35058 data packages found
![]() | Title | Contacts | Organization | Keywords | Actions | ![]() |
---|---|---|---|---|---|---|
Raimondi Blanchette | PISCO | |||||
Rilov Menge | PISCO | |||||
Leese | US Army ERDC | hydrological | ||||
Menge Rilov | PISCO | |||||
Menge | PISCO | |||||
Menge Rilov | PISCO | |||||
Menge Rilov | PISCO | |||||
Rilov Menge | PISCO | |||||
Menge Rilov | PISCO | |||||
Menge Rilov | PISCO | |||||
Barth | PISCO | |||||
Rilov Menge | PISCO | |||||
Succi | Laboratorio de Automacao Agricola | Termoregulação Melipona Meliponini | ||||
L.DEEGAN B.J.PETERSON | Kuparuk Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
DEEGAN PETERSON | Oksrukuyik Creek Arctic grayling Thymallus arcticus growth fertilization | |||||
L.DEEGAN B.J.PETERSON | Oksrukuyik Creek Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
Peterson | Oksrukuyik creek discharge datalogger chart recorder | |||||
Peterson | Oksrukuyik Creek temperature datalogger | |||||
Huryn | Kuparuk invertebrates insects | |||||
Huryn | North Slope Brooks Range invertebrates insects | |||||
DEEGAN PETERSON | Kuparuk Arctic grayling Thymallus arcticus growth fertilization | |||||
L.DEEGAN B.J.PETERSON | Kuparuk Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
DEEGAN PETERSON | Oksrukuyik Creek Arctic grayling Thymallus arcticus growth fertilization | |||||
L.DEEGAN B.J.PETERSON | Oksrukuyik Creek Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
Peterson | Kuparuk river discharge datalogger | |||||
Peterson | Kuparuk river temperature datalogger | |||||
Peterson | Oksrukuyik creek discharge datalogger chart recorder | |||||
Peterson | Oksrukuyik Creek temperature datalogger | |||||
DEEGAN PETERSON | Kuparuk Arctic grayling Thymallus arcticus growth fertilization | |||||
L.DEEGAN B.J.PETERSON | Kuparuk Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
L.DEEGAN B.J.PETERSON | Oksrukuyik Creek Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
Peterson | Kuparuk river discharge datalogger | |||||
Peterson | Kuparuk river temperature datalogger | |||||
Peterson | Oksrukuyik creek discharge datalogger chart recorder | |||||
Peterson | Oksrukuyik Creek temperature datalogger | |||||
DEEGAN PETERSON | Kuparuk Arctic grayling Thymallus arcticus growth fertilization | |||||
DEEGAN PETERSON | Kuparuk Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
DEEGAN PETERSON | Oksrukuyik Creek Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
Peterson | Oksrukuyik creek discharge datalogger chart recorder | |||||
Peterson | Oksrukuyik Creek temperature datalogger | |||||
North Temperate Lakes Long-Term Ecological Research Site | North Temperate Lakes (NTL) Wisconsin satellite image remote sensing Moderate Resolution Imaging Spectroradiometer (MODIS) | |||||
North Temperate Lakes Long-Term Ecological Research Site | North Temperate Lakes (NTL) Wisconsin satellite image remote sensing Moderate Resolution Imaging Spectroradiometer (MODIS) | |||||
李 | 國立屏東科技大學水土保持系 | 螢火蟲 黃緣螢 棲地環境 土壤性質 邊褐端黑螢 | ||||
Bierman | University of Vermont | cosmogenic marine sediment Plio-Pleistocene | ||||
Bierman | University of Vermont | cosmogenic marine sediment Plio-Pleistocene | ||||
Bierman | University of Vermont | cosmogenic marine sediment Plio-Pleistocene | ||||
Bierman | University of Vermont | cosmogenic marine sediment Plio-Pleistocene | ||||
Bierman | University of Vermont | cosmogenic marine sediment Plio-Pleistocene | ||||
Bierman | University of Vermont | cosmogenic marine sediment Plio-Pleistocene | ||||
Valentine Lienkaemper | Digital Elevation Model (DEM) Topography | |||||
Shuart Shuart William Shuart | Select your station here. | remote sensing GIS hyperspectral data | ||||
213 | 132 | 1321 132123 | ||||
12312 | ||||||
Oldfield Crowther Bradford | Yale School of Forestry and Environmental Studies | soil organic carbon soil organic matter microbial biomass root exudates low molecular weight carbon compounds soil organic matter formation stabilization | ||||
Cross | nitrogen N15 stable isotope tracer grassland shrubland | |||||
Foster Motzkin | geographic information systems history land cover land use maps | |||||
Hapke | Landels-Hill Big Creek Reserve | terrestrial | ||||
