Principal Investigator

Austin Stone (Project Co-Lead)

Imagen
Utilizing NASA Earth Observations to Assess Vegetation Resiliency and Water Quality Concerns to Enhance Green Infrastructure Plans in Light of Extreme Weather Events

In response to projected sea level rise and extreme weather events, Miami Beach and other urban areas surrounding Biscayne Bay are developing adaptive strategies to mitigate the effects of changing environmental conditions. City officials are involved with ongoing efforts to reduce storm damage and monitor...

Principal Investigator

Kaitlyn McHenry

Imagen
Utilizing NASA Earth Observations to Assist the National Park Service with Monitoring and Addressing Visibility in Intermountain Region National Parks
 

The National Park Service (NPS) currently utilizes an interagency network of in situ aerosol monitoring stations to estimate light extinction and determine visibility across the public lands that it manages. With these well-defined particle masses and concentrations, the NPS makes estimates of visibility; however...

Principal Investigator

Kaitlyn Bretz

Imagen
Classification of five landcover types during summer of 2019 derived from Landsat 8 OLI imagery, layered onto a DEM derived from the USGS National Elevation Database. Blue represents water, grey represents developed land, and the lightest green, green, and dark green represent grassland, deciduous forest, and coniferous forest, respectively. Local stakeholders should be concerned by the advancement of invasive conifers.   Keywords: Ecological Forecasting, USFS, Kaitlyn Bretz, Madison Bradley, Sarah Hafer, Grant Verhulst​

The Mark Twain National Forest (MTNF) encompasses 1.5 million acres of public land in the Ozarks region of southeastern Missouri. The industrial boom between the 1880s and 1920s had devastating effects on the shortleaf pine (Pinus echinata), Missouri’s...

Principal Investigator

Nicholas McVey

Imagen
Utilizing NASA Earth Observations to Classify Wetland Extent in Rwanda in Support of United Nations Sustainable Development Goals

Balancing the demands of economic development and environmental protection is a challenge which requires policy-makers to be well informed about the extent and value of key natural ecosystems. Wetlands have long been known to regulate hydrological processes, reduce erosion and flooding, safeguard local biodiversity, mitigate...

Principal Investigator

Mercedes Bartkovich

 
Imagen
Greenspace suitability across the City of Atlanta, Georgia. Image Credit: Atlanta Water Resources III Team.

The Mississippi River Basin is the fourth largest drainage basin in the world, and is susceptible to multi-level flood events caused by heavy precipitation, snow melt, and changes in water table levels. Conducting flood analysis during periods of disaster is a challenging endeavor for...

Principal Investigator

Sarah Caroll

 
Imagen
Utilizing NASA Earth Observations to Delineate Riparian Corridors and Evaluate Invasive Species Cover in the Verde River Watershed

Riparian corridors in the semiarid Colorado River Basin act as an interface between terrestrial and aquatic systems, play an important role in maintaining biodiversity and wildlife habitat, and contribute to controlling erosion and buffering pollutant and nutrient runoff. However, the proliferation of invasive species...

Principal Investigator

Sarah Payne

Imagen
A turbidity algorithm was applied to visualize plume and estuary conditions in Landsat 8 OLI imagery taken on 01/23/2021 for the Russian River bar-built estuary, California. In areas of water, light orange indicates high turbidity and dark violet indicates low turbidity. Land is displayed with a true color band combination. Turbid waters can indicate poor water quality, as these conditions reduce the amount of sunlight available for photosynthesis in phytoplankton and algae that live in the water. As such, the visualization of turbidity informs conservation agencies on estuary conditions. Image created by Karina Alvarez, Rachel Darling, and Alexander Gunnerson.  Keywords: turbidity, water

Estuaries are dynamic environments that provide a host of vital ecosystem services. California’s Marine Life Protection Act protects such ecosystems by creating Marine Protected Areas. California has approximately 440,000 acres of estuarine habitats as well as 23 Estuarine Marine Protected...

Principal Investigator

Benjamin Marcovitz (Project Co-Lead)

 
Imagen
Utilizing NASA Earth Observations to Detect Changes in Nighttime Sky Brightness in Grand Teton National Park

Light pollution causes measurable damage to natural wildlife behaviors and human health, as well as decreases the ability for humans to view the night sky. The artificial brightening of the night sky, or sky glow, created by light pollution subjects nearly 100% of Americans...

Principal Investigator

Kelsey Foster

Imagen
Utilizing NASA Earth Observations to Determine Drought Dieback and Insect-related Damage in the Santa Monica Mountains, California

The Santa Monica Mountains (SMM) lie between the city of Los Angeles and the San Fernando Valley, California, enduring as a steadfast haven for native vegetation, wildlife, and recreational activities. Both public and private conservation agencies have secured protection for much of the mountain range...

Principal Investigator

Melanie Callihan

Imagen
Utilizing NASA Earth Observations to Develop a Forest Change Detection Tool for Land Conservation in Honduras

The Instituto de Conservación Forestal (ICF) in Honduras is in charge of managing and conserving millions of acres of public and privately-owned forest, including the pristine Río Plàtano Biosphere Reserve. Although one of ICF's main goals is forest conservation, illegal deforestation in Río Plàtano accounts...