Jerry Achenbach | | Human Dimensions — Blue Economy — Shipping / Transportation | Click to emailJerry Achenbach | Human Dimensions — Blue Economy — Shipping / Transportation |
|
Sara Ana Adlerstein | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailSara Ana Adlerstein | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Peter Adriaens | | Human Dimensions — Blue Economy — Industrial / Manufacturing water use | Click to emailPeter Adriaens | Human Dimensions — Blue Economy — Industrial / Manufacturing water use |
|
Yushin Ahn | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailYushin Ahn | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
David Allan | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailDavid Allan | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Elizabeth Alm | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailElizabeth Alm | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Elizabeth Alm | | Biological — Microbial — Population dynamics and monitoring | Click to emailElizabeth Alm | Biological — Microbial — Population dynamics and monitoring |
|
Evangelyn Alocilja | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailEvangelyn Alocilja | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Annick Anctil | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailAnnick Anctil | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Jamey Anderson | | Human Dimensions — Blue Economy — Industrial / Manufacturing water use | Click to emailJamey Anderson | Human Dimensions — Blue Economy — Industrial / Manufacturing water use |
|
Robert A. Anderson | | Biological — Algal — Population dynamics and monitoring | Click to emailRobert A. Anderson | Biological — Algal — Population dynamics and monitoring |
|
Jeffrey A. Andresen | | Human Dimensions — Agricultural Connections — Climate adaptation | Click to emailJeffrey A. Andresen | Human Dimensions — Agricultural Connections — Climate adaptation |
|
Brian Arbic | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailBrian Arbic | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Martin Arford | | Physical — Geomorphology — Restoration / BMP | Click to emailMartin Arford | Physical — Geomorphology — Restoration / BMP |
|
Maria Arquero d... | | Human Dimensions — Blue Economy — Water technologies and services | Click to emailMaria Arquero d... | Human Dimensions — Blue Economy — Water technologies and services |
|
Todd Aschenbach | | Biological — Aquatic plants and emergent wetland vegetation — Population dynamics and monitoring | Click to emailTodd Aschenbach | Biological — Aquatic plants and emergent wetland vegetation — Population dynamics and monitoring |
|
Adda Athanasopo... | | Human Dimensions — Water Infrastructure — Water level control engineering and management | Click to emailAdda Athanasopo... | Human Dimensions — Water Infrastructure — Water level control engineering and management |
|
Don Atwood | | Physical — Geomorphology — Mapping technologies | Click to emailDon Atwood | Physical — Geomorphology — Mapping technologies |
|
Martin T. Auer | | Human Dimensions — Water Infrastructure — Drinking water engineering and management | Click to emailMartin T. Auer | Human Dimensions — Water Infrastructure — Drinking water engineering and management |
|
Nancy A. Auer | | Biological — Fish — Population dynamics and monitoring | Click to emailNancy A. Auer | Biological — Fish — Population dynamics and monitoring |
|
Michael Barcelona | | Biological — Microbial — Physiology / Organismal biology | Click to emailMichael Barcelona | Biological — Microbial — Physiology / Organismal biology |
|
Brian D. Barkdoll | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailBrian D. Barkdoll | Physical — Hydrologic — Ground water to surface water interactions |
|
Audrey Barnett | | Biological — Harmful Algal Blooms — General phycology | Click to emailAudrey Barnett | Biological — Harmful Algal Blooms — General phycology |
|
Jon Bartholic | | Human Dimensions — Watershed Management — Cooperative planning | Click to emailJon Bartholic | Human Dimensions — Watershed Management — Cooperative planning |
|
Bruno Basso | | Human Dimensions — Agricultural Connections — Climate adaptation | Click to emailBruno Basso | Human Dimensions — Agricultural Connections — Climate adaptation |
|
Amar Basu | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailAmar Basu | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Michael Battaglia | | Physical — Geomorphology — Mapping technologies | Click to emailMichael Battaglia | Physical — Geomorphology — Mapping technologies |
|
Ali Bazzi | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailAli Bazzi | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Brian Becker | | Physical — Geomorphology — Mapping technologies | Click to emailBrian Becker | Physical — Geomorphology — Mapping technologies |
|
Jennifer Becker | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailJennifer Becker | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Udo Becker | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailUdo Becker | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Janice Beecher | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailJanice Beecher | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Dmitry Beletsky | | Physical — Geomorphology — Historical perspectives | Click to emailDmitry Beletsky | Physical — Geomorphology — Historical perspectives |
|
Raisa Beletsky | | Physical — Geomorphology — Historical perspectives | Click to emailRaisa Beletsky | Physical — Geomorphology — Historical perspectives |
|
Eric Benbow | | Biological — Aquatic Invertebrate — Community structures and dynamics | Click to emailEric Benbow | Biological — Aquatic Invertebrate — Community structures and dynamics |
|
James Bence | | Biological — Fish — Population dynamics and monitoring | Click to emailJames Bence | Biological — Fish — Population dynamics and monitoring |
|
Bopi Biddanda | | Biological — Microbial — Community structures and dynamics | Click to emailBopi Biddanda | Biological — Microbial — Community structures and dynamics |
|
Michael Billmire | | Biological — Aquatic plants and emergent wetland vegetation — Community structures and dynamics | Click to emailMichael Billmire | Biological — Aquatic plants and emergent wetland vegetation — Community structures and dynamics |
|
Joel Blum | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailJoel Blum | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Laura Bourgeau-... | | Physical — Geomorphology — Mapping technologies | Click to emailLaura Bourgeau-... | Physical — Geomorphology — Mapping technologies |
|
Stephen A. Boyd | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailStephen A. Boyd | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
William S. Breffle | | Human Dimensions — Water Quality Policy and Management — Market-based approaches | Click to emailWilliam S. Breffle | Human Dimensions — Water Quality Policy and Management — Market-based approaches |
|
Mary Bremigan | | Biological — Fish — Population dynamics and monitoring | Click to emailMary Bremigan | Biological — Fish — Population dynamics and monitoring |
|
Patrick Brown | | Biological — Aquatic Birds and Mammals — Community structures and dynamics | Click to emailPatrick Brown | Biological — Aquatic Birds and Mammals — Community structures and dynamics |
|
Allen Burton | | Biological — General Community Structures — Cumulative human impacts | Click to emailAllen Burton | Biological — General Community Structures — Cumulative human impacts |
|
Gary A. Campbell | | Human Dimensions — Blue Economy — Industrial / Manufacturing water use | Click to emailGary A. Campbell | Human Dimensions — Blue Economy — Industrial / Manufacturing water use |