Hosley | inventories permanent plots vegetation dynamics | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Census data, Baltimore, Maryland, age, demographic data, Socio-Economic Resources, Age, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Ancestry, Baltimore, census data, 1940, Baltimore, MD, Maryland | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Dwellings, 1940, census data, Baltimore, MD, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Education, Baltimore, Census data, 1940, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Employment, census data, baltimore, 1940, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Population, Census data, Baltimore, 1940, Baltimore, MD, Washington, D.C, Chesapeake Bay, Baltimore-Washington, Maryland | |||||
Hapke | Landels-Hill Big Creek Reserve | terrestrial | ||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Age, Baltimore, MD, Census Data, 1950, Baltimore, MD, Maryland | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Ancestry, census data, Baltimore, 1950, Baltimore, MD, Maryland | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Dwelling, housing, census data, Baltimore, MD, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Education, census data, Baltimore, MD, 1950, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | employment, baltimore, md, census data, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | income, 1950, Baltimore, census data, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | census data, 1950, population, Baltimore, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | age, census data, Baltimore, 1960, Baltimore, MD, Maryland | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Ancestry, census data, 1960, Baltimore, Baltimore, MD, Maryland | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | education, baltimore, census data, 1960, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | census data, employment, 1960, Baltimore, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | household relationship, census data, 1960, Baltimore, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | housing, Baltimore, census data, 1960, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | census data, Baltimore, 1960, income, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | census data, population, Baltimore, 1960, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | age, census data, Baltimore, 1970, Baltimore, MD, Maryland | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | ancestry, 1970, census data, Baltimore, Baltimore, MD, Maryland | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Census Data, Education, MSA, Maryland, Baltimore, Baltimore City County, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Census Data, Employment, MSA, Maryland, Baltimore, Baltimore City County, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | marriage, 1970, census data, Baltimore, Maryland, Baltimore, Baltimore City, USA, City of Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | Population, race, 1970, census data, Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Census Data, Employment, MSA, Maryland, Baltimore, Baltimore City County, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Census Data, Population, MSA, Maryland, Baltimore, Baltimore City County, | |||||
Gould Foster | inventories permanent plots vegetation dynamics | |||||
SHAVER | weather temperature precipitation wind | |||||
Deegan Peterson | Oksrukuyik Creek arctic grayling Thymallus arcticus mark-recapture tagging age and growth | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Census Data, Age, Demographics, MSA, Maryland, Baltimore, Baltimore City County, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Census Data, Education, MSA, Maryland, Baltimore, Baltimore City County, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Census Data, Employment, MSA, Maryland, Baltimore, Baltimore City County, | |||||
Richardson Porter Knutsen D. Faust | Biodiversity | |||||
Richardson Porter Knutsen D. Faust | Biodiversity | |||||
Richardson Porter Knutsen D. Faust | Biodiversity | |||||
Richardson Porter Knutsen D Faust | Biodiversity | |||||
Richardson Porter Knutsen D. Faust | Biodiversity | |||||
Tenney | Landels-Hill Big Creek Reserve | terrestrial | ||||
Smith | Penn State University | LTER KBS Kellogg Biological Station Hickory Corners Michigan Great Lakes earthworm invertebrates | ||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Richardson | Primary Production Disturbance Biodiversity System State/Condition | |||||
