Bannister 110

GC170-003 Research Experience

This is a required course component for GC170-003, and is reserved for GC170-003 students only. Registration is required for this event and students must arrive on time, participate in all activities, and complete all exercises in order to receive credit for this assignment. Students are advised to arrive ahead of time and to research the location of the tree-ring building in advance of their scheduled visit. Late arrivals, no-shows, or missed activities will result in a grade of zero for this activity.

ARCS Event

GC170-003 Research Experience

This is a required course component for GC170-003, and is reserved for GC170-003 students only. Registration is required for this event and students must arrive on time, participate in all activities, and complete all exercises in order to receive credit for this assignment. Students are advised to arrive ahead of time and to research the location of the tree-ring building in advance of their scheduled visit. Late arrivals, no-shows, or missed activities will result in a grade of zero for this activity.

GC170-003 Research Experience

This is a required course component for GC170-003, and is reserved for GC170-003 students only. Registration is required for this event and students must arrive on time, participate in all activities, and complete all exercises in order to receive credit for this assignment. Students are advised to arrive ahead of time and to research the location of the tree-ring building in advance of their scheduled visit. Late arrivals, no-shows, or missed activities will result in a grade of zero for this activity.

GC170-003 Research Experience

This is a required course component for GC170-003, and is reserved for GC170-003 students only. Registration is required for this event and students must arrive on time, participate in all activities, and complete all exercises in order to receive credit for this assignment. Students are advised to arrive ahead of time and to research the location of the tree-ring building in advance of their scheduled visit. Late arrivals, no-shows, or missed activities will result in a grade of zero for this activity.

GC170-003 Research Experience

This is a required course component for GC170-003, and is reserved for GC170-003 students only. Registration is required for this event and students must arrive on time, participate in all activities, and complete all exercises in order to receive credit for this assignment. Students are advised to arrive ahead of time and to research the location of the tree-ring building in advance of their scheduled visit. Late arrivals, no-shows, or missed activities will result in a grade of zero for this activity.

GC170-003 Research Experience

This is a required course component for GC170-003, and is reserved for GC170-003 students only. Registration is required for this event and students must arrive on time, participate in all activities, and complete all exercises in order to receive credit for this assignment. Students are advised to arrive ahead of time and to research the location of the tree-ring building in advance of their scheduled visit. Late arrivals, no-shows, or missed activities will result in a grade of zero for this activity.

Co-varying influences on growth of eastern U.S. deciduous hardwood trees

The assumption that a single dominant climatic factor (e.g. water balance or temperature) in extreme sites and locations limits tree growth allows for annually resolved climate reconstruction.

Fire history and fire-climate relationships of Buryatia, Siberia

Wildfire activity in the boreal forests of Siberia has been increasing over the past 20 years in response to warming temperatures, with several extreme fire years in the past decade.  While extreme fire yeas have a strong association with temperature and drought conditions, smaller human-ignited fires occur almost every year, related to agriculture and logging.  To better understand the longer-term context of wildfires and fire-climate relationships of central Siberia, we developed a fire history for the Buryatia province, where we collected 25 sites of fire-scarred material throughout the

Combining tree-ring and forest plot data to infer climatic niche: a hierarchical Bayesian approach

The forest biome is expected to shift geographically with anthropogenic climate change. To build species-specific, process-based models for forecasting how trees' geographic distributions will change under future climate scenarios, we see a need to combine two major, complementary sources of information on individual tree performance in response to climate variation: tree-ring and forest plot data.

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