Principal Investigator

Holly Gould

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Land surface temperature averages for 2014 through 2018 derived using the new Landsat Level-2 Provisional Surface Temperature product (Landsat 7 ETM+ and Landsat 8 OLI). This image is focused on Providence, RI, and was used to assess urban heat within the city. Higher surface temperatures appear lighter pink; lower surface temperatures appear deeper pink. The blue areas represent the water surrounding the area.

Coastal cities like Providence, RI, and Elizabeth, NJ, are directly affected by extreme heat and flooding events, which impacts the lives of community members. Groundwork USA is a community-based non-profit organization dedicated to increasing environmental resilience in urban communities. One...

Principal Investigator

Julia Sullivan

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Utilizing NASA Earth Observations to Forecast Forest Risk to Bark Beetle Attack in Support of a Forest Bioenergy Feasibility Assessment

The mountain pine beetle (Dendroctonus ponderosae) is an endemic species and a natural driver of forest ecosystems. This beetle has impacted millions of acres of coniferous forest in the western United States since the early 2000s. Forest ecosystems provide critical habitat for wildlife, filter air...

Principal Investigator

John Dialesandro

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Daytime average land surface temperature (LST) for the City of San Diego, California from 2018-2020. LST data are derived from the Landsat 8 Operational Land Imager, retrieved from Google Earth Engine. The Surface Reflectance Tier 1 products of albedo, Normalized Difference Vegetation Index, and brightness were used to calculate LST. Yellow indicates coolest (65° F) and burnt orange the hottest (147° F) temperatures. Built environments (airports and freeways) are much hotter than unbuilt green areas.  Keywords: InVEST cooling model, Urban heat, San Diego

Exposure to heat exacerbated by an increase in urbanization as well as increasing global temperatures has become a growing concern for cities and their residents. Excess heat can cause increased heat-related morbidity, mortality, and energy costs. Vulnerability to heat-related illnesses...

Principal Investigator

Jillian Walechka

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Mean Land Surface Temperature (LST) calculated using thermal imagery from Landsat 8 TIRS using open-source code from Emirda et al. (2020), on imagery from June-August 2015-2020. The city of Yonkers, NY sits to the bottom-center of the map, the Hudson River to the west and Long Island Sound to the east. Blue shows waterbodies, green displays areas of cooler LST, and orange/red areas display areas of hotter LST.  Keywords: Land Surface Temperature, LST, UHI, Urban Heat Island, Yonkers, New York, Landsat 8, TIRS, Westchester County, Jillian Walechka, Joseph Scarmuzza, Kathryn Greenler, Samain Sabrin, Tanya Bils

The City of Yonkers, New York, is located directly north of the Bronx in Westchester County and currently hosts a population of nearly 200,000. In response to increasing hot-weather episodes, the risk of heat-related illnesses and mortality is disproportionately affecting...

Principal Investigator

Cody O'Dale

 
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Utilizing NASA Earth Observations to Identify Existing Surface Water Features and Improve Water Management and Resource Allocation in Southeast Idaho

Understanding water dynamics in southeast Idaho is critical to planning and improving water management practices. Partner organizations that focus on water resource management, such as the Bureau of Land Management (BLM) and Idaho Department of Water Resources (IDWR), currently use the National Hydrography Dataset...

Principal Investigator

Madeline Ruid

 
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Utilizing NASA Earth Observations to Map Eastern Hemlock for Hemlock Woolly Adelgid Management in Adirondack Park and Tug Hill State Forest, New York

The hemlock woolly adelgid, Adelges tsugae (Annand), is an invasive species first identified on the East Coast of the United States in Richmond, Virginia in 1951. The pest has spread rapidly and has devastated eastern hemlock, Tsuga canadensis (L.) Carrière, populations from Georgia to...

Principal Investigator

Thinley Yidzin Wangden

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Map showing the resistance of the landscape for Asian elephant (Elephas maximus) movement, created using Landsat 5 TM, Landsat 8 OLI, SRTM and MODIS data from 2019. The area displayed is the southern Bhutan foothills. Shades of pink indicate areas of high resistance to elephants while lighter shades of blue indicate areas of low resistance. The data can guide the allocation of biological corridors for elephants in southern Bhutan.  Keywords: Biological corridors, Asian Elephants, Southern Bhutan

The diverse landscapes of Bhutan host a rich biodiversity of animal and plant species. Asian elephants (Elephas maximus) are a flagship keystone wildlife species whose conservation is essential for the functioning of Bhutan’s forest ecosystems. Despite this, increasing habitat loss...

Principal Investigator

Thinley Yidzin Wangden

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2020 Landsat 8 OLI data processed using principal component analysis with a band combination of 2, 3, and 9. Human settlements and roads are indicated by the green dots and white lines, respectively. The area displayed is the town of Gelephu along the southern border of Bhutan. Different colors represent different land cover types. This will provide information on land change trends which will assist partners in urban planning and allocation of wildlife corridors.  Keywords: remote sensing, Asian elephant habitat, Bhutan, LULC change mapping, LULC change forecasting, wildlife corridor mapping

Habitat loss of the endangered Asian elephants (Elephas maximus) accompanied by rapid urbanization has contributed to the rising Human-Elephant Conflict (HEC) crisis in southern Bhutan. This poses a serious threat to the survival of Asian elephants, a keystone...

Principal Investigator

Emma Hatcher

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Utilizing NASA Earth Observations to Model Potential Suitable Habitat of Invasive Species Threatening Alaskan Wetlands

The rapid expansion of purple loosestrife (Lythrum salicaria) and reed canarygrass (Phalaris arundinacea L.) into aquatic and wetland systems has reduced native plant abundance, decreased species diversity, and degraded wildlife habitats for birds and amphibians throughout North America. The expansion of these invasive species into...

Principal Investigator

Victor Lenske

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Utilizing NASA Earth Observations to Monitor Marsh Health in the Chesapeake Bay to Support the Maryland Department of Natural Resources Coastal Resiliency Assessment

Tidal wetlands, such as marshes, are among the Chesapeake Bay's most protective natural features. Not only do they provide vital ecological services such as breeding grounds and water purification, but wetlands also deliver direct benefits to coastal communities through water absorption, wave attenuation, and sediment...