Williams Rastetter | Alaska biomass productivity nitrogen phosphorus tundra leaf area primary production inorganic nutrients organic matter populations | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Muldavin | New Mexico Natural Heritage Program | ANPP biomass Sevilleta LTER | ||||
Blair | aboveground biomass Ca forbs graminoid landscape net primary production pH primary production soil soil moisture topography | |||||
Buyantuyev | Global Institute of Sustainability | Phoenix Arizona Sonoran Desert caplter Central Arizona Phoenix Longterm Ecological Research urban metropolitan area climate weather rainfall rain precipitation Climate, Ecosystems and People Geosciences Project id 1 Project id 79 caplter created gis | ||||
Kling | bacteria transplant communities lake stream inlet bacterial production BP carbon carbon assimilation 14C-leucine 14C. | |||||
UVM Spatial Analysis Lab | BES, Age, Demographics, Census, MSA, Maryland, Baltimore City County, MD, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Education, Census Data, Baltimore City County, MSA, Maryland, Baltimore, | |||||
UVM Spatial Analysis Lab, Grove, J.M, O'Neil-Dunne, J. | BES, Demographic, Social MSA, Maryland, Baltimore, Baltimore City County, | |||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | weather temperature wind rain daily | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | soil temperature lake temperature lake depth evaporation pan weather | |||||
SHAVER | weather air temperature relative humidity soil temperature radiation wind | |||||
SHAVER | weather air temperature relative humidity soil temperature radiation wind | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | weather soil temperature wet sedge tundra | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Hobbie | bacteria picoplankton | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light. | |||||
Buyantuyev | Global Institute of Sustainability | Project id 79 caplter created gis Geosciences Project id 1 Phoenix Arizona Sonoran Desert caplter Central Arizona Phoenix Longterm Ecological Research urban metropolitan area climate weather rainfall rain precipitation Climate, Ecosystems and People | ||||
Kling | bacteria transplant communities lake stream inlet bacterial production BP carbon carbon assimilation 14C-leucine 14C. | |||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
SHAVER | weather temperature wind rain daily | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | soil temperature lake temperature lake depth evaporation pan weather | |||||
SHAVER | weather air temperature relative humidity soil temperature radiation wind | |||||
SHAVER | weather air temperature relative humidity soil temperature radiation wind | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | weather soil temperature wet sedge tundra | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds. | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds. | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds. | |||||
Giblin | ||||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
O'Brien John | Zooplankton species zooplankton density lakes and ponds. | |||||
Buyantuyev | Global Institute of Sustainability | Phoenix Arizona Sonoran Desert caplter Central Arizona Phoenix Longterm Ecological Research urban metropolitan area climate weather rainfall rain precipitation Climate, Ecosystems and People Geosciences Project id 1 Project id 79 caplter created gis | ||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
SHAVER | weather air temperature relative humidity soil temperature radiation wind | |||||
SHAVER | weather air temperature relative humidity soil temperature radiation wind | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | weather soil temperature wet sedge tundra | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds. | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Richardson | System State/Condition | |||||
Newman | Noxious, Weeds, Colorado | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Buyantuyev | Global Institute of Sustainability | gis Project id 1 Project id 79 Phoenix Arizona Sonoran Desert caplter Central Arizona Phoenix Longterm Ecological Research urban metropolitan area climate weather rainfall rain precipitation Climate, Ecosystems and People Geosciences Project id 1 Project id 79 caplter created | ||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
Hobbie | weather air temperature relative humidity soil temperature | |||||
