.6 E 1
105-108 m depth sediment core from Posolskaya Banka, Lake Baikal- 52.09 N 105.67 E 1
name not available- 39.75 N 105.7 E 1
zinc-polluted soil at altitude of 1049 meters- 33.87 N 105.83 E 1
accretion ice- 78 S 106 E 1
name not available- 24.48 N 106.35 E 1
name not available- 22.12 N 106.73 E 1
soil under an evergreen tree in experimental garden- 6.5 S 107 E 2
litter- 6.44 S 107 E 1
soil- 34 N 107 E 2
Kawah Hujan A- 7.14 S 107.8 E 1
name not available- 34.3 N 108.07 E 1
name not available- 34.31 N 108.07 E 1
greenhouse soil where carbendazim has been repeatedly applied over a minimum 10 years- 34.15 N 108.55 E 1
name not available- 12 N 108.68 E 1
60 deg. C water from hotspring of Yang Ling- 34.21 N 108.76 E 1
name not available- 18.7 N 108.87 E 1
alkaline lake- 39.02 N 109.28 E 1
unidentified marine sponge specimens- 18.09 N 109.3 E 2
rhizosphere soil of tropic forage grasses in germplasm garden- 19.55 N 109.47 E 1
South China Sea- 18.22 N 109.48 E 1
South Sea sediment- 18.14 N 109.6 E 1
name not available- 84.1 N 109.95 E 1
spring water from Gedongsongo hot spring GS-2 at approximately 50 deg C and pH 4- 7.2 S 110.34 E 1
rhizospheric soil of Bruguiera gymnorhiza- 19.98 N 110.52 E 1
South Sea sediment- 18.85 N 110.57 E 1
South Sea sediment- 19.55 N 110.98 E 1
spontaneous fermentation of non-glutinous broomcorn millet juice- 39.11 N 111.16 E 1
South Sea sediment- 19.98 N 111.42 E 1
soil derived from quaternary red clay classified as Hapludults in a restoration area (natural vegetation succession plot in which there was no disturbance after eliminating the surface vegetation once; since then the vegetation restored by itself)- 28.92 N 111.43 E 1
soil- 40.8 N 111.68 E 1
soil- 40.8 N 111.77 E 1
soil- 43.63 N 111.97 E 1
oil field soil- 34 N 112 E 1
soil of a pesticide plant- 35 N 112 E 1
sea chest- 25.85 S 112.75 E 1
paddy soil from mining area- 25.8 N 113.03 E 1
fungal spores from soil, 1069 m- 23.66 N 113.31 E 1
Pearl River Estuary sediment, southern China; water depth: 50cm- 22.46 N 113.64 E 1
gastric mucosa biopsy- 22.8 N 113.8 E 6
root hairs- 28.98 N 113.87 E 1
tropical agricultural peat soil- 2 S 114 E 4
rural rice paddy field- 27.16 N 114.33 E 1
microbial flocs floating in brackish water of a pond in a whiteleg shrimp hatchery- 8.23 S 114.39 E 1
soil at elevation 20-25 m- 37.47 N 114.43 E 1
soil at elevation of 50-75 m.- 38.05 N 114.43 E 1
soil- 38.05 N 114.48 E 1
soil of yixin pesticide factory, elevation 20-25m- 37.11 N 114.68 E 1
South China Sea sediment at water depth of 1153 m- 19.75 N 114.75 E 1
soil- 37.37 N 114.8 E 1
sewage- 37.38 N 114.8 E 1
sea water- 19.75 S 114.86 E 1
soil collected at an elevation of 20-25m- 37.18 N 115.13 E 1
name not available- 8.53 S 115.25 E 1
name not available- 35.26 N 115.43 E 1
name not available- 32.27 S 115.68 E 1
soil of oil refinery- 36.2 N 115.7 E 1
soil- 8.16 S 115.8 E 1
sediment- 20.05 S 115.81 E 1
soil- 8.15 S 115.9 E 1
China coastal waterChina coastal water 20 N 116 E 1
name not available- 32.19 S 116.06 E 1
name not available- 31.6 S 116.25 E 1
South China Sea, gray sands sediment at depth of 516 m- 20.6 N 116.35 E 1
freshwater, artificial pond in a park- 39.94 N 116.38 E 2
soil- 38.18 N 116.51 E 1
name not available- 6.01 N 116.54 E 1
hypersaline lake- 45.15 N 116.6 E 1
name not available- 1.2 S 116.8 E 2
soil- 38.3 N 116.85 E 1
Soil collected under Shorea sp.- 0.5 N 117 E 2
seawater cultivation field near Nan Ao Island- 23 N 117 E 1
name not available- 36.65 N 117 E 1
name not available- 5.33 N 117.02 E 1
name not available- 36.4 N 117.1 E 1
soil of the greenhouse of the Shandong Agricultural University- 36.19 N 117.13 E 1
