Sentence examples for managed pine stands from inspiring English sources

To better inform managers about options for providing open pine conditions in intensively managed pine stands, we used meta-analyses to examine biodiversity and open pine focal species responses to 5 stand establishment intensities and 4 mid-rotation practices (prescribed fire, selective herbicide, fire and herbicide combination, and thinning).

We conducted seven live-trapping sessions during June August 2012 on three intensively managed pine stands (control) and three intensively managed pine stands intercropped with switchgrass (treatment).

Therefore, we investigated avian responses to combinations of prescribed fire and herbicide (imazapyr) treatments within a matrix of intensively managed pine stands in east-central Mississippi, USA.

High yield commercial forests are an important source of fiber for global forest product needs and the southeastern United States is a key region for global wood supply needs with intensively managed pine stands (Pinus spp).

Therefore, we investigated vegetation structure, coverage, and diversity responses to combinations of prescribed fire and herbicide (imazapyr) treatments within mid-rotation, thinned, intensively managed pine stands within a managed forest matrix in east-central Mississippi, USA during 1999 2008.

Habitat management, particularly dormant-season prescribed fire with or without prior herbicide application may provide an opportunity for achieving sustainability goals relative to biodiversity in intensively managed pine stands.

Therefore, stand-level management activities that decrease vegetation structure, such as thinning intermediate-aged stands and/or controlling midstory vegetation (e.g., fire or herbicide applications), likely will maintain or increase suitability of managed pine forest stands and landscapes for many bat species in the southeastern Coastal Plain.

Therefore, compelling evidence exists that the pure stands of managed pine forests in western and southern Alabama have been attributed as being the major barrier to the spread of the raccoon enzootic further west into Mississippi.

Therefore, we investigated bird community responses to five stand-establishment treatments in intensively managed pine (Pinus spp).

However, presence of species with high conservation value and availability of early successional habitat conditions emphasized conservation potential of intensively managed pine forests for birds and justify further experimental investigation of bird community responses to stand-establishment treatments.

In eastern North Carolina, USA, intensively managed pine (Pinus spp).