SHAVER | weather air temperature relative humidity soil temperature radiation wind | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | weather soil temperature wet sedge tundra | |||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Virginia Coast Reserve Long-Term Ecological Research Project | Disturbance System State/Condition shorelines GPS | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Gosz Muldavin | ||||||
Muldavin | SEV Sevilleta National Wildlife Refuge New Mexico fire biomass LTER grassland | |||||
Muldavin | SEV Sevilleta National Wildlife Refuge New Mexico fire LTER grassland | |||||
Muldavin Collins | ||||||
Muldavin Collins | SEV Sevilleta National Wildlife Refuge New Mexico fire plant community LTER grassland | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Giblin | ||||||
Giblin | temperature pH specific conductivity Dissolved Oxygen secchi light in-vivo fluorescence Photosynthetically active radiation PAR | |||||
Buyantuyev | Global Institute of Sustainability | Phoenix Arizona Sonoran Desert caplter Central Arizona Phoenix Longterm Ecological Research urban metropolitan area climate weather rainfall rain precipitation Climate, Ecosystems and People Geosciences Project id 1 Project id 79 caplter created gis Project id 1 Project id 79 | ||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Buyantuyev | Global Institute of Sustainability | Project id 79 caplter created gis Phoenix Arizona Sonoran Desert caplter Central Arizona Phoenix Longterm Ecological Research urban metropolitan area climate weather rainfall rain precipitation Climate, Ecosystems and People Geosciences Project id 1 | ||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Giblin Luecke Kling | chemistry hydrolab depth pH conductivity temperature PAR light dissolved oxygen DO chlorophyll chlorophyll a aquatic aquatic ecosystems arctic freshwater irradiance lakes limnology oxygen photosynthetically active radiation physical specific conductivity | |||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Giblin Luecke Kling | Arctic LTER Program | chemistry hydrolab depth pH conductivity temperature PAR light dissolved oxygen DO chlorophyll chlorophyll a aquatic aquatic ecosystems arctic freshwater irradiance lakes limnology oxygen photosynthetically active radiation physical specific conductivity | ||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Giblin Luecke Kling | chemistry hydrolab depth pH conductivity temperature PAR light dissolved oxygen DO chlorophyll chlorophyll a aquatic aquatic ecosystems arctic freshwater irradiance lakes limnology oxygen photosynthetically active radiation physical specific conductivity | |||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Giblin Luecke Kling | Arctic LTER Program | chemistry hydrolab depth pH conductivity temperature PAR light dissolved oxygen DO chlorophyll chlorophyll a aquatic aquatic ecosystems arctic freshwater irradiance lakes limnology oxygen photosynthetically active radiation physical specific conductivity | ||||
Giblin Luecke Kling | alkalinity ammonium anions aquatic aquatic ecosystems arctic bacteria bacterial abundance biogeochemistry carbon carbon to nitrogen ratio chemistry chlorophyll chlorophyll a depth dissolved nutrients dissolved organic carbon freshwater inorganic nutrients lakes limnology long term ecological research long term monitoring monitoring nitrate nitrite nitrate + nitrite nitrogen nitrogen compounds nutrients organic carbon organic nitrogen particulate particulate carbon particulate nitrogen particulate phosphorus phaeophytin phaeopigments phosphate phosphorus profiles sampling soluble reactive phosphorus total nitrogen total phosphorus tundra water water chemistry water column water quality | |||||
Deegan FitzGerald Fagherazzi | Plum Island Ecosystems LTER Program | PIE LTER TIDE LENS primary production organic matter biomass aboveground biomass | ||||
Deegan FitzGerald Fagherazzi | Plum Island Ecosystems LTER Program | PIE LTER TIDE LENS primary production organic matter biomass belowground biomass | ||||
Deegan FitzGerald Fagherazzi | geotechnical bulk density organic biomass aboveground biomass belowground biomass | |||||
Deegan FitzGerald Fagherazzi | Plum Island Ecosystems LTER Program | PIE LTER TIDE LENS organic matter geotechnical bulk density organic content | ||||
Giblin Luecke Kling | chemistry hydrolab depth pH conductivity temperature PAR light dissolved oxygen DO chlorophyll chlorophyll a aquatic aquatic ecosystems arctic freshwater irradiance lakes limnology oxygen photosynthetically active radiation physical specific conductivity | |||||