name not available- 36.2 N 117.13 E 1
soil at elevation 30-50m- 34.25 N 117.18 E 1
aerobic wastewater treatment system- 34.26 N 117.2 E 1
cultivation soil sample- 39.1 N 117.2 E 1
name not available- 5.83 N 117.22 E 1
name not available- 31.2 S 117.48 E 1
soil from opening of K-feldspar mine- 27.33 N 117.48 E 1
name not available- 0.5 N 117.5 E 2
enrichment culture of acid mine drainage water sample- 28.96 N 117.58 E 1
name not available- 31.37 S 117.59 E 1
name not available- 35.09 S 117.63 E 1
sludge sample from beach polluted with municipal solid waste- 38.99 N 117.71 E 1
chemical plant sludge- 39.25 N 117.83 E 1
name not available- 34.41 S 117.96 E 1
soil of lowland tropical rain forest- 0.3 N 118 E 1
root hairs- 30.17 N 118.18 E 1
name not available- 31.29 S 118.2 E 1
Jidong Oil Field sediment- 38.97 N 118.21 E 1
name not available- 34.37 S 118.24 E 1
BETX-degrading consortium, enriched form oil-contaminated saline soil- 37.27 N 118.3 E 1
soil- 31.23 N 118.37 E 1
water and soil in a pool- 31.12 N 118.51 E 1
soil- 37.42 N 118.65 E 1
soil- 37.43 N 118.67 E 1
soil from K-feldspar mining waste land- 31.78 N 118.73 E 1
freshwater, Yangtze River- 32.11 N 118.73 E 1
forest soil- 32 N 118.77 E 1
wastewater system of Jiangsu Agrochemical Research Institute- 32.05 N 118.77 E 1
water at 20m elevation- 32 N 118.8 E 1
soil from an oil field- 32.03 N 118.83 E 1
seaside saline soil- 37.4 N 118.9 E 1
South China Sea, soft mud sediment at depth of 1632 m- 22 N 118.95 E 1
Fengyang Moutain nature reserve- 27.77 N 119.1 E 1
rice paddy soil- 25.65 N 119.2 E 1
interior of capsicum- 26.08 N 119.3 E 1
sea water- 16.02 S 119.32 E 1
sediment- 16.06 S 119.35 E 1
polluted pesticide plant sludge- 32.39 N 119.42 E 1
polluted pesticide plant sludge- 32.38 N 119.43 E 1
activated sludge from pesticide manufacturer wastewater treatment system- 32.4 N 119.63 E 1
soil at elevation 20-25m- 31.92 N 119.65 E 1
name not available- 31.29 S 119.69 E 1
Soil under Salacca zalacca- 3.5 S 119.8 E 1
rice field soil- 30.08 N 119.91 E 1
soil- 32.5 N 119.93 E 1
soil under sugar palm (Arenga pinnata)- 3.5 S 120 E 2
soil under teak (Tectona grandis)- 3.3 S 120 E 1
bamboo plantation soil- 30 N 120 E 1
coastal seawater- 36 N 120 E 1
acid soil samples collected from Meijiawu tea area- 30.18 N 120.08 E 1
soil from Beimen saltern- 23.15 N 120.12 E 1
top 0-15 cm of sediment- 31.41 N 120.15 E 1
saltern sample 15 cm below the surface- 23.36 N 120.17 E 1
active sludge from a pesticide manufacturer- 31.67 N 120.17 E 1
canal water- 30.26 N 120.19 E 1
root of copper-tolerant and accumulating plant- 31.68 N 120.21 E 1
landfill upland soil; landfill had been completed for 10 years and has planted trees- 22.99 N 120.22 E 1
hypereutrophic water- 31.4 N 120.22 E 1
coastal seawater, 15 degrees C- 36.12 N 120.23 E 1
Yellow Sea cold water mass- 36.08 N 120.26 E 1
sponge- 36.09 N 120.26 E 1
small (6.03 km2), shallow (1.8m depth) eutrophic lake- 30.25 N 120.27 E 1
sullage collected in XinYi Pesticide Co., Ltd- 31.57 N 120.3 E 1
name not available- 23.18 N 120.31 E 1
oil sludge- 22.71 N 120.32 E 1
name not available- 36.05 N 120.34 E 1
freshwater lake- 31.21 N 120.36 E 1
name not available- 22.94 N 120.4 E 1
activated sludge- 32.01 N 120.51 E 1
name not available- 24.07 N 120.57 E 1
marine sediment- 27.33 N 120.57 E 1
name not available- 24.23 N 120.58 E 1
freshwater, artificial pond in a park- 31.33 N 120.63 E 1
soil used for rice-wheat cultivation for centuries- 31.55 N 120.7 E 1
name not available- 36.13 N 120.72 E 1
name not available- 24.06 N 120.77 E 1
