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Filtering by: Subject Rare plants -- Effect of global warming on -- Oregon

Using local climate to explain temporal variation in rare plant populations

Creator:

Pfingsten, Ian A.

Abstract:

Increased temperatures due to anthropogenic-induced climate change may raise the threat of extinction for taxa with sessile life histories (e.g., plants) in the near future. Linking climate change models to demographic models may provide useful insights into the potential effects of environmental changes on rare plants, and therefore aid in...

Resource Type:

Masters Thesis

Full Text:

explicitly in demographic population matrix models of two rare plant species found in Oregon and Idaho. I
Patterns of tree establishment and vegetation composition in relation to climate and topography of a subalpine meadow landscape, Jefferson Park, Oregon, USA

Creator:

Zald, Harold S. J.

Abstract:

The forest alpine tundra ecotone (FTE, also known as alpine treeline or subalpine parkland), is a conspicuous feature of mountain landscapes throughout the world. Climate change-driven increases in temperature are believed to result in FTE movement and tree invasion of subalpine meadows, which have been documented throughout the Northern Hemisphere...

Resource Type:

Dissertation

Full Text:

Forest Science presented on March 9, 2010. Title: Patterns of Tree Establishment and Vegetation