William Beamon, Gesuri Ramirez, Libia Gonzalez-Alonso, Robin Luna, Alina Jaimes, Craig Tweedie, Marguerite Mauritz In desert ecosystems the appearance of greenness in plants signifies the presence of adequate temporal and spatial resources along with tolerance of the desert climate that allows for cellular respiration and development through phenological events.  The duration of a plants phenological […]

Kathleen Schaeffer Prior to the 19th century, much of the Chihuahuan Desert was made up of perennial desert grasslands, however these grasslands have been greatly reduced by shrub encroachment, which has ultimately led to the shrub dominated landscapes we see today. In the early 2000s, local land managers began implementing large scale shrub removal that

Ifeanyi H. Nwigboji1, Marguerite Mauritz-Tozer1, Sergio A. Vargas-Zesati1, Craig E. Tweedie1 1System Ecology Lab, University of Texas at El Paso, El Paso Texas To understand ecosystem change over a range of spatial and temporal scales and levels of biological organization and interaction, multiple streams of ecological data need to be collected, integrated, and analyzed. However,

Julie Bethany Rakes Predatory bacteria constitute a guild of heterotrophs specialized in obtaining resources for growth from the live bacteria they prey upon. Its members have been isolated from many environments and are phylogenetically diverse, each having evolved their mode of life independently. We report on a novel type of obligatory predatory bacterium, Candidatus Cyanoraptor

Molly Reichenborn Aided by a host of factors including extensive livestock grazing and drought, woody species such as Honey mesquite (Prosopis glandulosa Torr.) have progressively encroached into historically grass-dominated ecosystems in the southwestern United States. This transition from grassland to shrubland causes concomitant reduction in native grass and forb species, increased soil erosion and redistribution