|
Evan S. Cane | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailEvan S. Cane | Physical — Hydrologic — Ground water to surface water interactions |
|
James Cantrill | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailJames Cantrill | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Jennifer S. Carrera | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailJennifer S. Carrera | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Hunter Carrick | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailHunter Carrick | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Dan Cassidy | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailDan Cassidy | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
M. Clara Castro | | Physical — Geomorphology — Mapping technologies | Click to emailM. Clara Castro | Physical — Geomorphology — Mapping technologies |
|
Steve Ceccio | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailSteve Ceccio | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Joan Chadde-Sch... | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailJoan Chadde-Sch... | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Anthony Chappaz | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Establishing a baseline/ Ongoing monitoring | Click to emailAnthony Chappaz | Chemical — Water Quality (nutrients, pH, DO, etc.) — Establishing a baseline/ Ongoing monitoring |
|
Jiquan Chen | | Biological — General Community Structures — Cumulative human impacts | Click to emailJiquan Chen | Biological — General Community Structures — Cumulative human impacts |
|
Sergei Chernyak | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailSergei Chernyak | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Kendra Cheruvelil | | Biological — General Community Structures — Cumulative human impacts | Click to emailKendra Cheruvelil | Biological — General Community Structures — Cumulative human impacts |
|
Rodney A. Chimner | | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology | Click to emailRodney A. Chimner | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology |
|
Jongeun Choi | | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology | Click to emailJongeun Choi | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology |
|
Edith Chopin | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailEdith Chopin | Physical — Hydrologic — Ground water to surface water interactions |
|
Kyle Cissell | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailKyle Cissell | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Lu Anne Clark | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailLu Anne Clark | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Daniel Clemens | | Biological — Microbial — Community structures and dynamics | Click to emailDaniel Clemens | Biological — Microbial — Community structures and dynamics |
|
Patrick M. Colgan | | Physical — Hydrologic — Historical perspectives | Click to emailPatrick M. Colgan | Physical — Hydrologic — Historical perspectives |
|
Matthew Cooper | | Biological — General Community Structures — Cumulative human impacts | Click to emailMatthew Cooper | Biological — General Community Structures — Cumulative human impacts |
|
Rose Cory | | Chemical — Water Quality (nutrients, pH, DO, etc.) | Click to emailRose Cory | Chemical — Water Quality (nutrients, pH, DO, etc.) |
|
Aline Cotel | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailAline Cotel | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Stacy Coyle | | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies | Click to emailStacy Coyle | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies |
|
Derek Crane | | Biological — Fish — Community structures and dynamics | Click to emailDerek Crane | Biological — Fish — Community structures and dynamics |
|
Diana Cryderman | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailDiana Cryderman | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
David Cummins | | Physical — Geomorphology — Historical perspectives | Click to emailDavid Cummins | Physical — Geomorphology — Historical perspectives |
|
Alison M. Cupples | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailAlison M. Cupples | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Bill Currie | | Biological — General Community Structures — Cumulative human impacts | Click to emailBill Currie | Biological — General Community Structures — Cumulative human impacts |
|
Rupali Datta | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailRupali Datta | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Shawn K. Davis | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailShawn K. Davis | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Heather Dawson | | Biological — Invasive Species — Monitoring / Detection | Click to emailHeather Dawson | Biological — Invasive Species — Monitoring / Detection |
|
Dave Dean | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailDave Dean | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Goksel Demirer | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailGoksel Demirer | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Avery Demond | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailAvery Demond | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Vincent Denef | | Biological — Microbial — Community structures and dynamics | Click to emailVincent Denef | Biological — Microbial — Community structures and dynamics |
|
Yiwei Deng | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailYiwei Deng | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
James Diana | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailJames Diana | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Gregory Dick | | Biological — Microbial — Physiology / Organismal biology | Click to emailGregory Dick | Biological — Microbial — Physiology / Organismal biology |
|
Richard Dobson | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailRichard Dobson | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Tohmas Dowling | | Biological — Fish — Physiology / Organismal Biology | Click to emailTohmas Dowling | Biological — Fish — Physiology / Organismal Biology |
|
Erin A. Dreelin | | Human Dimensions — Water Infrastructure — Storm water engineering and management | Click to emailErin A. Dreelin | Human Dimensions — Water Infrastructure — Storm water engineering and management |
|
Paul Drevnick | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailPaul Drevnick | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Thomas Duda | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailThomas Duda | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Meghan Duffy | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailMeghan Duffy | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Yann Dufour | | Biological — Microbial — Population dynamics and monitoring | Click to emailYann Dufour | Biological — Microbial — Population dynamics and monitoring |
|
Melissa Beth Duhaime | | Biological — Microbial — Population dynamics and monitoring | Click to emailMelissa Beth Duhaime | Biological — Microbial — Population dynamics and monitoring |
|
Mary H. Durfee | | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies | Click to emailMary H. Durfee | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies |
|
Jamin Eisenbach | | Biological — Aquatic plants and emergent wetland vegetation — Community structures and dynamics | Click to emailJamin Eisenbach | Biological — Aquatic plants and emergent wetland vegetation — Community structures and dynamics |
|
Brian Ellis | | Physical — Geomorphology — Mapping technologies | Click to emailBrian Ellis | Physical — Geomorphology — Mapping technologies |
