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Conference Papers

Browse almost 5,000 conference papers authored by our scientists and refine search by topic, location, year, and advanced search.

Filter Total Items: 5326

Predicting risks to aquatic life based on lithologic specific geochemical baselines

No abstract available.
Authors
Travis S. Schmidt, R. B. Wanty, P. L. Verplanck, S. E. Church, C. San Juan, D. Fey, B.W. Rockwell, E.H. deWitt, T. L. Klein

Reconnaissance of weathering rates in alpine catchments of central Colorado, USA

No abstract available.
Authors
R.E. Wanty, P. L. Verplanck, C. Bern, T. Todoro, C. San Juan, E.H. deWitt, T. L. Klein, D. Fey, T.S. Schmidt, S. E. Church

Development of assessment methodologies in support of USGS integrated science-Wyoming Landscape Conservation Initiative

No abstract available.
Authors
Robert R. McDougal, JoAnn M. Holloway, Travis S. Schmidt, L.L. Stillings, L.W. Tuttle, S.W. Blecker

Identifying limits on aquatic insect density exposed to metals in the presence of co-limiting factors

No abstract available.
Authors
Travis S. Schmidt, W.H. Clements, Brian S. Cade

Predicting climate change impacts on Great Basin wetlands, migratory birds, and their prey: workshop

No abstract available.
Authors
S. M. Haig, J. Matthews, M.P. Miller, Travis S. Schmidt, D.D. Roby, Collin A. Eagles-Smith, S.P. Murphy

Migratory structure and geographic origins of hoary bats (Lasiurus cinereus) inferred from stable isotope analysis

No abstract available.
Authors
Paul M. Cryan, Craig A. Stricker, Mike B. Wunder

Evidence of mating readiness in certain bats killed by wind turbines

Bats consistently die at wind turbines during late-summer and autumn. Migratory, tree-roosting species show increased susceptibility compared to other bats, yet the exact causes remain unknown. A hypothesized cause with strong conservation implications is that migratory tree bats die at turbines while seeking mates around tall tree­ like structures. In this pilot study we histologically examined
Authors
Paul M. Cryan, Joel W. Jameson, Erin F. Baerwald, Craig K. R. Willis, Robert M.R. Barclay, Elise A. Snider, Elizabeth G. Crichton

Laboratory simulated transport of microcystin-LR and cylindrospermopsin in groundwater under the influence of stormwater ponds: implications for harvesting of infiltrated stormwater

Water shortages in the southeastern United States have led to a need for more intensive management and usage of stormwater for beneficial uses such as irrigation. Harvesting of infiltrated stormwater from horizontal wells in sandy aquifer sediments beneath stormwater ponds has emerged as an alternative in need of evaluation. Cyanobacteria may proliferate in stormwater ponds; cyanotoxins produced b
Authors
Andrew M. O'Reilly, Martin P. Wanielista, Keith A. Loftin, Ni-Bin Chang

A comparison between SWI and SEAWAT: the importance of dispersion, inversion and vertical anisotropy

SWI and SEAWAT are both computer codes designed to model variable-density systems. One of the options in SWI is to model Dupuit interface flow, where freshwater and seawater are separated by an interface. In this paper we compare seawater intrusion model results of SWI to model results of SEAWAT, which simulates full variable-density flow and transport. Results indicate that SWI is valid for many
Authors
Alyssa M. Dausman, Christian D. Langevin, Mark Bakker, Frans Schaars

A practitioner's tool for assessing glide crack activity

Glide cracks can result in full-depth glide avalanche release. Avalanches from glide cracks are notoriously difficult to forecast, but are a reoccurring problem in a number of different avalanche forecasting programs across a range of snow climates. Despite this, there is no consensus for how to best manage, mitigate, or even observe glide cracks and the potential resultant avalanche activity. It
Authors
Jordy Hendrikx, Erich H. Peitzsch, Daniel B. Fagre

A versatile suite of laboratory-nonspecific software for processing sediment grain-size data

No abstract available.
Authors
Lawrence J. Poppe, Andrew H. Eliason, Katherine Y. McMullen