Sara A. Goeking
507 25th Street
Ogden, UT 84401
Contact Sara A. Goeking
As a member of the RMRS-FIA Analysis Team, I am working to develop more spatially explicit analyses and summaries of FIA data. I am currently working on methods for comparing historical (periodic) versus current (annual) forest inventories, and am particularly interested in differences among various landowner groups. I am also investigating possible techniques for alternative resource inventories such as riparian forests. In the long term, I hope to develop spatial models based on FIA plot data that will enhance our understanding of forest dynamics such as mortality, disturbance, and land use/land cover change.
I am interested in anything geospatial, because nearly all ecological processes vary across the landscape. I seek to apply modelling and remote sensing approaches that can expand our inventory beyond forest land to areas such as rangeland and riparian areas in the semi-arid Interior West.
I initially came to FIA as a field crew leader. My recent work with the RMRS-FIA Data Collection Team involved streamlining and expanding the scope of FIA Pre-field workflows so that we now collect basic land use, land cover, and tree canopy cover data on all FIA plots. Prior to joining FIA, most of my work focused on spatial analysis of riparian vegetation and sandbar storage in the Colorado River basin, and analysis of multi-temporal surveys and historical air photos to quantify past and current responses to hydroelectric flow regulation in a historical context.
Why This Research is Important
FIA scientists need to continually show how and why the FIA program is relevant to society by developing innovative analyses that are relevant to land managers and other scientists. We function as the nation's forest census by collecting mountains of data, but we also analyze the data we've collected and interpret it in such a way that is meaningful to our customers. Therefore we need to collaborate with scientists in other subdisciplines, such as wildlife and natural resource economics, to provide useful information to a wide variety of stakeholders. We also need to find ways to make our work more efficient and thereby make good use of limited program resources.
- Utah State University, BS Environmental Studies and Plant Science, 1996
- Utah State University, MS Forest Ecology, 2003
Featured Publications & Products
- Goeking, Sara A.; Liknes, Greg C. 2009. The role of pre-field operations at four forest inventory units: We can see the trees, not just the forest.
Publications & Products
- Goeking, Sara A.; Shaw, John D.; Witt, Chris; Thompson, Michael T.; Werstak, Charles E., Jr..; Amacher, Michael C.; Stuever, Mary; Morgan, Todd A.; Sorenson, Colin B.; Hayes, Steven W.; McIver, Chelsea P. 2014. New Mexico’s forest resources, 2008-2012.
- Goeking, Sara A.; Patterson, Paul L. 2013. Stratifying to reduce bias caused by high nonresponse rates: A case study from New Mexico’s forest inventory.
- Goeking, Sara A.; Liknes, Greg C.; Lindblom, Erik; Chase, John; Jacobs, Dennis M.; Benton, Robert. 2012. A GIS-based tool for estimating tree canopy cover on fixed-radius plots using high-resolution aerial imagery.
- Patterson, Paul L.; Goeking, Sara A. 2012. Estimators used in the New Mexico inventory: practical implications of "truly" random nonresponse within each stratum.
- Witt, Chris; Shaw, John D.; Thompson, Michael T.; Goeking, Sara A.; Menlove, Jim; Amacher, Michael C.; Morgan, Todd A.; Werstak, Charles. 2012. Idaho's Forest Resources, 2004-2009.
- Goeking, Sara A.; Liknes, Greg C. 2012. Is lodgepole pine mortality due to mountain pine beetle linked to the North American Monsoon?.
- Goeking, Sara A. 2012. Potential applications of prefield land use and canopy cover data: Examples from nonforest and nonsampled forest inventory plots.
- Goeking, Sara A. 2012. Trends in standing biomass in Interior West forests: Reassessing baseline data from periodic inventories.
- Liknes, Greg C.; Woodall, Christopher W.; Walters, Brian F.; Goeking, Sara A. 2012. Unlocking the climate riddle in forested ecosystems.