Northeast Region Urban Landscapes Capabilities Team
Urban Landscapes Northeast Region Capabilities Team
Urban Infrastructure and Water Management—Science Capabilities of the U.S. Geological Survey
The ULCT serves as a resource to assist the Region and its Science Centers for developing regional science programs that provide technical support on impacts of urban development on water resources and ecosystems. Specific objectives include:
• Build expertise to help communities understand their natural resources and effects of urbanization
• Develop expertise in the effects of climate change and natural disasters on urban waters and ecology
• Interface with other Federal agencies
• Create a technical vision for urban waters science
• Support the Urban Waters Federal Partnership
Studies currently underway:
• Microplastics in Urban Streams of the Northeast Region
The Northeast Region hosts Urban Landscapes, Coastal Science, and Flood Science Capability Teams.
Northeast Region Urban Landscapes Capability Team
Urban landscapes commonly are impacted in many ways, including degraded water quality, fragmented habitats, invasive species, contaminant spills and transport, reduced groundwater recharge, increasing streamflow flashiness, and others. Urban development disrupts native biological communities, particularly the loss of sensitive biota. Every aquifer or stream can be degraded by inputs of nutrients, contaminants and/or sediments. In addition, stormwater runoff is a major problem in urban areas, increasing flooding or contaminant loads in local streams and rivers and costing cities millions of dollars to mitigate. The USGS Northeast Region has been an active participant in the Urban Waters Federal Partnership (UWFP), which is a White House sponsored program designed to reconnect urban communities, particularly those that are overburdened or economically distressed, with their waterways by improving coordination among Federal agencies and collaborating with community-led revitalization efforts to improve our Nation’s water systems and to promote their economic, environmental, and social benefits. Through the Urban Waters Federal Partnership, the Northeast Region is working with many Federal, state and local partners to improve and protect water quality, restore urban watersheds, create recreational opportunities, and improve social and economic conditions in unserved urban communities. Understanding the processes controlling urban impacts on ecosystems is not only a critical focus of the White House through the UWFP, but also of the USEPA, the Great Lakes Restoration Initiative, and many State and local stakeholders.
GOALS
The Northeast Region Urban Landscapes Capability Team will advance the Northeast Region as a leader in urban science and decision support programs. The Team will be a resource to assist the Region and its Science Centers to develop and maintain science programs that provide information on impacts of urban development on ecosystems, aquifer systems, streams and other waterbodies and implications for watershed management. Specific areas for technical collaboration will include:
- Impacts on streams and other waterbodies;
- Effects on terrestrial and aquatic ecosystems;
- Effects on flood discharge and frequency;
- Green infrastructure and ecosystem services;
- Impact on communities;
- Ways to minimize impact on urban waters quality and quantity from urban development
MAJOR OBJECTIVES
- Major objectives for the Northeast Region Urban Landscapes Capability Team will include:
- Build and maintain urban science program for Northeast Region SCs and assist the Northeast Region Headquarters staff with regional program development through technical support.
- Work with Northeast Region scientists to develop a technical vision for new urban waters science work and decision making tools.
- Keep Region technical staff aware of urban waters science related developments through Webinars and face-to-face meetings. Maintain forums for Region SCs to share technical problems and ideas.
- Interface with other USGS Regions, particularly the Midwest Region (since it is also developing an emphasis on urban science), to draw upon their expertise and foster information exchange.
- Support the UWFP by providing the necessary science to advance the initiative.
- Develop expertise to support communities in understanding and addressing the impacts from a changing climate, (e.g., more frequent and intense storms, increasing coastal events, sea-level rise) and building a more resilient community.
- Build expertise in understanding the unique impacts from natural disasters on urban areas and develop tools and resources to help communities recover from those impacts.
