Ecological contexts of balancing selection in nature
How genetic variation is maintained in the face of persistent natural selection is a central question in evolutionary biology. Here, I leverage a focal polymorphism, leaf chemical profile in a perennial wildflower (Boechera stricta, Brassicaceae) to investigate the ecological and genetic mechanisms
Exploring Animal Behavior in Laboratory and Field
Water quality in dynamic redox environments: Coupled hydrologic-biogeochemical controls on metal contaminant mobility
Rising population and changing climate threaten to increase the risks posed by anthropogenic and geogenic metal contaminants to our freshwater resources. Increased human demand for freshwater coupled with altered hydrologic cycles will shift (bio)geochemical conditions in soils and sediments, potent
Global warming and terrestrial ecosystems: response from Harte
Sandpiper behavior
The function of floral orientation in bluebells: interactions with pollinators and rain in two species of <i> Mertensia </i> (Boraginaceae)
Aims Important Findings Pollinators are traditionally considered to be the primary agent of Mertensia brevistyla had a significantly more upright floral orienta- selection on floral traits. However, floral traits may also be under tion than M. fusiformis, and seed set was highest in upright M. bre-
The foraging behavior of bees in response to the floral biology of <i>Frasera speciosa</i> (Gentianaceae)
Division of labor and worker caste efficiency in the western thatching ant Formica obscuripes
Comparison of the understory of an isolated stand of lodgepole pine, <i>Pinus contorta</i>, to the understory of an adjacent stand of <i>Populus tremuloides</i> and to a more extensive stand of <i>P.</i>
The Effects of Competition on the Establishment of <i>Festuca thurberi</i> onto the Gothic Earthflow
The effects of ungulate herbivory on phenology, pollination, and reproductive success in <i>Ipomopsis aggregata</i>
Folsom adaptive systems in the Upper Gunnison Basin, Colorado: An analysis of the Mountaineer site.
Model-based interpretation of solute exports and carbon partitioning during shale weathering in a mountainous hillslope
Folsom Point Diggings: The Johnson Site in the Foothills of Larimer County, Colorado
The Johnson site is a Folsom occupation in Larimer County, Colorado. T. Russell Johnson discovered the site in 1935, which led to excavations by the Colorado Museum of Natural History in 1936 and later work in 1960 by the University of Wyoming. Little is known of the site due to limited reporting of