Advancing Multi-Scale Remote Sensing Applications for Hardwood Forest Management

hardwood-trees.jpg

Advancing Multi-Scale Remote Sensing Applications for Hardwood Forest Management

Hardwood forests are important timber sources and provide critical wildlife habitat, and their overall quality is closely related to management activities (Annand and Thompson 1997, Jenkins and Parker 1998, Morrissey et al. 2010). Forest management relies on spatially-explicit information on tree species composition and size structure. The conventional remote sensing data analysis is not effective enough to derive forest cover maps with sufficient information for forest management. The existing forest cover data in Indiana contain limited species information and no tree-size/age information. For example, the 1992 and 2001 National Land Cover Data classified all the hardwood forests into one forest type and are not useful for designing tree species/size-dependent sylviculture approaches. The land cover data developed by the Indiana Gap Analysis Project did not consider subclasses of hardwood forests either, and the overall accuracy of the map product was only 70.98%. When such low[1]accuracy forest-cover maps are used for forest management planning, actions may be unexpectedly misled due to error propagation (Shao et al. 2001&2003, Shao and Wu 2008). Therefore, it is important to obtain accurate forest cover maps with adequate forest-type and site-structure information. Such map products are broadly needed for intensive management of hardwood forest ecosystems, both publically and privately owned, in Indiana. Various remote sensing techniques have been extensively used in boreal and tropical forests but their applications in the central hardwood forest region are still limited. Our remote sensing experiment in Indiana will have broader implications to forest mapping in the central hardwood forest region.

Project Director: Guofan Shao 
10/01/2019 - 09/30/2024

Printable PDF Available

Learn More About Us

The Wildlife Society students hold a plaque for overall conclave winner; a student holds radio telemetry equipment; students hold binoculars while birding
Purdue TWS Hosts North Central Section Conclave

The Purdue Student Chapter of The Wildlife Society welcomed fellow students from across the...

Read More
Eastern hellbender salamanders eat bloodworms and swim in an indoor raceway
Farmers Helping Hellbenders RCPP Program Accepting Applications

The Farmers Helping Hellbenders program is accepting applications through May 10 for the second...

Read More
Forest in the spring time
Chris Ardohain: Purdue’s Esri student of the year

Lieutenant Colonel Christopher Ardohain is not your average Purdue graduate student....

Read More
Extension wildlife specialist Brian MacGowan holds his Hoosier Wildlife Award plaque in front of a forested landscape.
Extension Specialist Brian MacGowan Receives Hoosier Wildlife Award

Brian MacGowan, Purdue extension wildlife specialist, has been honored with the Hoosier Wildlife...

Read More
A landscape photo of a pond and the surrounding forest area at the Southeastern Purdue Agricultural Center where Dr. Bryan Pijanowski's lab has set up sensors and microphones to monitor wildlife before, during and after the solar eclipse.
Center for Global Soundscapes Study Will Record How Animals Respond to Solar Eclipse

The upcoming solar eclipse on April 8 has drawn the attention of scientists and the general...

Read More
The Milnes Family Farm - photos of the forest and the agricultural space with a barn
Purdue Alumni Couple Funds Forestry Internship Program

Vince Milnes grew up spending time on the family farm in Brown County, Indiana, owned by his...

Read More