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Research Projects

OUR RESEARCH

Structural diversity across the NEON terrestrial 
macrosystem

We are investigating relationships between vegetation volume and structural arrangement with ecosystem function across terrestrial biomes at the NEON sites with UAVs. This project is funded by NSF Award #2212859.

Root structural diversity in drylands

We are using ground penetrating RADAR to characterize and develop metrics that describe the below ground structural diversity of ecosystems in drylands. Ongoing work to understanding root structural diversity and its relationship to soil processes are ongoing at Jornada Experimental Range, New Mexico.

Wildlife habitat restoration monitoring post forest fire

We are using UAVs to monitor forest restoration post-wildlife at the Lincoln National Forest in collaboration with the US Forest Service. These forest represent important wildlife habitat but wildfires are changing the plant composition and size across the landscape. 

Plant and mycorrhizal fungal diversity across the USA

This collaborative project between Purdue University, Indiana University, University of Tennessee at Knoxville, Smithsonian, and the US Forest Service seeks to understand patterns of co-occurence in plant and mycorrhizal fungal diversity across space and time. This project is funded by the NSF Award #2106103.

Structural diversity and ecosystem function of  dryland plant communities 

We are studying the structural attributes of the rich biodiversity of plant communities found in the northern Chihuahuan Desert and other rangelands of the southwest USA. Sites including those found along the borderland region of Texas and New Mexico. 

Biocrust communities and their ecosystem services

In collaboration with scientists at USDA, NMSU, and UNLV, we are exploring the communities and the services that biological crusts (biocrusts) provide in the hot deserts of the USA. 

PUBLICATIONS

To see our publications, please visit our google scholar page. 

Contact Us

Interested in collaborating? Then contact Dr. Elizabeth La Rue at ealarue@utep.edu

Dryland ecosystems where we work.

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