sea snake- 17 S 120.78 E 1
seawater just above marine sediment- 35.83 N 120.8 E 1
water of a salt field- 36.5 N 120.82 E 1
marine sediment- 26.54 N 120.88 E 1
name not available- 12.94 N 120.92 E 1
Yellow Sea sediment- 36.1 N 120.93 E 1
name not available- 24.76 N 120.94 E 1
brown algal sample collected from shallow water- 27.67 N 120.94 E 1
Yellow Sea sediment- 35.34 N 120.99 E 1
sponge- 34.52 S 121.09 E 1
name not available- 28.3 N 121.1 E 1
root hairs- 29.25 N 121.1 E 1
sea water- 17.27 S 121.13 E 1
name not available- 24.03 N 121.15 E 1
name not available- 24.03 N 121.16 E 1
name not available- 24.03 N 121.17 E 1
name not available- 28.3 N 121.2 E 2
name not available- 29.44 S 121.26 E 1
marine sediment- 27.22 N 121.37 E 1
Hymeniacidon perleve (marine sponge) specimens collected March 2006- 38.52 N 121.41 E 1
sediment- 17.47 S 121.43 E 1
Jinzhou Oil Field sediment- 40.68 N 121.47 E 1
name not available- 25.04 N 121.51 E 1
Yellow Sea inter-tidal beach- 38.87 N 121.68 E 1
root hairs- 29.33 N 121.77 E 1
sediment- 17.77 S 121.87 E 2
Yellow Sea sediment- 36.67 N 121.99 E 1
Yellow Sea sediment- 35.32 N 122 E 1
contaminated soybean aoil- 45 N 122 E 1
name not available- 37.53 N 122.05 E 1
waters near the Dongtou Isles of the East China Sea- 28.03 N 122.28 E 1
hydrothermal sediments- 24.83 N 122.7 E 2
In situ colonization system deployed into hydrothermal vent- 24.85 N 122.7 E 1
sea water from East China Sea at depth of 50 m- 30.37 N 122.7 E 1
PCR-derived sequence from hydrothermal vent- 24.8 N 122.8 E 1
black soft mud at 17.5 m depth in the Yellow Sea- 32.4 N 122.97 E 1
Yellow Sea sediment- 37 N 122.99 E 1
marine sediment- 24 N 123 E 1
Isolated in Scotland from a clonal culture of the paralytic shellfish producing dinoflagellate Gymnodinium catenatum. G. catenatum was isolated from the Yellow Sea, Korea in 1998.Isolated in Scotland from a clonal culture of the paralytic shellfish producing dinoflagellate Gymnodinium catenatum. G. catenatum was isolated from the Yellow Sea, Korea in 1998. 36 N 123 E 1
Yellow Sea sediment- 36.67 N 123 E 1
Yellow Sea sediment- 35.67 N 123.25 E 1
613-647 meters- 8.77 N 123.27 E 1
depth-integrated freshwater sample- 66.77 N 123.37 E 1
marine sediment- 30.98 N 123.41 E 1
wood- 9.25 N 123.55 E 1
569-597 meters- 8.87 N 123.62 E 1
villosities from gill epithelial cells of a deep sea mytilid- 8.82 N 123.63 E 1
Araneae- 10 S 123.8 E 1
marine sediment- 32.61 N 123.8 E 1
submerged decaying twig of wood- 24.4 N 123.87 E 1
starch of sago palm- 10 N 124 E 1
Yellow Sea sediment- 34.67 N 124 E 1
Yellow Sea sediment- 37 N 124 E 1
submerged decaying twig of wood- 24.58 N 124.07 E 1
wood- 9.24 N 124.1 E 1
hydrothermally influenced marine sediment- 24.34 N 124.1 E 2
Soil under Tectona grandis- 9.8 S 124.3 E 1
Yellow Sea sediment- 35.33 N 124.5 E 1
Yellow Sea sediment- 36 N 124.5 E 1
name not available- 10.38 N 124.56 E 2
roots of sago palm- 10.58 N 124.59 E 1
sea water from East China Sea at depth of 160 m- 31.24 N 124.61 E 1
Eel River Basin methane seep 520 m depth- 40.81 N 124.61 E 3
saline and alkaline soil- 46.25 N 124.92 E 1
name not available- 14.41 S 124.97 E 1
West Pacific deep-sea sediments, 3000m depth- 16.95 N 125 E 2
Ectomycorrhizal root tip of Salix linearistionlaris- 46 N 125 E 1
farmland soil- 43.54 N 125.19 E 1
name not available- 8.98 S 125.22 E 1
contaminated soybean soil- 44.53 N 125.23 E 1
Miscanthus sinensis roots, acid sulfate soil- 26.35 N 125.58 E 1
ocean water- 31.12 N 125.98 E 1
Paralvinella sp. polychaetes' nest- 27 N 126 E 1
watermelon rhizosphere- 44.3 N 126 E 1
active layer permafrost soil- 72.37 N 126.47 E 1
