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Plant Sciences

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The University of Maine

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1999

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Tb175: A Numerical Method And Supporting Database For Evaluation Of Maine Peatlands As Candidtate Natural Areas, Ronald B. Davis, Dennis S. Anderson Dec 1999

Tb175: A Numerical Method And Supporting Database For Evaluation Of Maine Peatlands As Candidtate Natural Areas, Ronald B. Davis, Dennis S. Anderson

Technical Bulletins

In Maine, non-tidal peatlands comprise the last major terrestrial ecosystem group remaining largely undisturbed by humans, and for which there still exists a full range of options for protection in near-pristine condition. To make the best choices of areas to protect, ecologically based prioritization of candidate natural areas is needed. This technical bulletin presents a quantitative method of evaluation of the natural features of peatlands—providing the fundamental tool for establishing peatland protection priorities. We apply the method to the evaluation of 76 Maine peatlands representing all the morphologic/hydrologic peatland types in the biophysical regions of the state.


Mr413: An Evaluation Of Turfgrass Species And Varieties: Fineleaf Fescues, Annamarie Pennucci, Alan R. Langille Jul 1999

Mr413: An Evaluation Of Turfgrass Species And Varieties: Fineleaf Fescues, Annamarie Pennucci, Alan R. Langille

Miscellaneous Reports

The fineleaf fescues comprise 28 species of perennial grasses in the genus Festuca. The fescue species represented in the United States include deeply rooted grasses with both wide and narrow leaf types, bunch and spreading plant morphologies, and tolerances to a wide variety of environmental conditions. Several of these species exhibit desirable characteristics for turfgrass use: adaptation to cool, humid regions, tolerance to droughty acidic soils, excellent wear and shade tolerance, deep, erosion-resistant root systems and rapid recovery following mowing. This report presents the results of Maine trials in the 1993 National Turfgrass Evaluation Program (NTEP) Fineleaf Fescue Trial, which …