STUDIES CURRENTLY UNDERWAY
• Microplastics in Urban Streams of the Northeast Region
ULCT MEMBERS
Northeast
Gregory E Granato, New England WSC, ggranato@usgs.gov
Guy K Holzer, New England WSC, gholzer@usgs.gov
James F Coles, New England WSC jcoles@usgs.gov
Kimberly W Campo, New England WSC kcampo@usgs.gov
Leslie A Desimone, New England WSC ldesimon@usgs.gov
Robert H Flynn, New England WSC rflynn@usgs.gov
Amy Simonson, New York WSC asimonso@usgs.gov
Brett A Hayhurst, New York WSC bhayhurs@usgs.gov
Christopher E Schubert, New York WSC schubert@usgs.gov
Irene Fisher, New York WSC ifisher@usgs.gov
James P Tucci, New York WSC jtucci@usgs.gov
Karen Riva Murray, New York WSC, krmurray@usgs.gov
Robert F Breault, New York WSC, rbreault@usgs.gov
Robert J Welk, New York WSC, rwelk@usgs.gov
Shawn C Fisher, New York WSC, scfisher@usgs.gov
Stephen A Terracciano, New York WSC, saterrac@usgs.gov
Tia-Marie Scott, New York WSC, tia-mariescott@usgs.gov
Daniel D Skulski, New Jersey WSC, dskulski@usgs.gov
Kaitlin M Zoida, New Jersey WSC, kzoida@usgs.gov
Pamela A Reilly, New Jersey WSC, jankowsk@usgs.gov
Zoltan Szabo, New Jersey WSC, zszabo@usgs.gov
Heather Eggleston, Pennsylvania WSC, egglesto@usgs.gov
Joseph W Duris, Pennsylvania WSC, jwduris@usgs.gov
Lee W Eicholtz, Pennsylvania WSC, eicholtz@usgs.gov
Leif E Olson, Pennsylvania WSC, leolson@usgs.gov
Robin A Brightbill, Pennsylvania WSC, rabright@usgs.gov
Tammy M Zimmerman, Pennsylvania WSC, tmzimmer@usgs.gov
Brenda F Majedi, Maryland-Delaware-D.C. WSC, blfeit@usgs.gov
Charles W Walker, Maryland-Delaware-D.C. WSC, cwwalker@usgs.gov
David P Brower, Maryland-Delaware-D.C. WSC, dpbrower@usgs.gov
Edward J Doheny, Maryland-Delaware-D.C. WSC, ejdoheny@usgs.gov
Emily H Majcher, Maryland-Delaware-D.C. WSC, emajcher@usgs.gov
Fisseha S Mengistu, Maryland-Delaware-D.C. WSC, fmengistu@usgs.gov
Joseph M Bell, Maryland-Delaware-D.C. WSC, jmbell@usgs.gov
Rosemary M Fanelli, Maryland-Delaware-D.C. WSC, rfanelli@usgs.gov
Alyssa K Melberg, Virginia-West Virginia WSC, amelberg@usgs.gov
Dianna M Hogan, Virginia-West Virginia WSC, dhogan@usgs.gov
John D Jastram, Virginia-West Virginia WSC, jdjastra@usgs.gov
Kenneth E Hyer, Virginia-West Virginia WSC, kenhyer@usgs.gov
Timothy J McHale, Great Lakes SC, tmchale@usgs.gov
Harold B Underwood, Patuxent SC, hbunderw@usgs.gov
Kristina G Hopkins, Eastern Geographic SC, khopkins@usgs.gov
Midwest
Ralph J Haefner, Michigan WSC, rhaefner@usgs.gov
Austin K Baldwin, Idaho WSC, akbaldwi@usgs.gov
Kevin D Richards, Iowa WSC, krichard@usgs.gov
William R Selbig, Wisconsin WSC, wrselbig@usgs.gov
Southwest
Zulimar Lucena, New Mexico WSC, zlucena@usgs.gov
David J Hester, Southwest Geographic, SC dhester@usgs.gov
Daniel K Jones, Utah WSC, dkjones@usgs.gov
Jack B Epstein, Emeritus (geologist), jepstein@usgs.gov
Mark A Drummond, Fort Collins SC, madrummond@usgs.gov
Headquarters
Cherie V Miller, Headquarters (Reston, VA), cvmiller@usgs.gov
Daniel J Hippe, Headquarters (Reston, VA), djhippe@usgs.gov
Douglas J Yeskis, Headquarters (Reston, VA), djyeskis@usgs.gov
Peter S Murdoch, Headquarters (Reston, VA), pmurdoch@usgs.gov
Timothy J Reilly, Headquarters (Reston, VA), tjreilly@usgs.gov
Vivian P Nolan, Headquarters (Reston, VA), vpnolan@usgs.gov
Sister agencies
Catherine Bozek, U.S. Fish and Wildlife Service, catherine_bozek@fws.gov
Susan E Wells, U.S. Fish and Wildlife Service, susan_wells@fws.gov
Heather M Passchier, National Park Service, Heather_Passchier@nps.gov
DOI
Pelstring Lisa M, U.S. Department of the Interior, Lisa_Pelstring@ios.doi.gov
USGS data are served to the public via data reports, publications, and the National Water Information System
Surface Water Watch
Below are publications associated with this project.
Contaminants in urban waters—Science capabilities of the U.S. Geological Survey
Urban hydrology—Science capabilities of the U.S. Geological Survey
Urban development and stream ecosystem health—Science capabilities of the U.S. Geological Survey
Streamflow, water quality, and aquatic macroinvertebrates of selected streams in Fairfax County, Virginia, 2007-12
Method to support Total Maximum Daily Load development using hydrologic alteration as a surrogate to address aquatic life impairment in New Jersey streams
Quality of stormwater runoff discharged from Massachusetts highways, 2005-07
Below are partners associated with this project.