ocean water- 36.3 N 126.5 E 1
surface seawater from Yellow Sea- 37.58 N 126.52 E 1
deep-sea hydrothermal vent chimney sample- 27.47 N 126.53 E 1
vent fluids, Iheya North field in the Mid-Okinawa Trough- 27.79 S 126.9 E 1
P. horikoshii isolation siteOkinawa Trough 27.55 N 126.93 E 1
O. iheyensis isolation siteDeep-sea sediment on the Iheya Ridge 27.7 N 126.95 E 1
H. chejuensis isolation siteCoastal marine sediment of Marado, Cheju Island in Korea 33 N 127 E 1
hair of Shinkaia crosnieri collected at Izena Hole, Okinawa Trough at depth of 1309 meters- 27.27 N 127.08 E 1
name not available- 26.19 N 127.28 E 1
decaying marine alga- 26.07 N 127.4 E 1
sediment from tidal flat- 34.87 N 127.5 E 1
Miscanthus sinensis roots, acid sulfate soil- 26.35 N 127.58 E 1
wood- 33.33 S 127.66 E 1
sediments of Gamak Bay- 34.63 N 127.72 E 1
temperate forest soil- 42.24 N 128.06 E 1
peat layer of bog- 38.21 N 128.13 E 1
sea water- 33 S 128.39 E 1
fresh water from wetland- 35.55 N 128.42 E 2
sceleton- 33.32 S 128.47 E 1
seawater of Masan BayMasan Bay, South Sea, Korea 35.17 N 128.58 E 2
name not available- 62.07 N 128.94 E 1
Ectomycorrhiza in roots- 37 N 129 E 1
gasoline-contaminated sediment- 35.42 N 129.08 E 1
name not available- 34.32 N 129.15 E 1
name not available- 26.16 N 129.21 E 1
A. pernix isolation siteCoastal solfataric thermal vent in Kodakara-Jima Island 29.22 N 129.33 E 1
name not available- 31.2 N 129.6 E 1
name not available- 62.02 N 129.61 E 1
name not available- 32.77 N 129.8 E 1
soil washings from 30 cm deep sand- 62.05 N 129.82 E 1
depth: 21m- 31.86 N 129.87 E 1
name not available- 31.35 N 129.99 E 1
marine sediment core- 31 N 130 E 1
name not available- 31.3 N 130 E 1
seawater sample, isolate #8- 29.17 N 130.08 E 1
seawater sample, isolate #1 and #5- 28.57 N 130.1 E 1
name not available- 31.97 N 130.2 E 1
name not available- 32.73 N 130.21 E 1
name not available- 13.74 S 130.24 E 1
name not available- 31.59 N 130.59 E 1
name not available- 31.75 N 130.77 E 1
name not available- 32.8 N 130.8 E 1
name not available- 15.56 S 130.95 E 1
name not available- 33 N 131 E 1
upland soil with slurry application- 31.75 N 131.01 E 1
name not available- 42.63 S 131.12 E 1
name not available- 15.61 S 131.13 E 1
name not available- 14.01 S 131.24 E 1
name not available- 83 S 131.45 E 1
name not available- 43.2 S 131.5 E 1
name not available- 43.1 N 131.55 E 1
Squid light organ, JapanSquid light organ, Japan 34 N 132 E 1
name not available- 34.94 N 132.14 E 1
seawater sample, isolate #9- 34.19 N 132.55 E 2
name not available- 42.66 N 132.65 E 2
sea sediment- 34 N 133 E 1
Bamboo- 34.25 N 133.02 E 1
rhizome- 33.54 N 133.2 E 1
name not available- 33.34 N 133.39 E 1
name not available- 33.43 N 133.44 E 1
name not available- 33.31 N 133.47 E 1
fresh water- 35.24 N 133.54 E 1
Urado Bay, Kochi, Japan- 33.458 N 133.599 E 1
sea sediment- 35 N 134 E 4
name not available- 35.32 N 134.13 E 3
rhizome- 33.5 N 134.18 E 1
rhizome- 33.5 N 134.19 E 2
name not available- 35.45 N 134.23 E 1
benthic resting cyst in sediment- 34.21 N 134.43 E 1
name not available- 34.36 N 134.59 E 1
benthic resting cyst in sediment- 34.22 N 134.61 E 1
name not available- 33.78 N 134.62 E 1
coast Tokushima, Japan- 34.07 N 134.63 E 3
benthic resting cyst in sediment- 35.51 N 134.66 E 1
name not available- 34.33 N 135 E 1
tissue of Pinus thunbergii- 35 N 135 E 4
name not available- 34.35 N 135.1 E 1
name not available- 33.69 N 135.34 E 1
calcareous sands from the Barns prospecton northern Eyre Peninsula- 32.93 S 135.41 E 1
name not available- 35.71 N 135.44 E 1
root- 35.01 N 135.48 E 1
name not available- 34.44 S 135.52 E 1