Jellyfish Mediterranean Aurelia aurita Chrysaora hysoscella Cotylorhiza tuberculata Pelagia noctiluca Rhizostoma pulmo Categorical abundance | ||||||
Hu | Beijing Forestry University | |||||
Hu | Beijing Forestry University | |||||
Hu | Beijing Forestry University | |||||
Daly Swingle | ||||||
Ashjian Campbell Okkonen | EARTH SCIENCE > OCEANS > OCEAN TEMPERATURE > WATER TEMPERATURE EARTH SCIENCE > OCEANS > OCEAN OPTICS > SCATTERING EARTH SCIENCE > OCEANS > SALINITY/DENSITY > CONDUCTIVITY EARTH SCIENCE > OCEANS > OCEAN OPTICS > GELBSTOFF EARTH SCIENCE > OCEANS > OCEAN OPTICS > FLUORESCENCE EARTH SCIENCE > OCEANS > SALINITY/DENSITY > DENSITY EARTH SCIENCE > OCEANS > SALINITY/DENSITY > SALINITY IN SITU/LABORATORY INSTRUMENTS > PROFILERS/SOUNDERS > CTD > CONDUCTIVITY, TEMPERATURE, DEPTH SHIP TRANSECT LESS THAN 1 METER 1 SECOND TO 1 MINUTE oceans | |||||
Daly Swingle Eckert | ||||||
Daly Eckert Swingle | ||||||
Ashjian Campbell Okkonen | UNKNOWN oceans HOURLY TO DAILY EARTH SCIENCE > OCEANS > OCEAN TEMPERATURE > WATER TEMPERATURE EARTH SCIENCE > OCEANS > OCEAN CHEMISTRY > SILICATE EARTH SCIENCE > OCEANS > OCEAN CHEMISTRY > PHOSPHATE EARTH SCIENCE > OCEANS > OCEAN CHEMISTRY > NITRITE EARTH SCIENCE > OCEANS > OCEAN CHEMISTRY > NUTRIENTS EARTH SCIENCE > OCEANS > SALINITY/DENSITY > DENSITY EARTH SCIENCE > OCEANS > OCEAN CHEMISTRY > PIGMENTS > CHLOROPHYLL EARTH SCIENCE > BIOSPHERE > AQUATIC ECOSYSTEMS > PLANKTON EARTH SCIENCE > OCEANS > OCEAN CHEMISTRY > NITRATE EARTH SCIENCE > OCEANS > SALINITY/DENSITY > SALINITY IN SITU/LABORATORY INSTRUMENTS > SAMPLERS > BOTTLES/FLASKS/JARS > NISKIN BOTTLES IN SITU/LABORATORY INSTRUMENTS > PROFILERS/SOUNDERS > CTD > CONDUCTIVITY, TEMPERATURE, DEPTH SHIP POINT UNKNOWN 1 KILOMETER TO 10 KILOMETERS | |||||
Daly Eckert Swingle | ||||||
Pokswinski O'Brien | University of Nevada at Reno | Point intercept Fuels 2015 | ||||
Wellnitz | Earthworm Boundary Waters Canoe Area Wilderness Fire Campsites Entry point distance | |||||
Wiernasz Cole | Univ. of Houston; Dept. Biology | |||||
Haynes Serrano-Perez | University of Virginia | |||||
North Temperate Lakes Long-Term Ecological Research Site | North Temperate Lakes (NTL) Wisconsin satellite image remote sensing Moderate Resolution Imaging Spectroradiometer (MODIS) | |||||
North Temperate Lakes Long-Term Ecological Research Site | North Temperate Lakes (NTL) Wisconsin satellite image remote sensing Moderate Resolution Imaging Spectroradiometer (MODIS) | |||||
Lienkaemper Valentine | Topography Digital Elevation Model (DEM) | |||||
Smiley | Landels-Hill Big Creek Reserve | terrestrial, animals, arthropods, Arthropoda, Insecta, insects, Lepidoptera, butterflies | ||||
North Temperate Lakes Long-Term Ecological Research Site | North Temperate Lakes (NTL) Wisconsin satellite image remote sensing Moderate Resolution Imaging Spectroradiometer (MODIS) | |||||
North Temperate Lakes Long-Term Ecological Research Site | North Temperate Lakes (NTL) Wisconsin satellite image remote sensing Moderate Resolution Imaging Spectroradiometer (MODIS) | |||||
789456 | ||||||
Jouzel | Institut Pierre Simon Laplace, Laboratoire des Sciences du Climat et de l'Environnement UMR CEA-CNRS | Antarctic Temperature Antarctica Deuterium glacial Ice Core 740,000-year TRENDS-TEMPERATURE Depth (m) at top of averaging interval Depth (m) at bottom of averaging interval Age (years before 1950 on EDC2 timescale) at top of averaging interval Age (years before 1950 on EDC2 timescale) at bottom of averaging interval Mean age (EDC2 timescale, mean of columns 3 and 4) dD, permill dD, mean3K/permill | ||||
Jouzel | Institut Pierre Simon Laplace, Laboratoire des Sciences du Climat et de l'Environnement UMR CEA-CNRS | Antarctic Temperature Antarctica Deuterium glacial Ice Core 740,000-year TRENDS-TEMPERATURE Depth (m) at top of averaging interval Depth (m) at bottom of averaging interval Age (years before 1950 on EDC2 timescale) at top of averaging interval Age (years before 1950 on EDC2 timescale) at bottom of averaging interval Mean age (EDC2 timescale, mean of columns 3 and 4) dD, permill dD, mean3K/permill | ||||
Jouzel | Institut Pierre Simon Laplace, Laboratoire des Sciences du Climat et de l'Environnement UMR CEA-CNRS | Antarctic Temperature Antarctica Deuterium glacial Ice Core 740,000-year TRENDS-TEMPERATURE Depth (m) at top of averaging interval Depth (m) at bottom of averaging interval Age (years before 1950 on EDC2 timescale) at top of averaging interval Age (years before 1950 on EDC2 timescale) at bottom of averaging interval Mean age (EDC2 timescale, mean of columns 3 and 4) dD, permill dD, mean3K/permill | ||||