The ULCT serves as a resource to assist the Region and its Science Centers for developing regional science programs that provide technical support on impacts of urban development on water resources and ecosystems. Specific objectives include:
• Build expertise to help communities understand their natural resources and effects of urbanization
• Develop expertise in the effects of climate change and natural disasters on urban waters and ecology
• Interface with other Federal agencies
• Create a technical vision for urban waters science
• Support the Urban Waters Federal Partnership
Studies currently underway:
• Microplastics in Urban Streams of the Northeast Region
The Northeast Region hosts Urban Landscapes, Coastal Science, and Flood Science Capability Teams.
Northeast Region Urban Landscapes Capability Team
Urban landscapes commonly are impacted in many ways, including degraded water quality, fragmented habitats, invasive species, contaminant spills and transport, reduced groundwater recharge, increasing streamflow flashiness, and others. Urban development disrupts native biological communities, particularly the loss of sensitive biota. Every aquifer or stream can be degraded by inputs of nutrients, contaminants and/or sediments. In addition, stormwater runoff is a major problem in urban areas, increasing flooding or contaminant loads in local streams and rivers and costing cities millions of dollars to mitigate. The USGS Northeast Region has been an active participant in the Urban Waters Federal Partnership (UWFP), which is a White House sponsored program designed to reconnect urban communities, particularly those that are overburdened or economically distressed, with their waterways by improving coordination among Federal agencies and collaborating with community-led revitalization efforts to improve our Nation’s water systems and to promote their economic, environmental, and social benefits. Through the Urban Waters Federal Partnership, the Northeast Region is working with many Federal, state and local partners to improve and protect water quality, restore urban watersheds, create recreational opportunities, and improve social and economic conditions in unserved urban communities. Understanding the processes controlling urban impacts on ecosystems is not only a critical focus of the White House through the UWFP, but also of the USEPA, the Great Lakes Restoration Initiative, and many State and local stakeholders.
GOALS
The Northeast Region Urban Landscapes Capability Team will advance the Northeast Region as a leader in urban science and decision support programs. The Team will be a resource to assist the Region and its Science Centers to develop and maintain science programs that provide information on impacts of urban development on ecosystems, aquifer systems, streams and other waterbodies and implications for watershed management. Specific areas for technical collaboration will include:
- Impacts on streams and other waterbodies;
- Effects on terrestrial and aquatic ecosystems;
- Effects on flood discharge and frequency;
- Green infrastructure and ecosystem services;
- Impact on communities;
- Ways to minimize impact on urban waters quality and quantity from urban development
MAJOR OBJECTIVES
- Major objectives for the Northeast Region Urban Landscapes Capability Team will include:
- Build and maintain urban science program for Northeast Region SCs and assist the Northeast Region Headquarters staff with regional program development through technical support.
- Work with Northeast Region scientists to develop a technical vision for new urban waters science work and decision making tools.
- Keep Region technical staff aware of urban waters science related developments through Webinars and face-to-face meetings. Maintain forums for Region SCs to share technical problems and ideas.
- Interface with other USGS Regions, particularly the Midwest Region (since it is also developing an emphasis on urban science), to draw upon their expertise and foster information exchange.
- Support the UWFP by providing the necessary science to advance the initiative.
- Develop expertise to support communities in understanding and addressing the impacts from a changing climate, (e.g., more frequent and intense storms, increasing coastal events, sea-level rise) and building a more resilient community.
- Build expertise in understanding the unique impacts from natural disasters on urban areas and develop tools and resources to help communities recover from those impacts.