name not available- 35.03 N 135.92 E 1
anoxic methane-seep sediments- 33 N 136 E 1
iron-rich deposit- 34.25 N 136 E 3
name not available- 35 N 136 E 1
name not available- 35.21 N 136.17 E 2
name not available- 34.62 N 136.54 E 1
name not available- 34.59 N 136.55 E 1
name not available- 36.5 N 136.6 E 1
name not available- 36.51 N 136.63 E 1
name not available- 36.25 N 136.75 E 1
name not available- 8.54 S 136.88 E 1
seawater sample- 34.36 N 136.9 E 1
Feces of Chimpanzee (Reo)- 35.38 N 136.95 E 1
Miscanthus sinensis roots, acid sulfate soil- 34.47 N 137.03 E 1
Miscanthus sinensis roots, acid sulfate soil- 34.47 N 137.07 E 1
name not available- 37.31 N 137.23 E 1
name not available- 36.5 N 138 E 1
freshwater lake- 36.04 N 138.08 E 1
DNA extracted from Lendenfeldia chondrodes- 9.45 N 138.14 E 1
root- 35.09 N 138.21 E 1
root- 35.12 N 138.22 E 2
DNA extracted from Lendenfeldia chondrodes- 9.64 N 138.23 E 1
DNA extracted from Lendenfeldia chondrodes- 9.62 N 138.24 E 1
moat water of Ueda Castle, Ueda, Nagano, Japan- 36.4 N 138.25 E 1
name not available- 9.56 N 138.26 E 1
Cutaneous lesion of a dog- 35.01 N 138.28 E 1
name not available- 36.5 N 138.3 E 6
hot spring at hotel- 35.39 N 138.34 E 1
name not available- 34.83 S 138.5 E 1
name not available- 36.5 N 138.5 E 1
name not available- 34.97 S 138.51 E 1
a lotus filed mud- 37.3 N 138.52 E 1
name not available- 34.8 N 138.54 E 1
marine surface water- 34.39 N 138.56 E 1
name not available- 35.02 S 138.6 E 1
name not available- 34.9 S 138.6 E 1
surface seawater- 37.71 N 138.79 E 1
Sea water- 34.65 N 138.93 E 1
name not available- 33 N 139 E 1
name not available- 34 N 139 E 1
Marine sediment- 35 N 139 E 1
Coccoidea on a leaf of Sasa sp.- 35.5 N 139 E 2
hot spring- 35.13 N 139.06 E 1
name not available- 35 N 139.13 E 1
name not available- 35.05 N 139.13 E 1
Calyptogena sp.- 35 N 139.14 E 1
Field mouse excrement- 35.4 N 139.2 E 1
name not available- 35.07 S 139.23 E 1
seawater sample, isolate #7 and #8- 35.37 N 139.46 E 1
Mollic Andisol Pastureland of Shizunai Experimental Livestock Farm- 42.42 N 139.48 E 1
name not available- 33.89 N 139.58 E 1
name not available- 35.3 N 139.6 E 1
garbage compost- 35.64 N 139.63 E 1
isolated from a water sample collected from a pond- 35.65 N 139.73 E 1
marine sediments from Sagami Bay and Tokyo Bay, Japan- 35.33 S 139.78 E 1
name not available- 38.7 N 139.78 E 1
river sediment- 35.98 N 139.98 E 1
name not available- 35 N 140 E 1
name not available- 35.3 N 140 E 7
Soil collected in Castanopsis forest- 35.5 N 140 E 1
aerosol sample from Coastal Antarctic Station Dumont d'Urville- 66.67 S 140.02 E 1
freshwater lake- 36.86 N 140.02 E 1
freshwater lake- 37.66 N 140.06 E 2
Yabase oilfield brine water at 1236.66 m depth, 70 C temperature, pH 7.8-8, and 1% salinity- 39.73 N 140.1 E 1
lotus field- 36.22 N 140.11 E 1
freshwater lake- 35.94 N 140.13 E 1
rhizome- 35.17 N 140.14 E 2
freshwater river- 36.11 N 140.14 E 1
river sand- 36.23 N 140.15 E 1
freshwater river- 36.32 N 140.19 E 1
Hypogastrura subgen. Cyclograna sp., Collembola- 35.2 N 140.2 E 2
Sternorrhyncha on a leaf of Aucuba japonica- 35.3 N 140.2 E 1
Miscanthus sinensis roots, acid sulfate soil- 42.42 N 140.21 E 1
freshwater lake- 35.79 N 140.25 E 1
isolated from soil sample from the bottom of Sakataga-ike Pond- 35.82 N 140.27 E 1
Sediment- 42.2 N 140.37 E 1
Hydrothermal fluid of hydrothermal vent. Dacite pumice carrier of an in situ cultivation device deployed at a hydrothermal vent- 28.34 N 140.38 E 1
freshwater lake- 36.03 N 140.41 E 1
submerged woody debris- 40.57 N 140.43 E 2
brackish water lake- 36.27 N 140.48 E 1
