JRN
Fine Root Production and Belowground Soil Processes Across a Dryland Ecotone
Poster Number: 291 Presenter/Primary Author: Brenda Nieto Drylands cover 30% of terrestrial land area and can influence global C (carbon) and N (nitrogen) cycles.
Long-term reproductive phenology in the Chihuahuan Desert linking legacy and contemporary datasets
Poster Number: 213 Presenter/Primary Author: Dawn Browning Arid and semi-arid regions of the southwestern USA are especially sensitive to changes in temperature as well as drought frequency and intensity.
Water-nitrogen effects on fine-root production in a Chihuahuan Desert grassland
Poster Number: 182 Presenter/Primary Author: Josh Haussler Arid lands comprise approximately 40% of the Earth's land surface, and contribute 30-35% of the terrestrial net primary productivity.
Understanding litter decomposition in drylands: Is litter abrasion an important abiotic factor?
Poster Number: 156 Presenter/Primary Author: Melanie Peterson Drylands comprise approximately 40% of the global land cover and about 20% of the global soil organic carbon (C) pool (Lal, 2004).
Soil memory: a tool for understanding vegetation change during the Anthropocene
Poster Number: 155 Presenter/Primary Author: Curtis Monger Referring to his memory, Abraham Lincoln said that “My mind is like a piece of steel—very hard to scratch anything on it, but almost impossible, after you get it there, to rub it out.” Soils, metap
