The purpose of this Site Profile is to review the existing state of knowledge for important geological, physical, chemical and biological components of the York River ecosystem within which the four individual reserve sites of Chesapeake Bay National Estuarine Research Reserve in Virginia (CBNERRVA) are located. It is developed from a combination of literature and field research studies that provide an overall picture of the Reserve in terms of its ecosystem, management, and research needs. It is not designed to be a complete review of all the ecosystem components, but rather it is designed to provide, through a series of reviews, an overview of the York system to students, researchers, resource managers and the general public, and to provi...
Established through the Coastal Zone Management Act, the National Estuarine Research Reserve System ...
The biota of Chesapeake Bay seems generally less known than that of New England and much of our West...
The historical distribution and population densities of a federal listed threatened plant species, t...
The purpose of this Site Profile is to review the existing state of knowledge for important geologic...
This annotated bibliography of research conducted within the Reserves boundaries is a living documen...
The York River drainage basin is rural, with an economy based on farming, logging, fishing and recre...
Th e 1997 York River Colloquy is intended to provide an overview of some of the ongoing activities c...
The purpose of this paper is to provide an overview of the physical, chemical and biological charact...
Approximately 40% of the bottom of Chesapeake Bay is less than 2.0 m in depth and many of these broa...
This site describes the biota of the Chesapeake Bay, including mammals, fish, reptiles, amphibians, ...
Section 1: Ecological Concepts and Environmental Factors Affecting Chesapeake Bay. Section 2: Summa...
Studies of zooplankton are necessary to any broader investigation of aquatic ecosystems. In estuarie...
The Chesapeake Bay segment called Lower Mobjack Bay Lower York River Virginia was found to have insu...
Established through the Coastal Zone Management Act, the National Estuarine Research Reserve System ...
The biota of Chesapeake Bay seems generally less known than that of New England and much of our West...
The historical distribution and population densities of a federal listed threatened plant species, t...
The purpose of this Site Profile is to review the existing state of knowledge for important geologic...
This annotated bibliography of research conducted within the Reserves boundaries is a living documen...
The York River drainage basin is rural, with an economy based on farming, logging, fishing and recre...
Th e 1997 York River Colloquy is intended to provide an overview of some of the ongoing activities c...
The purpose of this paper is to provide an overview of the physical, chemical and biological charact...
Approximately 40% of the bottom of Chesapeake Bay is less than 2.0 m in depth and many of these broa...
This site describes the biota of the Chesapeake Bay, including mammals, fish, reptiles, amphibians, ...
Section 1: Ecological Concepts and Environmental Factors Affecting Chesapeake Bay. Section 2: Summa...
Studies of zooplankton are necessary to any broader investigation of aquatic ecosystems. In estuarie...
The Chesapeake Bay segment called Lower Mobjack Bay Lower York River Virginia was found to have insu...
Established through the Coastal Zone Management Act, the National Estuarine Research Reserve System ...
The biota of Chesapeake Bay seems generally less known than that of New England and much of our West...
The historical distribution and population densities of a federal listed threatened plant species, t...