Soil collected under a tree- 36 N 140.5 E 1
stems of herbaceous plant- 40.58 N 140.5 E 2
twigs of woody plant- 40.32 N 140.52 E 1
freshwater lake- 36 N 140.58 E 1
freshwater lake- 35.92 N 140.6 E 1
submerged culms of Phragmites japonica- 40.64 N 140.65 E 2
name not available- 38.05 S 140.68 E 1
submerged twigs of woody plant- 40.57 N 140.68 E 1
name not available- 41.78 N 140.74 E 1
Surface water in the wetland- 41.48 N 140.8 E 1
name not available- 38.03 S 140.93 E 1
paddy soil isolates from Kashimadai Farm beloning to Tohoku University- 38.3 N 141 E 1
seawater sample, isolate #3- 43.1 N 141.01 E 1
seawater sample, isolate #43 and #45- 43.13 N 141.18 E 2
name not available- 43.05 N 141.35 E 1
submerged culms of Phragmites australis- 45.4 N 141.46 E 2
Antarctica: Mertz glacier region- 66.55 S 141.47 E 1
Miscanthus sinensis roots, sandy soil- 42.43 N 141.52 E 1
West Pacific deep-sea sediments, 2900m depth- 9.78 N 141.73 E 1
Human- 43 N 142 E 1
1.0-60 um size fraction (small, suspended particles) of Arctic seawater- 79.93 N 142.33 E 1
name not available- 11.22 N 142.43 E 1
G. kaustophilus isolation siteDeepest sea mud of the Mariana Trench 11.352 N 142.432 E 1
deep-sea sediment- 39.19 N 142.52 E 1
name not available- 38.8 S 143 E 1
name not available- 39 N 143 E 1
Picea jezoensis seedling ectomycorrhizal root tip- 43.39 N 143.06 E 6
name not available- 43.4 S 143.08 E 1
Picea jezoensis seedling ectomycorrhizal root tip- 43.32 N 143.1 E 2
name not available- 13.71 S 143.32 E 1
name not available- 38.97 S 143.37 E 1
name not available- 66.52 N 143.63 E 1
obtained from Mariana Trough- 12.99 N 143.66 E 1
name not available- 38.73 S 143.67 E 1
benthal sediment; water depth: 5356m- 39.1 N 143.88 E 1
name not available- 42 N 144 E 1
benthal sediment; water depth: 6914m- 40.1 N 144.28 E 1
The intestinal contents of Clidoderma asperrimum- 42.99 N 144.36 E 1
name not available- 13.32 N 144.47 E 1
Soil- 42.57 N 144.52 E 1
name not available- 38.28 S 144.6 E 2
name not available- 38.27 S 144.65 E 1
name not available- 13.5 N 144.75 E 1
soil sample- 42.96 N 144.87 E 1
name not available- 37.87 S 144.88 E 1
name not available- 37.85 S 144.9 E 1
5m surface seawater, water off Akkeshi- 42.67 S 144.92 E 1
submerged twigs of woody plant- 43.01 N 144.96 E 2
5m surface seawater, water off Akkeshi- 42.5 S 145 E 1
5m surface seawater, water off Akkeshi- 42.2 S 145 E 1
5m surface seawater, water off Akkeshi- 42 S 145 E 1
name not available- 38.47 S 145.02 E 1
5m surface seawater, water off Akkeshi- 42.25 S 145.13 E 3
surface seawater- 42.25 N 145.13 E 1
surface seawater- 42.25 N 145.23 E 1
name not available- 16.2 S 145.4 E 1
deep-sea sediment- 8.35 N 145.4 E 1
name not available- 16.23 S 145.44 E 1
5m surface seawater, water off Akkeshi- 41.5 S 145.5 E 4
5m surface seawater, water off Akkeshi- 41 S 145.5 E 1
name not available- 16.99 S 145.5 E 1
5m surface seawater, water off Akkeshi- 41 S 145.75 E 4
name not available- 16.92 S 145.75 E 1
5m surface seawater, water off Akkeshi- 41 N 145.75 E 1
krasnozem clay loam soil collected from a perennial ryegrass (Lolium perene) and white clover (Trifolium repens) pasture rotationally grazed at an average of two cows per ha, and receives 35 kg of P per ha per year- 38.24 S 145.94 E 1
5m surface seawater, water off Akkeshi- 40.5 S 146 E 2
name not available- 20.57 S 146.12 E 1
5m surface seawater, water off Akkeshi- 40 S 146.25 E 1
surface seawater- 40 N 146.25 E 1
name not available- 19.16 S 146.5 E 1
name not available- 19.41 S 146.74 E 1
5m surface seawater, water off Akkeshi- 39 S 146.75 E 1
