Abstract
- Ianniello, Richard S 11 University of ColoradoIn order to assess the resilience of the nuisance diatom didymosphenia geminatain relation to flood disturbances, a simulation technique was developed to measure the loss of algal material
- Hynek, Brian M 1 ; Beach, Michael 2 ; Hoke, Monica RT 31 University of Colorado2 University of Colorado3 University of ColoradoValleys on Mars are thought to have been formed by precipitation and
- Hoke, Monica R. T. 1 ; Hynek, Brian M. 21 University of Colorado, Dept. of Astrophysical and Planetary Sciences, LASP2 University of Colorado, Dept. of Geological Sciences, LASPIntroduction: Valley networks (incised
- Hansen, Candice J 1 ; Esposito, Larry W 2 ; Stewart, A Ian 3 ; Meinke, Bonnie K 4 ; Wallis, B 5 ; Colwell, Joshua E 6 ; Hendrix, Amanda R 7 ; ,
- Gupta, Vijay 11 CEAEAbstract The Hydro-Kansas (HK) is a multi-institutional, multi-investigator, multi-disciplinary research project. It represents the first illustrative example of a Natural Laboratory (NL), as described in the Water,
- Gooseff, Michael 11 Penn State UniversityIn numerous extreme environments on Earth, the notion that “where there is water, there is life” has generally held. The ‘barren’ landscape of the McMurdo Dry Valleys, Antarctica, characterized by
- Gasiewski, Albin J 1 ; McIntyre, Eric M 2 ; Manda, Damian 3 ; Klein, Marian 4 ;Wells, Gordon 5 ; Howard , Theresa 6 ; Jackson, Thomas 71 CU/ECE
- Gangopadhyay, Subhrendu 11 AMEC HydrosphereA non-parametric method for paleohydrologic reconstruction (NPP) of streamflows using tree-ring chronologies is developed. The method uses pattern matching of chronologies in EOF-space (Empirical
- Gabor, Rachel 1 ; Kling, George 2 ; McLoughlin, Rachel 3 ; McKnight, Diane 41 University of Colorado - Boulder2 University of Michigan - Ann Arbor3 University of Colorado - Boulder4
- Dove, Adrienne 1 ; Toon, Brian 2 ; Heldmann, Jennifer 31 University of Colorado, LASP2 University of Colorado, LASP3 NASA Ames Research Center Gully-like features observed on the surface of Mars