Contents x
        Monitoring
        7 Articles  in this category
            Contents

            Monitoring

            7 Articles in this category

              Forest Vegetation Response to White-Tailed Deer Population Reductions in a Large Urban Park

              Overabundance of white-tailed deer (Odocoileus virginianus) constitutes a threat to the biological diversity and ecosystem function of forested natural areas. Managers of Eagle Creek Park, a large forested park in Marion County, Indiana, that is sur...

              Monitoring Forest Restoration Activities in New York City Parks

              The New York City Department of Parks & Recreation (NYC Parks) owns 30,000 acres of property in New York City, 12,000 acres of this is natural areas, including 7,300 acres of forest. These forests have been monitored and managed since the Natura...

              Natural Area Monitoring at Indianapolis Parks

              This case study describes how the Indianapolis Land Stewardship team's work expanded from a 13-acre acorn planting project in 1992 to 1,900 acres under management today. Monitoring has had to change to encompass the expanding program, including impr...

              Monitoring of Forested Natural Areas in St. Louis, Missouri

              St. Louis City, MO, contains 121 acres managed as woodland or forested natural areas: 98 acres in Forest Park and 13 acres in O’Fallon Park. In Forest Park, standardized Missouri forest vegetation monitoring plots were started in 1993 to develop and...

              Long-term Outcomes of Forest Restoration in a New York City Park

              Creating, restoring, and sustaining forests in urban areas are complicated by habitat fragmentation, invasive species, and degraded soils. Although there is some research on the outcomes of urban reforestation plantings during the first 5 years, th...

              Trash in Creeks: Field Investigation Report and Benchmark Research Study

              In a nutshell, this resource offers: A study with recommendations to improve the ecological health and safety of Austin's rivers, lakes, and creeks, by addressing litter problems, prevention, and abatement Current data, historical trends, and ...

              How much to manage? Management intensity steers the fate of urban forest restoration

              In 1984, New York City adopted a city-wide program to promote native forest regeneration, focusing on invaded canopy gaps lacking native tree regeneration. The city removed invasive plants and planted native trees in the resulting clearings. After i...
              The Forests in Cities Network is a national network dedicated to promoting and advancing healthy forested natural areas in cities across America through science, management, partnerships, and communications. The Forests in Cities Network was created in 2019 by the Natural Areas Conservancy.
              Resource library categories
              About us
              © 2022 Natural Areas Conservancy. All Rights Reserved.