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Phytoplankton responses to localized climate patterns in the Potomac River tributary of the Chesapeake Bay
(Advanced Academic Programs, The Johns Hopkins University, 2008)
Independent Graduate Project in Environmental Sciences and Policy
(Advanced Academic Programs, The Johns Hopkins University, 2011)
A Policy Proposal to Reduce Nitrogen and Phosphorus Levels in the Chesapeake Bay
(2019-05)
The State of Maryland has been steadfast in their commitment to the health and recovery of the Chesapeake Bay. Environmental policy has been a large part of Maryland’s political agenda and development for many years, with ...
Effects of land use and land cover on alosine spawning habitat in non-tidal tributaries to the Bush River, Maryland: Implications for Ecosystem Based Fisheries Management
(Advanced Academic Programs, The Johns Hopkins University, 2011)
There is extensive literature on the effects of land use and land cover on aquatic biodiversity and integrity of habitat. Aquatic health in lotic systems has been found to decline with increasing development and construction ...
A Review of Hypoxia in the Chesapeake Bay Under Climate Change
(2020-05)
The Chesapeake Bay is the largest estuary in the United States, with high ecological and economic values. However, hypoxia occurs in the Chesapeake Bay every summer and threatens the ecosystem of the Bay. The seasonal ...