surface seawater- 39 N 146.75 E 1
name not available- 41 N 147 E 1
name not available- 43.4 S 147.08 E 1
sediment- 13 N 147.15 E 1
hemolymph sera of blacklip abalone- 42.55 S 147.2 E 1
surface seawater- 38 N 147.25 E 1
name not available- 43.05 S 147.36 E 1
sea weed- 40.73 S 147.38 E 1
Paralytic shellfish producing dinoflagellate Gymnodinium catenatum isolated from the Derwent estuary, Tasmania, Australia. DG881 was isolated from a clonal culture of this dinoflagellate in Scotland 2001.Paralytic shellfish producing dinoflagellate Gymnodinium catenatum isolated from the Derwent estuary, Tasmania, Australia. DG881 was isolated from a clonal culture of this dinoflagellate in Scotland 2001. 42.89 S 147.78 E 1
4500m West Pacific- 13 N 148 E 1
name not available- 37.85 S 148.07 E 1
5080m West Pacific- 19.4 N 148.75 E 1
cropland- 30.18 S 149.46 E 1
seawater- 42.57 S 149.67 E 1
name not available- 24.82 S 149.75 E 1
name not available- 34.63 S 150.73 E 1
name not available- 34.74 S 150.79 E 1
name not available- 34.7 S 150.81 E 1
sea water- 37.92 S 151.14 E 1
seawater from 5m depth- 34.12 S 151.2 E 1
freshwater, artificial pond in a park- 33.86 S 151.22 E 1
isolated from the surface of Delisea pulchra (red macro alga) from Bare Island, Botany Bay, Sydney, Australia (33º59’38’’ S, 151º16’00’’E)isolated from the surface of Delisea pulchra (red macro alga) from Bare Island, Botany Bay, Sydney, Australia (33º59’38’’ S, 151º16’00’’E) 33.99 S 151.27 E 1
Botany Bay, Sydney, AustraliaBotany Bay, Sydney, Australia 34.02 S 151.32 E 1
Sediment near hydrothermal vents- 3.43 S 151.4 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Wistari Reef, Great Barrier Reef (23.25 degrees S, 151.55 degrees E) at 1 m on March 18, 1999.- 23.25 N 151.55 E 1
station 3.3.2 at a depth of 55m during SCICEX 97 cruise- 85.28 N 151.89 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Heron Island, Great Barrier Reef (23 degrees 26.81' S, 151 degrees 54.72' E) at 1 m depth on March 16, 1999.- 22.55 N 151.92 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Wistari Reef, Great Barrier Reef (23.25 degrees S, 151.55 degrees E) at 1 m on March 18, 1999.- 23.42 N 151.92 E 1
coral mucus and reef waters mixture,1-8 m depth- 23.45 N 151.92 E 1
name not available- 25.43 S 152.11 E 1
name not available- 26.37 S 152.57 E 1
name not available- 26.33 S 152.57 E 1
name not available- 26.36 S 152.64 E 1
name not available- 27.1 S 152.7 E 1
name not available- 27.47 S 152.97 E 1
name not available- 27.47 S 153 E 2
name not available- 26.4 S 153 E 1
name not available- 28.2 S 153.19 E 1
name not available- 28.19 S 153.19 E 1
name not available- 28.13 S 153.29 E 1
soil sample from an avocado orchard- 28.82 S 153.47 E 1
oyster- 22.96 S 153.95 E 1
wood- 7.31 S 155.57 E 1
seawater- 7.42 S 155.6 E 1
wood- 8.07 S 155.88 E 1
sea water- 7.82 S 156.07 E 1
sunken wood at 610m depth- 6.6 S 156.19 E 1
sunken wood; depth 610m- 6.59 S 156.19 E 1
mussel- 15.23 S 156.66 E 1
wood- 8.1 S 156.85 E 1
stone- 9.11 S 156.86 E 1
sunken wood at 450m depth- 7.94 S 156.86 E 1
sunken wood; depth 850m- 7.8 S 156.9 E 1
snail- 13.31 S 156.96 E 1
sunken wood; depth 195m- 8.62 S 157.37 E 1
sunken wood at 250m depth- 8.66 S 157.39 E 1
sunken wood; depth 515m- 8.55 S 157.42 E 1
sunken wood; depth 450m- 8.68 S 157.47 E 1
seawater- 10.18 S 157.59 E 1
sunken wood at 850m depth- 8.53 S 157.73 E 1
lava stone- 10.35 S 157.8 E 1
sunken wood; depth 400m- 8.41 S 159.44 E 1
Betula sp. green leaves- 56.04 N 159.84 E 1
name not available- 56 N 160 E 1
Pacific Ocean- 15.03 S 161 E 1
depth-integrated freshwater sample- 68.75 N 161.3 E 1
