Mapping of Tree Species

Nationwide Mapping of tree species diversity in the United States

Forest trees, Nationwide Mapping of Tree Species Diversity in the United States McIntire-Stennis Research Project.Understanding the planet's biodiversity constitutes one of the greatest scientific challenges of the new millennium(Gaston 2000, Wilson 2000). Amongst the substantial deficiency in our knowledge on almost all the aspects of biodiversity(Wilson 2000), estimating species diversity across the United States, critical for orchestrating conservation, has become a mission of growing urgency(IPBES 2017). Our mapping of tree species diversity encompasses the sciences of systematics, ecology, evolution, and geography(Sugden and Pennisi 2000) to describe the diversity, identity, and geographic distribution of tree species across the nation, and provides critical information to conservation(Wilson et al. 2006), bioprospecting(Wilson 2000), and our exploration of the little-known planet Earth(Wilson 2000).

We will further address the heretofore-ignored implications of the productivity-biodiversity relationship in natural resource management and develop a stand biodiversity capacity (SBC) framework as a novel and practical tool set to facilitate the integration of biological conservation in forestry practices. SBC is defined as a spatially explicit index to represent the amount of tree species that a forest stand is capable of sustaining. To demonstrate the generality of the SBC framework, we will apply this approach to 16 forest types in the United States. Digital maps were created for the contiguous U.S. states, southern Alaska, and the U.S. territories in the Pacific, displaying current biodiversity stocking and SBC. We will also develop SBC stocking charts for determining the optimal tree species diversity on a local forest stand, given its forest type, basal area, and site productivity. These SBC tools would be useful in integrating conservation efforts into forest management practices to various forest types on a broader scale.

Project Director: Dr. Jingjing Liang
10/17/2018 - 09/30/2023

Learn More About Us

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
Jarred Brooke gives a presentation on forest management for deer
Ohio River Valley Woodlands and Wildlife Workshop Offers Chance to Learn From Extension Specialists

Do you want to learn how to get the most out of your property? Make plans to attend the 2024 Ohio...

Read More
View of the 12 Apostles on the Great Ocean Road in Melbourne; Lauren Wetterau takes a selfie while doing reef flat surveys; view of the landscape from the Karunda Scenic Railway
FNR Field Report: Lauren Wetterau Caps Purdue Experience Studying Abroad in Australia

Before Lauren Wetterau graduated with her degree in wildlife in December, she had one more...

Read More
Professor emeritus Carl Eckelman sits in front of his 89th birthday cake; a least bell vireo sits on a branch; a juvenile eastern hellbender found in the Blue River in the summer of 2023
FNR's Most Read Stories of 2023

In 2023, our FNR website featured news stories on topics ranging from student, faculty, staff and...

Read More
A doe in a grassy field, a spotted salamander and an osage orange tree with fruit underneath it
FNR's Top Extension Stories of 2023

In 2023, our FNR Extension website featured stories on topics ranging from wildlife...

Read More