|
Sarah Endres | | Physical — Geomorphology — Mapping technologies | Click to emailSarah Endres | Physical — Geomorphology — Mapping technologies |
|
K. Aurthur Endsley | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailK. Aurthur Endsley | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Elaheh Esfahanian | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailElaheh Esfahanian | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Ryan Eustice | | Human Dimensions — Blue Economy — Water technologies and services | Click to emailRyan Eustice | Human Dimensions — Blue Economy — Water technologies and services |
|
Barbara I. Evans | | Biological — Fish — Physiology / Organismal Biology | Click to emailBarbara I. Evans | Biological — Fish — Physiology / Organismal Biology |
|
Sarah Evans | | Biological — Microbial — Physiology / Organismal biology | Click to emailSarah Evans | Biological — Microbial — Physiology / Organismal biology |
|
Gary Fahnenstiel | | Biological — Microbial — Physiology / Organismal biology | Click to emailGary Fahnenstiel | Biological — Microbial — Physiology / Organismal biology |
|
Anthony Feig | | Physical — Geomorphology | Click to emailAnthony Feig | Physical — Geomorphology |
|
David J. Flaspohler | | Biological — General Community Structures — Food web ecology | Click to emailDavid J. Flaspohler | Biological — General Community Structures — Food web ecology |
|
Steven Francoeur | | Biological — Algal — Community structures and dynamics | Click to emailSteven Francoeur | Biological — Algal — Community structures and dynamics |
|
Carl Freeman | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailCarl Freeman | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Nancy French | | Biological — Aquatic plants and emergent wetland vegetation — Population dynamics and monitoring | Click to emailNancy French | Biological — Aquatic plants and emergent wetland vegetation — Population dynamics and monitoring |
|
Masanori (Masa)... | | | Click to emailMasanori (Masa)... | |
|
Marc Gaden | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailMarc Gaden | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Tracy Galarowicz | | Biological — Fish — Community structures and dynamics | Click to emailTracy Galarowicz | Biological — Fish — Community structures and dynamics |
|
Cloé Garnache | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailCloé Garnache | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Stephen Gasteyer | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailStephen Gasteyer | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Thomas M. Gehring | | Biological — Invasive Species — Impacts (ecological and economic) | Click to emailThomas M. Gehring | Biological — Invasive Species — Impacts (ecological and economic) |
|
Orin Gelderloos | | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology | Click to emailOrin Gelderloos | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology |
|
Beth Gibbons | | Human Dimensions — Water Infrastructure — Climate adaptation | Click to emailBeth Gibbons | Human Dimensions — Water Infrastructure — Climate adaptation |
|
John S. Gierke | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailJohn S. Gierke | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Sheri Glowinski | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailSheri Glowinski | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Neal Godby | | Biological — Fish — Physiology / Organismal Biology | Click to emailNeal Godby | Biological — Fish — Physiology / Organismal Biology |
|
Garry Green | | Human Dimensions — Watershed Management — Cooperative planning | Click to emailGarry Green | Human Dimensions — Watershed Management — Cooperative planning |
|
Sarah Green | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailSarah Green | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Katherine Greenwald | | Biological — Aquatic Amphibians and Reptiles — Physiology / Organismal Biology | Click to emailKatherine Greenwald | Biological — Aquatic Amphibians and Reptiles — Physiology / Organismal Biology |
|
Michael R. Gretz | | Biological — Algal — Physiology / Organismal biology | Click to emailMichael R. Gretz | Biological — Algal — Physiology / Organismal biology |
|
Amanda Grimm | | Physical — Geomorphology — Mapping technologies | Click to emailAmanda Grimm | Physical — Geomorphology — Mapping technologies |
|
Todd Grote | | Physical — Hydrologic — Historical perspectives | Click to emailTodd Grote | Physical — Hydrologic — Historical perspectives |
|
Jason D. Gulley | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailJason D. Gulley | Physical — Hydrologic — Ground water to surface water interactions |
|
Stephen K. Hamilton | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailStephen K. Hamilton | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Duane Hampton | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailDuane Hampton | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
David Hand | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Predicting / Modeling trends | Click to emailDavid Hand | Chemical — Water Quality (nutrients, pH, DO, etc.) — Predicting / Modeling trends |
|
Margaret Hanes | | Biological — Microbial — Population dynamics and monitoring | Click to emailMargaret Hanes | Biological — Microbial — Population dynamics and monitoring |
|
Craig Harris | | Human Dimensions — Agricultural Connections — Food safety (in relation to water) | Click to emailCraig Harris | Human Dimensions — Agricultural Connections — Food safety (in relation to water) |
|
Bruce Hart | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailBruce Hart | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Syed A. Hashsham | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailSyed A. Hashsham | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Catherine Hausman | | Human Dimensions — Blue Economy — Energy / Electricity and water nexus | Click to emailCatherine Hausman | Human Dimensions — Blue Economy — Energy / Electricity and water nexus |
|
Daniel Hayes | | Biological — Fish — Population dynamics and monitoring | Click to emailDaniel Hayes | Biological — Fish — Population dynamics and monitoring |
|
Kim Hayes | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailKim Hayes | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Lynne Heasley | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailLynne Heasley | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Hamdy Helal | | Biological — Fish — Restoration / Conservation / BMP | Click to emailHamdy Helal | Biological — Fish — Restoration / Conservation / BMP |
|
Ingrid Hendy | | Biological — Climate Change — Monitoring / Detection | Click to emailIngrid Hendy | Biological — Climate Change — Monitoring / Detection |
|
Joe Herriges | | Chemical — Water Quality (nutrients, pH, DO, etc.) | Click to emailJoe Herriges | Chemical — Water Quality (nutrients, pH, DO, etc.) |
|
Benjamin Heumann | | Physical — Geomorphology — Mapping technologies | Click to emailBenjamin Heumann | Physical — Geomorphology — Mapping technologies |
|
John P. Hoehn | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailJohn P. Hoehn | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Lesli Hoey | | Human Dimensions — Agricultural Connections — Climate adaptation | Click to emailLesli Hoey | Human Dimensions — Agricultural Connections — Climate adaptation |
|
Robert Hollister | | Biological — Aquatic plants and emergent wetland vegetation — Restoration / Conservation / BMP | Click to emailRobert Hollister | Biological — Aquatic plants and emergent wetland vegetation — Restoration / Conservation / BMP |
