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Search results - "Brianne Walsh" in with all orientations (Direct link to search results)
Verrazano Bridge Transect Conceptual diagram illustrating ecosystem characteristics along the Verrazano Bridge Transect. Source: New York Harbor: Resilience in the face of four centuries of development. http://dx.doi.org/10.1016/j.rsma.2016.06.004 diagram,New York Harbor,Arthur Kill,Staten Island,Brooklyn,Verrazano Narrows,Jamaica Bay,Queens,water clarity,habitat,stormwater,nutrients,sediment,tidal,riverine,hardened shoreline
Verrazano Bridge TransectRaster Graphic (PNG) Brianne WalshUMCES Integration & Application Network35 views0 downloads (Details)Conceptual diagram illustrating ecosystem characteristics along the Verrazano Bridge Transect. Source: New York Harbor: Resilience in the face of four centuries of development. http://dx.doi.org/10.1016/j.rsma.2016.06.004Add to lightbox
Statue of Liberty Transect Conceptual diagram illustrating ecosystem characteristics along the Statue of Liberty Transect. Source: New York Harbor: Resilience in the face of four centuries of development. http://dx.doi.org/10.1016/j.rsma.2016.06.004 diagram,New York Harbor,habitat,water clarity,New Jersey,Manhattan,Brooklyn,Liberty Island,Hudson River,tides,tidal,nutriends,agent orange
Statue of Liberty TransectRaster Graphic (PNG) Brianne WalshUMCES Integration & Application Network32 views0 downloads (Details)Conceptual diagram illustrating ecosystem characteristics along the Statue of Liberty Transect. Source: New York Harbor: Resilience in the face of four centuries of development. http://dx.doi.org/10.1016/j.rsma.2016.06.004Add to lightbox
Midtown Manhattan Transect Conceptual diagram illustrating ecosystem characteristics along the Midtown Manhattan Transect. Source: New York Harbor: Resilience in the face of four centuries of development. http://dx.doi.org/10.1016/j.rsma.2016.06.004 diagram,New York Harbor,Manhattan,New Jersey,New York,East River,Hudson River,habitat,water clarity,fish migration,tidal,riverine,stormwater,PCBs,toxins
Midtown Manhattan TransectRaster Graphic (PNG) Brianne WalshUMCES Integration & Application Network35 views0 downloads (Details)Conceptual diagram illustrating ecosystem characteristics along the Midtown Manhattan Transect. Source: New York Harbor: Resilience in the face of four centuries of development. http://dx.doi.org/10.1016/j.rsma.2016.06.004Add to lightbox
George Washington Bridge Transect Conceptual diagram illustrating ecosystem characteristics along the George Washington Bridge Transect. Source: New York Harbor: Resilience in the face of four centuries of development.         http://dx.doi.org/10.1016/j.rsma.2016.06.004 diagram,New York Harbor,habitat,water clarity,New Jersey,Manhattan,Harlem River,Hudson River,Long Island,City Island,Bronx,tides,tidal,nutriends,agent orange
George Washington Bridge TransectRaster Graphic (PNG) Brianne WalshUMCES Integration & Application Network34 views0 downloads (Details)Conceptual diagram illustrating ecosystem characteristics along the George Washington Bridge Transect. Source: New York Harbor: Resilience in the face of four centuries of development. http://dx.doi.org/10.1016/j.rsma.2016.06.004Add to lightbox
Potential shifts in seasonality in the Northeast and Midwest resulting from climate change The landscapes of the Northeast and Midwest depend on abundant and relatively predictable seasonal water regimes. Human uses of water compete with environmental flows for aquatic species, especially during drought periods. Climate change is predicted to increase temperatures and precipitation variability in the Northeast United States, causing shifts in seasonality. Diagram from Ecological drought in the Northeast United States newsletter (4pp). http://ian.umces.edu/press/newsletters/publication/540/ecological_drought_in_the_northeast_united_states_2016-09-28/ diagram,climate change,northeast,midwest,amherst,spring flows,snow,snowmelt,spring,summer,fall,winter,growing season,massachusetts,maine,new york,vermont,connecticut,minnesota,michigan,ohio
Potential shifts in seasonality in the Northeast and Midwest resulting from climate changeRaster Graphic (PNG) Brianne WalshIntegration and Application Network103 views4 downloads (Details)The landscapes of the Northeast and Midwest depend on abundant and relatively predictable seasonal water regimes. Human uses of water compete with environmental flows for aquatic species, especially during drought periods. Climate change is predicted to increase temperatures and precipitation variability in the Northeast United States, causing shifts in seasonality. Diagram from Ecological drought in the Northeast United States newsletter (4pp). http://ian.umces.edu/press/newsletters/publication/540/ecological_drought_in_the_northeast_united_states_2016-09-28/Add to lightbox
Historical, predevelopment conditions in the North Central United States, in comparison to the current state, and future trajectory of land and water use This three panel triptych illustrates historical, predevelopment conditions in the North Central United States, in comparison to the current state, and future trajectory of land and water use. Historically, the region adapted and rebounded from droughts, however, with human use and climate change, the resilience of the North Central United States against drought is reaching an unknown state. Diagram from the Ecological Drought in the North Central United States newsletter (4pp). http://ian.umces.edu/press/newsletters/publication/504/ecological_drought_in_the_north_central_united_states_2016-04-18/ diagram,Colorado,North Central,great plains,ecological drought,climate change,drought,agriculture,farming,water use,Rocky Mountains,snow,recreation