STUDIES CURRENTLY UNDERWAY
• Microplastics in Urban Streams of the Northeast Region
ULCT MEMBERS
Northeast
Gregory E Granato, New England WSC, ggranato@usgs.gov
Guy K Holzer, New England WSC, gholzer@usgs.gov
James F Coles, New England WSC jcoles@usgs.gov
Kimberly W Campo, New England WSC kcampo@usgs.gov
Leslie A Desimone, New England WSC ldesimon@usgs.gov
Robert H Flynn, New England WSC rflynn@usgs.gov
Amy Simonson, New York WSC asimonso@usgs.gov
Brett A Hayhurst, New York WSC bhayhurs@usgs.gov
Christopher E Schubert, New York WSC schubert@usgs.gov
Irene Fisher, New York WSC ifisher@usgs.gov
James P Tucci, New York WSC jtucci@usgs.gov
Karen Riva Murray, New York WSC, krmurray@usgs.gov
Robert F Breault, New York WSC, rbreault@usgs.gov
Robert J Welk, New York WSC, rwelk@usgs.gov
Shawn C Fisher, New York WSC, scfisher@usgs.gov
Stephen A Terracciano, New York WSC, saterrac@usgs.gov
Tia-Marie Scott, New York WSC, tia-mariescott@usgs.gov
Daniel D Skulski, New Jersey WSC, dskulski@usgs.gov
Kaitlin M Zoida, New Jersey WSC, kzoida@usgs.gov
Pamela A Reilly, New Jersey WSC, jankowsk@usgs.gov
Zoltan Szabo, New Jersey WSC, zszabo@usgs.gov
Heather Eggleston, Pennsylvania WSC, egglesto@usgs.gov
Joseph W Duris, Pennsylvania WSC, jwduris@usgs.gov
Lee W Eicholtz, Pennsylvania WSC, eicholtz@usgs.gov
Leif E Olson, Pennsylvania WSC, leolson@usgs.gov
Robin A Brightbill, Pennsylvania WSC, rabright@usgs.gov
Tammy M Zimmerman, Pennsylvania WSC, tmzimmer@usgs.gov
Brenda F Majedi, Maryland-Delaware-D.C. WSC, blfeit@usgs.gov
Charles W Walker, Maryland-Delaware-D.C. WSC, cwwalker@usgs.gov
David P Brower, Maryland-Delaware-D.C. WSC, dpbrower@usgs.gov
Edward J Doheny, Maryland-Delaware-D.C. WSC, ejdoheny@usgs.gov
Emily H Majcher, Maryland-Delaware-D.C. WSC, emajcher@usgs.gov
Fisseha S Mengistu, Maryland-Delaware-D.C. WSC, fmengistu@usgs.gov
Joseph M Bell, Maryland-Delaware-D.C. WSC, jmbell@usgs.gov
Rosemary M Fanelli, Maryland-Delaware-D.C. WSC, rfanelli@usgs.gov
Alyssa K Melberg, Virginia-West Virginia WSC, amelberg@usgs.gov
Dianna M Hogan, Virginia-West Virginia WSC, dhogan@usgs.gov
John D Jastram, Virginia-West Virginia WSC, jdjastra@usgs.gov
Kenneth E Hyer, Virginia-West Virginia WSC, kenhyer@usgs.gov
Timothy J McHale, Great Lakes SC, tmchale@usgs.gov
Harold B Underwood, Patuxent SC, hbunderw@usgs.gov
Kristina G Hopkins, Eastern Geographic SC, khopkins@usgs.gov
Midwest
Ralph J Haefner, Michigan WSC, rhaefner@usgs.gov
Austin K Baldwin, Idaho WSC, akbaldwi@usgs.gov
Kevin D Richards, Iowa WSC, krichard@usgs.gov
William R Selbig, Wisconsin WSC, wrselbig@usgs.gov
Southwest
Zulimar Lucena, New Mexico WSC, zlucena@usgs.gov
David J Hester, Southwest Geographic, SC dhester@usgs.gov
Daniel K Jones, Utah WSC, dkjones@usgs.gov
Jack B Epstein, Emeritus (geologist), jepstein@usgs.gov
Mark A Drummond, Fort Collins SC, madrummond@usgs.gov
Headquarters
Cherie V Miller, Headquarters (Reston, VA), cvmiller@usgs.gov
Daniel J Hippe, Headquarters (Reston, VA), djhippe@usgs.gov
Douglas J Yeskis, Headquarters (Reston, VA), djyeskis@usgs.gov
Peter S Murdoch, Headquarters (Reston, VA), pmurdoch@usgs.gov
Timothy J Reilly, Headquarters (Reston, VA), tjreilly@usgs.gov
Vivian P Nolan, Headquarters (Reston, VA), vpnolan@usgs.gov
Sister agencies
Catherine Bozek, U.S. Fish and Wildlife Service, catherine_bozek@fws.gov
Susan E Wells, U.S. Fish and Wildlife Service, susan_wells@fws.gov
Heather M Passchier, National Park Service, Heather_Passchier@nps.gov
DOI
Pelstring Lisa M, U.S. Department of the Interior, Lisa_Pelstring@ios.doi.gov
USGS data are served to the public via data reports, publications, and the National Water Information System
Surface Water Watch
Below are publications associated with this project.
Contaminants in urban waters—Science capabilities of the U.S. Geological Survey
Urban hydrology—Science capabilities of the U.S. Geological Survey
Urban development and stream ecosystem health—Science capabilities of the U.S. Geological Survey
Streamflow, water quality, and aquatic macroinvertebrates of selected streams in Fairfax County, Virginia, 2007-12
Method to support Total Maximum Daily Load development using hydrologic alteration as a surrogate to address aquatic life impairment in New Jersey streams
Quality of stormwater runoff discharged from Massachusetts highways, 2005-07
Below are partners associated with this project.