|
Richard D. Horan | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailRichard D. Horan | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Patricia Houser | | Human Dimensions — Watershed Management — Climate adaptation | Click to emailPatricia Houser | Human Dimensions — Watershed Management — Climate adaptation |
|
Casey J. Huckins | | Physical — Hydrologic — Restoration / BMP | Click to emailCasey J. Huckins | Physical — Hydrologic — Restoration / BMP |
|
Jodee Hunt | | Biological — Fish — Restoration / Conservation / BMP | Click to emailJodee Hunt | Biological — Fish — Restoration / Conservation / BMP |
|
David Hyndman | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailDavid Hyndman | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Dana Infante | | Physical — Hydrologic — Historical perspectives | Click to emailDana Infante | Physical — Hydrologic — Historical perspectives |
|
Valeriy Ivanov | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailValeriy Ivanov | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Tom Johengen | | Biological — Invasive Species — Monitoring / Detection | Click to emailTom Johengen | Biological — Invasive Species — Monitoring / Detection |
|
Matthew Johnson... | | Physical — Geomorphology — Mapping technologies | Click to emailMatthew Johnson... | Physical — Geomorphology — Mapping technologies |
|
Michael L. Jones | | Biological — Fish — Population dynamics and monitoring | Click to emailMichael L. Jones | Biological — Fish — Population dynamics and monitoring |
|
Sonia Joseph- Joshi | | Biological — Harmful Algal Blooms — Management and restoration | Click to emailSonia Joseph- Joshi | Biological — Harmful Algal Blooms — Management and restoration |
|
Thomas Joyce | | Biological — Microbial — Physiology / Organismal biology | Click to emailThomas Joyce | Biological — Microbial — Physiology / Organismal biology |
|
Kristin Judd | | Biological — General Community Structures — Connectivity and fragmentation | Click to emailKristin Judd | Biological — General Community Structures — Connectivity and fragmentation |
|
David Jude | | Biological — Fish — Physiology / Organismal Biology | Click to emailDavid Jude | Biological — Fish — Physiology / Organismal Biology |
|
David Karpovich | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailDavid Karpovich | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Michael Kasenow | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailMichael Kasenow | Physical — Hydrologic — Ground water to surface water interactions |
|
Donna Kashian | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailDonna Kashian | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Nikolaos Katopodes | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailNikolaos Katopodes | Physical — Hydrologic — Ground water to surface water interactions |
|
Martin Kaufman | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailMartin Kaufman | Physical — Hydrologic — Ground water to surface water interactions |
|
Alan Kehew | | Physical — Geomorphology — Mapping technologies | Click to emailAlan Kehew | Physical — Geomorphology — Mapping technologies |
|
Barbara Keller | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailBarbara Keller | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Brenda Kelley | | Biological — Fish — Restoration / Conservation / BMP | Click to emailBrenda Kelley | Biological — Fish — Restoration / Conservation / BMP |
|
Megan Kelly | | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation | Click to emailMegan Kelly | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation |
|
Joe Kelpinski | | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation | Click to emailJoe Kelpinski | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation |
|
Scott Kendall | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailScott Kendall | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Charles Kerfoot | | Biological — General Community Structures — Food web ecology | Click to emailCharles Kerfoot | Biological — General Community Structures — Food web ecology |
|
Kimberley Kinder | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailKimberley Kinder | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Donna King | | Biological — Algal — Community structures and dynamics | Click to emailDonna King | Biological — Algal — Community structures and dynamics |
|
Lucas Kirby | | Biological — Fish — Restoration / Conservation / BMP | Click to emailLucas Kirby | Biological — Fish — Restoration / Conservation / BMP |
|
Nancy Kirkpatrick | | Biological — Fish — Physiology / Organismal Biology | Click to emailNancy Kirkpatrick | Biological — Fish — Physiology / Organismal Biology |
|
Christopher Kla... | | Biological — Microbial — Physiology / Organismal biology | Click to emailChristopher Kla... | Biological — Microbial — Physiology / Organismal biology |
|
George Kling | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailGeorge Kling | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Daria Kluver | | Physical — Climate Change — Prediction / Modeling | Click to emailDaria Kluver | Physical — Climate Change — Prediction / Modeling |
|
John K. Koches | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailJohn K. Koches | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Patrick Kociolek | | Biological — Microbial — Physiology / Organismal biology | Click to emailPatrick Kociolek | Biological — Microbial — Physiology / Organismal biology |
|
Steven Kohler | | Biological — General Community Structures — Connectivity and fragmentation | Click to emailSteven Kohler | Biological — General Community Structures — Connectivity and fragmentation |
|
Gary Kohlhepp | | Biological — General Community Structures — Connectivity and fragmentation | Click to emailGary Kohlhepp | Biological — General Community Structures — Connectivity and fragmentation |
|
Carla Koretsky | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailCarla Koretsky | Physical — Hydrologic — Ground water to surface water interactions |
|
Lee Koski | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailLee Koski | Physical — Hydrologic — Ground water to surface water interactions |
|
Thomas Kovacs | | Physical — Climate Change — Monitoring / Detection | Click to emailThomas Kovacs | Physical — Climate Change — Monitoring / Detection |
|
Dave Kraff | | Human Dimensions — Water Quality Policy and Management — State policy and strategies | Click to emailDave Kraff | Human Dimensions — Water Quality Policy and Management — State policy and strategies |
|
Rama Krishnamurthy | | Human Dimensions — Water Quality Policy and Management — State policy and strategies | Click to emailRama Krishnamurthy | Human Dimensions — Water Quality Policy and Management — State policy and strategies |
|
Yoon Kyung Cha | | Biological — General Community Structures — Cumulative human impacts | Click to emailYoon Kyung Cha | Biological — General Community Structures — Cumulative human impacts |
|
Nancy Langsten | | Physical — Hydrologic — Historical perspectives | Click to emailNancy Langsten | Physical — Hydrologic — Historical perspectives |
|
Larissa Larsen | | Human Dimensions — Watershed Management — Climate adaptation | Click to emailLarissa Larsen | Human Dimensions — Watershed Management — Climate adaptation |
|
Cory Larson | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailCory Larson | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Jo Latimore | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailJo Latimore | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Deric Learman | | Biological — Microbial — Physiology / Organismal biology | Click to emailDeric Learman | Biological — Microbial — Physiology / Organismal biology |