endolithic biofilm tightly attached to lithic substrate- 77 S 162.57 E 1
Pacific Ocean- 15.03 S 163.05 E 1
name not available- 77.6 S 163.12 E 1
subsurface marine sediment- 23.56 S 163.27 E 1
subsurface marine sediment- 23.12 S 163.27 E 1
water column- 24.45 S 163.36 E 1
subsurface marine sediment- 24.4 S 163.36 E 1
mineral soil, Miervs Valley transcect, Antarctica- 78.07 S 163.85 E 1
coastal waters- 74.92 S 163.88 E 1
name not available- 74.68 S 164.07 E 1
coastal waters- 74.72 S 164.08 E 1
freshwater- 74.37 S 164.13 E 1
5m depth seawater in western subarctic Pacific- 48.5 S 165 E 1
5m depth seawater in western subarctic Pacific- 48.5 N 165 E 1
subsurface marine sediment- 22.3 S 165.11 E 1
name not available- 21.17 S 165.32 E 1
name not available- 21.55 S 165.85 E 1
name not available- 21.75 S 166 E 1
name not available- 22.18 S 166.02 E 1
subsurface marine sediment- 23 S 166.08 E 1
Pacific Ocean- 16.57 S 166.18 E 1
pericardial appendages of host- 22.35 S 166.23 E 1
Pacific Ocean- 22.76 S 166.33 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Noumea Lagoon, New Caledonia (22 degrees 19.7' S, 166 degrees 24.6' E) at 1 m on March 30, 1998.- 22.33 N 166.42 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Outer Reef, New Caledonia (22 degrees 26.57' S, 166 degrees 28.32' E) at 1 m on March 31, 1998.- 22.45 N 166.47 E 1
McMurdo Sound, Antarctica (77° 53´ S, 166° 35´E)McMurdo Sound, Antarctica (77° 53´ S, 166° 35´E) 77.88 S 166.58 E 1
name not available- 22.32 S 166.82 E 1
295-306 m- 23.04 S 166.99 E 1
pericardial appendages of host- 15.68 S 167.04 E 1
name not available- 79.88 S 167.57 E 2
Pacific Ocean- 25.96 S 167.65 E 1
name not available- 46.08 S 168.08 E 1
surface seawater- 46.45 S 169.13 E 1
name not available- 46.87 S 169.25 E 2
name not available- 46.42 S 169.8 E 1
P. abyssi isolation siteDeep-sea vent, North Fiji Basin 15 N 170 E 1
name not available- 45.95 S 170.34 E 1
sea water- 36 S 170.86 E 1
surface seawater- 42.28 S 171.11 E 1
name not available- 34.45 S 172.67 E 1
name not available- 40.5 S 172.68 E 1
name not available- 43.58 S 172.77 E 1
name not available- 40.79 S 172.77 E 1
name not available- 34.42 S 172.86 E 1
name not available- 40.79 S 172.91 E 1
name not available- 40.81 S 172.93 E 1
name not available- 43.75 S 173.02 E 1
name not available- 41.28 S 173.28 E 1
name not available- 41.16 S 173.4 E 1
soil- 35.61 S 173.55 E 1
name not available- 44.7 S 173.8 E 1
name not available- 42.27 S 173.8 E 1
name not available- 40.86 S 173.89 E 1
name not available- 16.98 S 173.9 E 1
surface seawater- 41.17 S 174.47 E 1
name not available- 41.35 S 174.77 E 2
name not available- 41.34 S 174.82 E 1
depth: 16.7m- 41.25 S 174.82 E 1
amplified by PCR from DNA extracted from mixed natural community collected on a filter, then cloned; from Suva Harbor, Fiji (18 degrees 9.91' S, 178 degrees 24.03' E) at 1 m on April 13, 1998.- 18.17 N 175.03 E 1
soil- 39.39 S 175.4 E 1
soil- 38.55 S 175.58 E 1
name not available- 43.77 S 176.25 E 1
name not available- 43.97 S 176.59 E 1
name not available- 43.8 S 176.68 E 1
name not available- 43.82 S 176.71 E 1
name not available- 39.42 S 176.81 E 1
mixed natural community collected from Southern Arctic Ocean (86 degrees 11.2' N, 176 degrees 50.7' E) at 58m depth on April 27, 1995- 86.18 S 176.85 E 1
name not available- 40.12 S 176.87 E 1
name not available- 38.69 S 178.04 E 1
starfish- 48.91 S 178.11 E 1
name not available- 38.65 S 178.15 E 1
seawater from 5m depth- 18.17 S 178.2 E 1
seawater- 49.7 S 178.88 E 1
black smoker chimney of the North Slope field in the Brothers Caldera, the Kermadec Arc- 34.9 S 179 E 1