Historical, predevelopment conditions in the North Central United States, in comparison to the current state, and future trajectory of land and water useRaster Graphic (PNG) Brianne WalshIntegration and Application Network78 views3 downloads (Details)This three panel triptych illustrates historical, predevelopment conditions in the North Central United States, in comparison to the current state, and future trajectory of land and water use. Historically, the region adapted and rebounded from droughts, however, with human use and climate change, the resilience of the North Central United States against drought is reaching an unknown state. Diagram from the Ecological Drought in the North Central United States newsletter (4pp). http://ian.umces.edu/press/newsletters/publication/504/ecological_drought_in_the_north_central_united_states_2016-04-18/Add to lightbox
The impacts and changes to the boreal forest due to climate change and ecological drought Conceptual diagram illustrating the changes to the Alaska boreal forest due to climate change and ecological drought. Diagram from Ecological drought in Alaska newsletter (4pp). http://ian.umces.edu/press/newsletters/publication/488/ecological_drought_in_alaska_2015-12-02/ diagram,climate change,alaska,USGS,Climate science center,ecological drought,permafrost,hydrology,snow,moose,wildfire
The impacts and changes to the boreal forest due to climate change and ecological droughtRaster Graphic (PNG) Brianne WalshIntegration and Application Network87 views5 downloads (Details)Conceptual diagram illustrating the changes to the Alaska boreal forest due to climate change and ecological drought. Diagram from Ecological drought in Alaska newsletter (4pp). http://ian.umces.edu/press/newsletters/publication/488/ecological_drought_in_alaska_2015-12-02/Add to lightbox
Storm Timing and Impacts on Chesapeake Bay Flora and Fauna The timing of tropical storms and hurricanes can have major impacts on the life histories of Chesapeake Bay flora and fauna. Changes in water salinity can cause early spawning in some species, such as the blue crab, and increased sediment can cause widespread die-off of seagrasses.   diagram,eco-rythm,storms,chesapeake,tropical,hurricanes,early,migration,timing
Storm Timing and Impacts on Chesapeake Bay Flora and FaunaRaster Graphic (PNG) Brianne Walsh, Tracey SaxbyIntegration and Application Network439 views21 downloads (Details)The timing of tropical storms and hurricanes can have major impacts on the life histories of Chesapeake Bay flora and fauna. Changes in water salinity can cause early spawning in some species, such as the blue crab, and increased sediment can cause widespread die-off of seagrasses. Add to lightbox
Threats from Hurricanes and Tropical Storms This diagram illustrates the main threats from hurricanes and tropical storms. The counterclockwise circulation of winds in the Northern Hemisphere causes maximum winds and maximum storm surges.    diagram,hurricanes,tropical,storm,wind,surge,feild,counterclockwise,northeast,quadrant,southeast,rain
Threats from Hurricanes and Tropical StormsRaster Graphic (PNG) Brianne WalshIntegration and Application Network325 views3 downloads (Details)This diagram illustrates the main threats from hurricanes and tropical storms. The counterclockwise circulation of winds in the Northern Hemisphere causes maximum winds and maximum storm surges. Add to lightbox
Conowingo Dam Reservoir and Susquehanna Flats Depiction In the section of the river above the dam builds up with sediment, making the dam shallower. High water flow causes scouring and the transport of sediment and associated nutrients over the dam.  On this other side of the dam phosphorus mobilizes in reaction with salt water.  Further down the river seagrass beds grow on the Susquehanna flats.    diagram,conowingo,dam,susquehanna,flats,sediment,deposition,scouring,sediment,transport,nutrients
Conowingo Dam Reservoir and Susquehanna Flats DepictionRaster Graphic (PNG) Brianne WalshIntegration and Application Network525 views35 downloads (Details)In the section of the river above the dam builds up with sediment, making the dam shallower. High water flow causes scouring and the transport of sediment and associated nutrients over the dam. On this other side of the dam phosphorus mobilizes in reaction with salt water. Further down the river seagrass beds grow on the Susquehanna flats. Add to lightbox
Floating Wetlands Structure and Impact Emergent wetland species are planted in a buoyant matrix that floats at the water surface. The roots of these plants grow through the matrix and take up the nutrients they need to grow directly from the water, potentially decreasing nutrient concentrations.   diagram,floating,wetlands,water,quality,plants,chesapeake,bay,watershed,stormwater,nutrients
Floating Wetlands Structure and ImpactRaster Graphic (PNG) Brianne WalshIntegration and Application Network341 views20 downloads (Details)Emergent wetland species are planted in a buoyant matrix that floats at the water surface. The roots of these plants grow through the matrix and take up the nutrients they need to grow directly from the water, potentially decreasing nutrient concentrations. Add to lightbox
Multiple Benefits of Rain Gardens Gutters and downspouts installed onto buildings direct rainwater from roofs to rain gardens. Plants with deep root systems encourage stormwater infiltration and absorbs excess nutrient runoff. Diagram from "New Insights" (p. 37)- http://ian.umces.edu/press/publications/438/    diagram,rain,garden,benefits,stormwater,runoff,native,plants,deep,root,systems,infiltration,retention
Multiple Benefits of Rain GardensRaster Graphic (PNG) Brianne WalshIntegration and Application Network326 views27 downloads (Details)Gutters and downspouts installed onto buildings direct rainwater from roofs to rain gardens. Plants with deep root systems encourage stormwater infiltration and absorbs excess nutrient runoff. Diagram from "New Insights" (p. 37)- http://ian.umces.edu/press/publications/438/ Add to lightbox

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