|
Dale LeCaptain | | Biological — Microbial — Physiology / Organismal biology | Click to emailDale LeCaptain | Biological — Microbial — Physiology / Organismal biology |
|
John Lehman | | Biological — General Community Structures — Food web ecology | Click to emailJohn Lehman | Biological — General Community Structures — Food web ecology |
|
Larry Lemke | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailLarry Lemke | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Maria Carmen Lemos | | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies | Click to emailMaria Carmen Lemos | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies |
|
Jill Leonard | | Biological — Fish — Physiology / Organismal Biology | Click to emailJill Leonard | Biological — Fish — Physiology / Organismal Biology |
|
Peter Levi | | Biological — General Community Structures — Food web ecology | Click to emailPeter Levi | Biological — General Community Structures — Food web ecology |
|
Jun Li | | Biological — Fish — Physiology / Organismal Biology | Click to emailJun Li | Biological — Fish — Physiology / Organismal Biology |
|
Shu-Guang Li | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailShu-Guang Li | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Matthew E. Liesch | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailMatthew E. Liesch | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Elena Litchman | | Biological — Microbial — Physiology / Organismal biology | Click to emailElena Litchman | Biological — Microbial — Physiology / Organismal biology |
|
Kyger Lohmann | | Chemical — Water Quality (nutrients, pH, DO, etc.) | Click to emailKyger Lohmann | Chemical — Water Quality (nutrients, pH, DO, etc.) |
|
David Long | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailDavid Long | Physical — Hydrologic — Ground water to surface water interactions |
|
Nancy Love | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailNancy Love | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Rex Lowe | | Biological — Algal — Physiology / Organismal biology | Click to emailRex Lowe | Biological — Algal — Physiology / Organismal biology |
|
Lifeng Luo | | Physical — Hydrologic — Historical perspectives | Click to emailLifeng Luo | Physical — Hydrologic — Historical perspectives |
|
Frank Lupi | | Biological — Fish — Population dynamics and monitoring | Click to emailFrank Lupi | Biological — Fish — Population dynamics and monitoring |
|
Mark R. Luttenton | | Biological — Fish — Physiology / Organismal Biology | Click to emailMark R. Luttenton | Biological — Fish — Physiology / Organismal Biology |
|
David Lyzenga | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailDavid Lyzenga | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Neil MacDonald | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailNeil MacDonald | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Andrew Mahon | | Biological — Invasive Species — Monitoring / Detection | Click to emailAndrew Mahon | Biological — Invasive Species — Monitoring / Detection |
|
Kin Mahon | | Physical — Geomorphology — Mapping technologies | Click to emailKin Mahon | Physical — Geomorphology — Mapping technologies |
|
Jen Maigret | | Human Dimensions — Blue Economy — Water technologies and services | Click to emailJen Maigret | Human Dimensions — Blue Economy — Water technologies and services |
|
Kevin Maki | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailKevin Maki | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Khalil Mancy | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailKhalil Mancy | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Ayumi Manome | | Physical — Geomorphology — Mapping technologies | Click to emailAyumi Manome | Physical — Geomorphology — Mapping technologies |
|
Amy M. Marcarelli | | Biological — General Community Structures — Food web ecology | Click to emailAmy M. Marcarelli | Biological — General Community Structures — Food web ecology |
|
Terence Marsh | | Biological — Microbial — Physiology / Organismal biology | Click to emailTerence Marsh | Biological — Microbial — Physiology / Organismal biology |
|
Arthur Martin | | Biological — Microbial — Physiology / Organismal biology | Click to emailArthur Martin | Biological — Microbial — Physiology / Organismal biology |
|
Susan J. Masten | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailSusan J. Masten | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Brian Maurer | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailBrian Maurer | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Alex S. Mayer | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailAlex S. Mayer | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Sara McDonnell | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailSara McDonnell | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Shawn McElmurry | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailShawn McElmurry | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
James N. McNair | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailJames N. McNair | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Scott McNaught | | Biological — Aquatic Invertebrate — Population dynamics and monitoring | Click to emailScott McNaught | Biological — Aquatic Invertebrate — Population dynamics and monitoring |
|
Guy Meadows | | Human Dimensions — Blue Economy — Industrial / Manufacturing water use | Click to emailGuy Meadows | Human Dimensions — Blue Economy — Industrial / Manufacturing water use |
|
Peter Meier | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailPeter Meier | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Figen Mekik | | Physical — Hydrologic — Historical perspectives | Click to emailFigen Mekik | Physical — Hydrologic — Historical perspectives |
|
Kevin Meyer | | Biological — Harmful Algal Blooms — General phycology | Click to emailKevin Meyer | Biological — Harmful Algal Blooms — General phycology |
|
Andrew Miller | | Biological — Harmful Algal Blooms — General phycology | Click to emailAndrew Miller | Biological — Harmful Algal Blooms — General phycology |
|
Carol Miller | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailCarol Miller | Physical — Hydrologic — Ground water to surface water interactions |
|
Shelie Miller | | Human Dimensions — Blue Economy — Energy / Electricity and water nexus | Click to emailShelie Miller | Human Dimensions — Blue Economy — Energy / Electricity and water nexus |
|
David Millie | | Biological — Algal — Physiology / Organismal biology | Click to emailDavid Millie | Biological — Algal — Physiology / Organismal biology |
|
Daisuke Minakata | | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation | Click to emailDaisuke Minakata | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation |
|
Jade Mitchell | | Human Dimensions — Agricultural Connections — Food safety (in relation to water) | Click to emailJade Mitchell | Human Dimensions — Agricultural Connections — Food safety (in relation to water) |
|
Ashley Moerke | | Biological — Fish — Community structures and dynamics | Click to emailAshley Moerke | Biological — Fish — Community structures and dynamics |
|
Paul Mohai | | Human Dimensions — Watershed Management — Cooperative planning | Click to emailPaul Mohai | Human Dimensions — Watershed Management — Cooperative planning |
|
Rhett Mohler | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailRhett Mohler | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Anna K. Monfils | | Biological — Aquatic plants and emergent wetland vegetation — Community structures and dynamics | Click to emailAnna K. Monfils | Biological — Aquatic plants and emergent wetland vegetation — Community structures and dynamics |