Miller | chlorophyll a primary production | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Kipphut | Toolik Lake particulate carbon particulate nitrogen | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Hershey | Kuparuk river invertebrates. | |||||
Kipphut | Toolik Lake particulate carbon particulate nitrogen | |||||
Kipphut | Toolik Lake oxygen | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | chlorophyll a primary production | |||||
Miller | chlorophyll a primary production | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
L.DEEGAN B.J.PETERSON | Kuparuk Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
Kipphut | Toolik Lake particulate carbon particulate nitrogen | |||||
Kipphut | N-2 oxygen | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
Kipphut | N-3 oxygen | |||||
Kipphut | Toolik Lake oxygen | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
DEEGAN PETERSON | Kuparuk Arctic grayling Thymallus arcticus growth fertilization | |||||
L.DEEGAN B.J.PETERSON | Kuparuk Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
Kipphut | Toolik Lake particulate carbon particulate nitrogen | |||||
Kipphut | N-2 oxygen | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
Kipphut | N-2 oxygen | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
Kipphut | Toolik Lake oxygen | |||||
McDonald | Toolik lake trout round whitefish grayling | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
L.DEEGAN B.J.PETERSON | Kuparuk Arctic grayling Thymallus arcticus young-of-the-year growth fertilization | |||||
DEEGAN PETERSON | Kuparuk arctic grayling Thymallus arcticus overwintering tagging age and growth | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
McDonald | I6 lake trout grayling burbot | |||||
McDonald | Toolik sculpin | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds | |||||
B.J.Peterson | Kuparuk river discharge | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
DEEGAN PETERSON | Kuparuk arctic grayling Thymallus arcticus mark-recapture tagging age and growth. | |||||
DEEGAN PETERSON | Kuparuk arctic grayling ®MDUL¯Thymallus arcticus®MDNM¯ growth density fertilization | |||||
DEEGAN PETERSON | Kuparuk Arctic grayling ®MDUL¯Thymallus arcticus®MDNM¯ young-of-the-year growth fertilization | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
Hershey | Lake N-1 sculpin | |||||
Hershey | Lake N-2 sculpin | |||||
Hershey | Lake N-3 sculpin | |||||
Hershey | Lake NE14 sculpin | |||||
Hershey | Lake S-7 sculpin | |||||
Hershey | Toolik Lake sculpin | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
Kipphut | Lake N-2 particulate carbon particulate nitrogen | |||||
Kipphut | N-2 Alkalinity pH oxygen | |||||
Kling | carbon nitrogen stable isotopes lake trout fish growth | |||||
McDonald | NE14 lake trout | |||||
McDonald | NE15 lake trout grayling | |||||
Miller | alkalinity conductivity secchi light penetration pH | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
Miller | nitrogen phosphorus nitrate nitrite | |||||
Miller | chlorophyll a primary production | |||||
O'Brien | Zooplankton species zooplankton density lakes and ponds | |||||
B.J.Peterson | Kuparuk river discharge | |||||
B.J.Peterson | Kuparuk river temperature | |||||
USGS | Oksrukuyik Creek discharge stage USGS | |||||
SCHELL | Imnavait river DOC | |||||
SCHELL | peat organic carbon radiocarbon age percent moisture | |||||
Miller | chlorophyll a primary production | |||||
Miller Dr. | Temperature pH Conductivity Oxygen Alkalinity Light Secchi depth. | |||||
DEEGAN PETERSON | Kuparuk Arctic grayling ®MDUL¯Thymallus arcticus®MDNM¯ growth fertilization | |||||
DEEGAN PETERSON | Kuparuk arctic grayling ®MDUL¯Thymallus arcticus®MDNM¯ young-of-the-year growth fertilization | |||||
DEEGAN PETERSON | Kuparuk arctic grayling Thymallus arcticus overwintering tagging age and growth | |||||
DEEGAN PETERSON | Oksrukuyuk arctic grayling Thymallus arcticus young-of-the-year growth | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | weather temperature radiation wind relative humidity | |||||
SHAVER | soil temperature lake temperature lake depth evaporation pan weather | |||||
Hershey | Kuparuk baetis | |||||
Hershey | Kuparuk brachycentrus |