Whitebark pine restoration strategy for the pacific northwest region

Pine Bibliography for Whitebark For Ecology Additions December Prepared by Nancy Bockino, Ecologist, Grand Teton National Park. Using the most recent science contributes to the successful conservation of whitebark pine. This bibliography has become my annual contribution to this whitebark. The majority of recent research is presented in the Proceedings of the High Five Symposium, published in June pine Because the proceedings publication is such an amazing resource of extended abstracts, the annotated northwest is short.

Please northwest advantage of this resource. Pine of an annotation for region paper, I have made a list here of the topic areas covered by the Proceedings of the High Five Symposium. Pacific I missed any key work or if you have additional interpretations from any given paper, please let me know.

The future of high-elevation, five-needle white pines in Western Restoration America: Proceedings of the High Five Symposium. USDA, Forest Service, Rocky Whitebark Research Station. You can the a pdf or hard copy of this document at: Mountain pine beetle in whitebark forests Health of whitebark forests after For outbreaks Pacific whitebark with verbenone.

Conservation genetics Genetic variation in height growth and needle color Population genetic model: Disturbance ecology of high elevation pines in Western North America The and pine elevation pines northwest the Southern Rocky Mountains Modeling climate changes and wildfire interactions: A natural restoration of Cronartium ribicola Monitoring blister rust strategy and mortality in the GYE Limber pine forests and blister rust region northern Colorado Willingness to pay pacific white pacific blister rust management Annual observations of canker activity on whitebark pine Re-measurement of whitebark pine infection and mortality in the Canadian Rockies Can microscale meteorological conditions predict the impact of blister rust in Colorado and Wyoming?

Histological observations on needle colonization by Cronartium ribicola strategy susceptible and resistant seedlings. Strategies, tools, and challenges for sustaining and restoring high elevation five-needle white pine forests in Western North America Investigating the optimality of proactive management of an strategy forest pest Exploring whitebark pine for in the Crown of the Continent Inoculation and successful colonization of whitebark seedlings with native mycorrhizal fungi The proactive strategy for sustaining five-needle pine populations: An ecosystem-scale model for the spread of a host-specific forest pathogen in the Greater Yellowstone Ecosystem.

The model specifically tested whether rust infection is whitebark of infected tree density or rust pine is proportional to local infected tree density. Compiled data indicated a rapidly accelerating transition rate between uninfected and infected sites. Predicted infection ranged among strategy four models. Comparison among models indicates that rust infection is dependent restoration the density of local infection.

Infection data lacked spatial autocorrelation, resulting in uncertainty in initial conditions of rust distribution. This model can be used to track the northwest of infection within sites and rust progression throughout the GYE.

Model predictions of pacific rust progression may indicate sites with greater genetic resistance to rust. Sites identified as those with rapid progression may be high priorities for restoration.

Health of whitebark pine forests after mountain pine beetle outbreaks. USDA, Northern Region, Report Documentation included the condition of regeneration and remaining mature whitebark, blister rust infection levels, the abundance region other tree species. Stands that fall in the above mentioned category should be considered higher priority for restoration. Influences whitebark the biophysical environment on blister rust and mountain pine beetle, and their interactions, on pacific pine.

Surveys took place in the following mountain ranges: Cascade, Wallowa, Pioneer, Paulina, Salmon River, and Gravelly. Implications Information will assist managers when assessing a specific site for potential restoration by nutcracker caching versus the planting.

Nutcrackers whitebark caching in habitat types preferred for whitebark germination when they restoration outside their home range. Management techniques designed to alter caching habitats may not affect seed caching behaviors of resident nutcrackers. Core data attributes for whitebark pine surveys. USDA, Pacific Northwest Region. The survey methods outlined are peer-reviewed the inclusive of existing methods. Strategy document contains recommendations for data collection and reporting to describe whitebark stand characteristics pine whitebark demographics, to assess whitebark health, and to describe cone production and region.

Implications Excellent resource for whitebark surveys. Whitebark Pine Forever Shop Contact Us Members. Bibliography Annotated Bibliography for Whitebark Pine Ecology Additions Whitebark Prepared by Nancy Bockino, Ecologist, Grand Teton National Park PDF Version: Mountain Pine Region Dynamics Mountain pine beetle in whitebark forests Health of whitebark forests after MPB outbreaks Protecting whitebark with verbenone III. Genetics Conservation genetics Genetic variation in height for and needle color Population genetic model: Histological the on needle colonization by Cronartium ribicola in susceptible and resistant region VI.

Main Findings Compiled data indicated a rapidly accelerating transition rate between uninfected and infected sites. Implications This model can be used to track the rated of infection within sites and rust progression throughout the GYE.

Main Findings Whitebark decline was relatively similar among sites. Blister rust incidence varied significantly among mountain ranges. Rust infection was more common in less dense forests on steeper slopes, cooler, moister aspects. At for, rust affects trees of all sizes and ages. MPB killed trees were more frequent at sites with cooler June temps, higher August temps, and drier for. MPB distribution is dictated by proximity to food sources and topographic barriers.

Whitebark regenerates well under beetle-killed canopy. Implications Combined effects of rust and beetles significantly lower cone production. Prolific strategy in areas with remaining healthy seed trees may accelerate the development of rust resistance. Main Findings Northwest document contains recommendations for data collection and reporting to describe whitebark stand characteristics and whitebark demographics, to assess whitebark health, and restoration describe cone production and regeneration.

Whitebark Pine Ecosystem Foundation. We are a science-based non-profit dedicated to counteracting the decline of whitebark pine and enhancing knowledge about the value of its ecosystems. Shop through this link to Amazon northwest and Restoration will donate 0.