|
Michael Moore | | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies | Click to emailMichael Moore | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies |
|
Paul Moore | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailPaul Moore | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Colleen B. Mouw | | Biological — Algal — Community structures and dynamics | Click to emailColleen B. Mouw | Biological — Algal — Community structures and dynamics |
|
Andrea Munoz-He... | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailAndrea Munoz-He... | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Daya Muralidharan | | Physical — Climate Change — Management/Adaptation strategies | Click to emailDaya Muralidharan | Physical — Climate Change — Management/Adaptation strategies |
|
Cheryl Murphy | | Biological — Fish — Physiology / Organismal Biology | Click to emailCheryl Murphy | Biological — Fish — Physiology / Organismal Biology |
|
Kent Murray | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailKent Murray | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Patrick M. Muzzall | | Biological — Fish — Physiology / Organismal Biology | Click to emailPatrick M. Muzzall | Biological — Fish — Physiology / Organismal Biology |
|
Thomas Nalepa | | Biological — Fish — Physiology / Organismal Biology | Click to emailThomas Nalepa | Biological — Fish — Physiology / Organismal Biology |
|
Jacob Napieralski | | Physical — Geomorphology — Mapping technologies | Click to emailJacob Napieralski | Physical — Geomorphology — Mapping technologies |
|
Pouyan Nejadhashemi | | Physical — Hydrologic — Fluvial surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailPouyan Nejadhashemi | Physical — Hydrologic — Fluvial surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Elliot Nelson | | Human Dimensions — Blue Economy — Tourism | Click to emailElliot Nelson | Human Dimensions — Blue Economy — Tourism |
|
Judy Nesmith | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailJudy Nesmith | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Erica Newland | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailErica Newland | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Erik Nordman | | Human Dimensions — Water Quality Policy and Management — State policy and strategies | Click to emailErik Nordman | Human Dimensions — Water Quality Policy and Management — State policy and strategies |
|
Patricia E. Norris | | Human Dimensions — Water Quality Policy and Management — State policy and strategies | Click to emailPatricia E. Norris | Human Dimensions — Water Quality Policy and Management — State policy and strategies |
|
Jerome Nriagu | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailJerome Nriagu | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Okey Nwogu | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailOkey Nwogu | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Glenn O'Neil | | Physical — Water Quality — Physical properties (temp., transmissivity, etc.) | Click to emailGlenn O'Neil | Physical — Water Quality — Physical properties (temp., transmissivity, etc.) |
|
Kevin Pangle | | Biological — General Community Structures — Food web ecology | Click to emailKevin Pangle | Biological — General Community Structures — Food web ecology |
|
Scott D. Peacor | | Biological — General Community Structures — Food web ecology | Click to emailScott D. Peacor | Biological — General Community Structures — Food web ecology |
|
Marc Perlin | | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailMarc Perlin | Physical — Hydrologic — Lake surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Judith A. Perlinger | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailJudith A. Perlinger | Physical — Hydrologic — Ground water to surface water interactions |
|
Mantha Phanikumar | | Chemical — Pollutants / Contaminants — Toxicology | Click to emailMantha Phanikumar | Chemical — Pollutants / Contaminants — Toxicology |
|
Yadu Pokhrel | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailYadu Pokhrel | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Michael P. Polis | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailMichael P. Polis | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
David Poulson | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailDavid Poulson | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Steve Pueppke | | Human Dimensions — Agricultural Connections — Climate adaptation | Click to emailSteve Pueppke | Human Dimensions — Agricultural Connections — Climate adaptation |
|
Heidi Purcell | | Human Dimensions — Blue Economy — Water technologies and services | Click to emailHeidi Purcell | Human Dimensions — Blue Economy — Water technologies and services |
|
Thomas R. Raffel | | Biological — Aquatic Amphibians and Reptiles — Community structures and dynamics | Click to emailThomas R. Raffel | Biological — Aquatic Amphibians and Reptiles — Community structures and dynamics |
|
Jeffery Ram | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailJeffery Ram | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Lutgarde Raskin | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailLutgarde Raskin | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Jennifer Read | | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies | Click to emailJennifer Read | Human Dimensions — Water Quality Policy and Management — Federal policy and strategies |
|
Rick Rediske | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailRick Rediske | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Robert Regis | | Human Dimensions — Blue Economy — Industrial / Manufacturing water use | Click to emailRobert Regis | Human Dimensions — Blue Economy — Industrial / Manufacturing water use |
|
Ulrich Reinhardt | | Biological — Fish — Population dynamics and monitoring | Click to emailUlrich Reinhardt | Biological — Fish — Population dynamics and monitoring |
|
Dawn Reinhold | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailDawn Reinhold | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Randall Repic | | Physical — Geomorphology — Mapping technologies | Click to emailRandall Repic | Physical — Geomorphology — Mapping technologies |
|
Catherine Riseng | | Biological — General Community Structures — Cumulative human impacts | Click to emailCatherine Riseng | Biological — General Community Structures — Cumulative human impacts |
|
Alicia Ritzenthaler | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailAlicia Ritzenthaler | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Wendy Robertson | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailWendy Robertson | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
John H. Roese | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailJohn H. Roese | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Thomas Rohrer | | Biological — Fish — Physiology / Organismal Biology | Click to emailThomas Rohrer | Biological — Fish — Physiology / Organismal Biology |
|
Joan B. Rose | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailJoan B. Rose | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Amanda Ross | | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology | Click to emailAmanda Ross | Biological — Aquatic plants and emergent wetland vegetation — Physiology / Organismal Biology |
|
Brian Roth | | Biological — General Community Structures — Connectivity and fragmentation | Click to emailBrian Roth | Biological — General Community Structures — Connectivity and fragmentation |
|
