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US Forest Service Research & Development
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  • US Forest Service Research & Development
  • 1400 Independence Ave., SW
  • Washington, D.C. 20250-0003
  • 800-832-1355
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Dr Stan Kitchen at home in his 'office'.

Stanley G. Kitchen

Research Botanist
735 North 500 East
Provo
Utah
United States
84606

Phone: 801-356-5108
Fax: 801-375-6968
Contact Stanley G. Kitchen


Current Research

Dr Kitchen conducts research on historical and current disturbance processes and their effects on shrubland, woodland, and forest ecosystems of the Intermountain Region (USA). Studies include:1) multi-century reconstructions of fire regimes and forest structures using tree-ring-based methods; 2) post-fire succession of mountain sagebrush communities; 3) Great Basin bristlecone pine climate and wildfire vulnerability assessment and 4) long-term effects of livestock grazing practices, invasive weeds and climate variability on grassland and shrubland ecosystem stability. Other work includes investigations of intra-specific variation in life-history attributes for widely-adapted grass, forb and shrub species from the Intermountain West. Attributes of interest include: reproductive potential, mechanisms for regulating seed dormancy and germination, requirements for seedling establishment and plant longevity. Dr Kitchen collaborates in the development and testing of native plants germplasm for use in restoration plantings.

Research Interests

Interests are to use knowledge of past disturbance patterns and vegetation dynamics and their interactions to inform the development of present and future wildland management strategies; improve understanding of interactions between cronic disturbance processes (such as livestock grazing), invasive weeds and climate variability and change; and provide tools (including plant materials) for restoring functional, resilient plant communities.

Past Research

Dr Kitchen has explored within-species variation in seed dormancy and germination regulation for serveral widely-adapted perennial forb, grass and shrub species. He co-led a program to develop standardized protocols for testing seed purity, viability and germinability for numerous species important for wildland restoration plantings. His work contributed substantially to the development and release of the cultivars 'Anatone' bluebunch wheatgrass and 'Maple Grove' Lewis flax which are widely used in restoration plantings.

Why This Research is Important

Successful management and restoration strategies require a thorough understanding of natural disturbance processes and their effects on vegetation. Long-term fire histories provide a means to describe and quantify variation in fire regimes from past eras at various scales and to assess the ecological effects of current departures from historical conditions. For management and restoration strategies to be successful in the future, improved understanding is needed of the interactions of altered patterns of disturbance, invasive species and climate change.

Education

  • Utah State University, B.S. Secondary Ed/Biology 1980
  • Brigham Young University, Provo, Utah, M.S. Horticulture 1988
  • Brigham Young University Provo, Utah, Ph.D. Wildlife and Wildland Conservation 2010

Featured Publications & Products

Publications

Research Highlights

HighlightTitleYear


RMRS-2014-181
Climate Regulates Mountain big Sagebrush Recovery After Fire

Wildland fire plays a key role in shaping natural communities on semi-arid landscapes around the world. The composition and structure of plant c ...

2014


RMRS-2015-83
Detecting Ecosystem Stress at the Desert Experimental Range

The Desert Experimental Range became an outdoor laboratory representative of a prominent ecosystem under stress with expectations that the rese ...

2015


Last updated on : 10/01/2019