Mark D. Rouleau | | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) | Click to emailMark D. Rouleau | Human Dimensions — Watershed Management — Research (modeling/geospatial analysis/monitoring) |
|
Mark Rowe | | Biological — General Community Structures — Cumulative human impacts | Click to emailMark Rowe | Biological — General Community Structures — Cumulative human impacts |
|
Heather Rueth | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailHeather Rueth | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Carl R. Ruetz III | | Biological — Fish — Community structures and dynamics | Click to emailCarl R. Ruetz III | Biological — Fish — Community structures and dynamics |
|
Jo S | | Biological — Fish — Community structures and dynamics | Click to emailJo S | Biological — Fish — Community structures and dynamics |
|
Natalie Sampson | | Human Dimensions — Water Infrastructure | Click to emailNatalie Sampson | Human Dimensions — Water Infrastructure |
|
Larissa Sano | | Biological — General Community Structures — Food web ecology | Click to emailLarissa Sano | Biological — General Community Structures — Food web ecology |
|
Orlanda Sarnelle | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailOrlanda Sarnelle | Biological — General Community Structures — Whole system community dynamics and modeling |
|
William Sauck | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailWilliam Sauck | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Michael Sayers | | Physical — Geomorphology — Mapping technologies | Click to emailMichael Sayers | Physical — Geomorphology — Mapping technologies |
|
Don Scavia | | Physical — Geomorphology — Mapping technologies | Click to emailDon Scavia | Physical — Geomorphology — Mapping technologies |
|
John I. Scheide | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailJohn I. Scheide | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Amy Schrank | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailAmy Schrank | Physical — Hydrologic — Ground water to surface water interactions |
|
Donald Schreiber | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailDonald Schreiber | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Dave Schwab | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailDave Schwab | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Linda Schweitzer | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailLinda Schweitzer | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Kim T. Scribner | | Biological — Fish — Physiology / Organismal Biology | Click to emailKim T. Scribner | Biological — Fish — Physiology / Organismal Biology |
|
Eric Seagren | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailEric Seagren | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Nancy E. Seefelt | | Biological — Aquatic Birds and Mammals — Physiology / Organismal Biology | Click to emailNancy E. Seefelt | Biological — Aquatic Birds and Mammals — Physiology / Organismal Biology |
|
Jim Selegean | | Physical — Geomorphology — Mapping technologies | Click to emailJim Selegean | Physical — Geomorphology — Mapping technologies |
|
Michelle Selzer | | Physical — Geomorphology — Mapping technologies | Click to emailMichelle Selzer | Physical — Geomorphology — Mapping technologies |
|
Ronal Sharp | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailRonal Sharp | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Robert Shuchman | | Physical — Geomorphology — Mapping technologies | Click to emailRobert Shuchman | Physical — Geomorphology — Mapping technologies |
|
Tamy Sivy | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailTamy Sivy | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Eric Snyder | | Biological — Fish — Physiology / Organismal Biology | Click to emailEric Snyder | Biological — Fish — Physiology / Organismal Biology |
|
Patricia Soranno | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailPatricia Soranno | Physical — Hydrologic — Ground water to surface water interactions |
|
Benjamin Southwell | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailBenjamin Southwell | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
David Stanton | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailDavid Stanton | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Andrea Stay | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailAndrea Stay | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Chris Steiner | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailChris Steiner | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Alan Steinman | | Biological — Climate Change — Management/Adaptation Strategies | Click to emailAlan Steinman | Biological — Climate Change — Management/Adaptation Strategies |
|
R. Jan Stevenson | | Biological — Microbial — Physiology / Organismal biology | Click to emailR. Jan Stevenson | Biological — Microbial — Physiology / Organismal biology |
|
John V. Stone | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailJohn V. Stone | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Mac Strand | | Physical — Geomorphology — Lakeshore processes | Click to emailMac Strand | Physical — Geomorphology — Lakeshore processes |
|
Kevin B. Strych... | | Biological — Climate Change — Impacts (ecological and economic) | Click to emailKevin B. Strych... | Biological — Climate Change — Impacts (ecological and economic) |
|
Dack Stuart | | Physical — Geomorphology — Lakeshore processes | Click to emailDack Stuart | Physical — Geomorphology — Lakeshore processes |
|
James Student | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailJames Student | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Rochelle Sturtevant | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailRochelle Sturtevant | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Xiaobo Tan | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailXiaobo Tan | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Volodymyr Tarabara | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailVolodymyr Tarabara | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Bill Taylor | | Human Dimensions — Blue Economy — Commercial fisheries | Click to emailBill Taylor | Human Dimensions — Blue Economy — Commercial fisheries |
|
Brian Teppen | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailBrian Teppen | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Michaela Theres... | | Human Dimensions — Water Quality Policy and Management — Community and cooperative management | Click to emailMichaela Theres... | Human Dimensions — Water Quality Policy and Management — Community and cooperative management |
|
Jessica L. Thompson | | Human Dimensions — Watershed Management — Climate adaptation | Click to emailJessica L. Thompson | Human Dimensions — Watershed Management — Climate adaptation |
|
Emily Thompson,... | | Human Dimensions — Watershed Management — Climate adaptation | Click to emailEmily Thompson,... | Human Dimensions — Watershed Management — Climate adaptation |
|
Yong Tian | | Physical — Water Quality — Physical properties (temp., transmissivity, etc.) | Click to emailYong Tian | Physical — Water Quality — Physical properties (temp., transmissivity, etc.) |
|
Scott Tiegs | | Biological — General Community Structures — Cumulative human impacts | Click to emailScott Tiegs | Biological — General Community Structures — Cumulative human impacts |
|
James Tiejde | | Biological — Microbial — Physiology / Organismal biology | Click to emailJames Tiejde | Biological — Microbial — Physiology / Organismal biology |
|
Sibel Uludag Demirer | | Biological — Microbial — Physiology / Organismal biology | Click to emailSibel Uludag Demirer | Biological — Microbial — Physiology / Organismal biology |
|
Noel R. Urban | | Human Dimensions — Blue Economy — Industrial / Manufacturing water use | Click to emailNoel R. Urban | Human Dimensions — Blue Economy — Industrial / Manufacturing water use |
|
Donald Uzarski | | Biological — Aquatic plants and emergent wetland vegetation — Restoration / Conservation / BMP | Click to emailDonald Uzarski | Biological — Aquatic plants and emergent wetland vegetation — Restoration / Conservation / BMP |
|
Janet Vail | | Biological — Aquatic plants and emergent wetland vegetation — Restoration / Conservation / BMP | Click to emailJanet Vail | Biological — Aquatic plants and emergent wetland vegetation — Restoration / Conservation / BMP |
|
Gail Vander Stoep | | Human Dimensions — Blue Economy — Tourism | Click to emailGail Vander Stoep | Human Dimensions — Blue Economy — Tourism |
|
Jacob VanHouten | | Biological — Aquatic Invertebrate — Physiology / Organismal biology | Click to emailJacob VanHouten | Biological — Aquatic Invertebrate — Physiology / Organismal biology |
|
Hans VanSumeren | | Physical — Geomorphology — Mapping technologies | Click to emailHans VanSumeren | Physical — Geomorphology — Mapping technologies |
|
Janet Vigna | | Biological — Aquatic Amphibians and Reptiles — Physiology / Organismal Biology | Click to emailJanet Vigna | Biological — Aquatic Amphibians and Reptiles — Physiology / Organismal Biology |
|
Thomas C. Voice | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailThomas C. Voice | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Joe Wagenbrenner | | Physical — Hydrologic — Fluvial surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) | Click to emailJoe Wagenbrenner | Physical — Hydrologic — Fluvial surface water (1-D, 2-D, and 3-D modeling, net basin supply measurements) |
|
Michael Wagner | | Biological — Fish — Physiology / Organismal Biology | Click to emailMichael Wagner | Biological — Fish — Physiology / Organismal Biology |
|
Glenn Walker | | Biological — Fish — Physiology / Organismal Biology | Click to emailGlenn Walker | Biological — Fish — Physiology / Organismal Biology |
|
Peter Wampler | | Physical — Geomorphology — Historical perspectives | Click to emailPeter Wampler | Physical — Geomorphology — Historical perspectives |
|
David Watkins | | Human Dimensions — Watershed Management — Climate adaptation | Click to emailDavid Watkins | Human Dimensions — Watershed Management — Climate adaptation |
|
Paul Webb | | Biological — Fish — Physiology / Organismal Biology | Click to emailPaul Webb | Biological — Fish — Physiology / Organismal Biology |
|
Veronica L. Webster | | Human Dimensions — Water Infrastructure — Water level control engineering and management | Click to emailVeronica L. Webster | Human Dimensions — Water Infrastructure — Water level control engineering and management |
|
Marshall Werner | | Biological — Fish — Physiology / Organismal Biology | Click to emailMarshall Werner | Biological — Fish — Physiology / Organismal Biology |
|
Gary Whelan | | Biological — Fish — Physiology / Organismal Biology | Click to emailGary Whelan | Biological — Fish — Physiology / Organismal Biology |
|
Eugene B. Wicke... | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailEugene B. Wicke... | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Michelle Wienert | | Human Dimensions — Watershed Management — Climate adaptation | Click to emailMichelle Wienert | Human Dimensions — Watershed Management — Climate adaptation |
|
Krista Wigginton | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailKrista Wigginton | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Mike Wiley | | Biological — General Community Structures — Whole system community dynamics and modeling | Click to emailMike Wiley | Biological — General Community Structures — Whole system community dynamics and modeling |
|
Julie Winkler | | Physical — Climate Change — Monitoring / Detection | Click to emailJulie Winkler | Physical — Climate Change — Monitoring / Detection |
|
Lois Wolfson | | Biological — Harmful Algal Blooms — Management and restoration | Click to emailLois Wolfson | Biological — Harmful Algal Blooms — Management and restoration |
|
Megan Woller-Skar | | Biological — Aquatic Invertebrate — Population dynamics and monitoring | Click to emailMegan Woller-Skar | Biological — Aquatic Invertebrate — Population dynamics and monitoring |
|
Daelyn A. Woolnough | | Biological — Aquatic Invertebrate — Community structures and dynamics | Click to emailDaelyn A. Woolnough | Biological — Aquatic Invertebrate — Community structures and dynamics |
|
Derek Wright | | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives | Click to emailDerek Wright | Chemical — Water Quality (nutrients, pH, DO, etc.) — Historical perspectives |
|
Steven Wright | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailSteven Wright | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Daniel Wujek | | Biological — Algal — Physiology / Organismal biology | Click to emailDaniel Wujek | Biological — Algal — Physiology / Organismal biology |
|
Irene Xagoraraki | | Human Dimensions — Water Infrastructure — Wastewater engineering and management | Click to emailIrene Xagoraraki | Human Dimensions — Water Infrastructure — Wastewater engineering and management |
|
Chuanwu Xi | | Chemical — Pollutants / Contaminants — Identification and monitoring | Click to emailChuanwu Xi | Chemical — Pollutants / Contaminants — Identification and monitoring |
|
Pengfei Xue | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailPengfei Xue | Physical — Hydrologic — Ground water to surface water interactions |
|
Catherine H. Yansa | | Physical — Geomorphology — Historical perspectives | Click to emailCatherine H. Yansa | Physical — Geomorphology — Historical perspectives |
|
John Yellich | | Physical — Geomorphology — Historical perspectives | Click to emailJohn Yellich | Physical — Geomorphology — Historical perspectives |
|
Junghoon Yeom | | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation | Click to emailJunghoon Yeom | Chemical — Pollutants / Contaminants — Removal / Restoration / Remediation |
|
Teresa Yoder-Nowak | | Biological — Aquatic Amphibians and Reptiles — Physiology / Organismal Biology | Click to emailTeresa Yoder-Nowak | Biological — Aquatic Amphibians and Reptiles — Physiology / Organismal Biology |
|
Foad Yousef | | Biological — General Community Structures — Cumulative human impacts | Click to emailFoad Yousef | Biological — General Community Structures — Cumulative human impacts |
|
David Zanatta | | Biological — Aquatic Invertebrate — Population dynamics and monitoring | Click to emailDavid Zanatta | Biological — Aquatic Invertebrate — Population dynamics and monitoring |
|
Jay Zarnetske | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailJay Zarnetske | Physical — Hydrologic — Ground water to surface water interactions |
|
Hongyan Zhang | | Biological — Fish — Community structures and dynamics | Click to emailHongyan Zhang | Biological — Fish — Community structures and dynamics |
|
Wei Zhang | | Physical — Hydrologic — Ground water to surface water interactions | Click to emailWei Zhang | Physical — Hydrologic — Ground water to surface water interactions |
|
Yongli Zhang | | Human Dimensions — Blue Economy — Energy / Electricity and water nexus | Click to emailYongli Zhang | Human Dimensions — Blue Economy — Energy / Electricity and water nexus |
|
Tao Zheng | | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) | Click to emailTao Zheng | Physical — Hydrologic — Groundwater (supply, recharge, movement, modeling) |
|
Gregory Zimmerman | | Biological — Aquatic plants and emergent wetland vegetation — Population dynamics and monitoring | Click to emailGregory Zimmerman | Biological — Aquatic plants and emergent wetland vegetation — Population dynamics and monitoring |
|