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Publications

Below is a list of WERC's peer-reviewed publications. If you are searching for a specific publication and cannot find it in this list, please contact werc_web@usgs.gov

Filter Total Items: 3617

Studies of reptiles in Rock Valley

No abstract available at this time
Authors
P.A. Medica, F.B. Turner

Preliminary analyses of soils and vegetation in the vicinity of the Mohave Generating Station in southern Nevada

No abstract available at this time
Authors
F.B. Turner, E.M. Romney, R.F. Logan, F.D. Leavitt, T.L. Ackerman, G.V. Alexander, B.G. Maza, P.A. Medica, A.T. Vollmer

Studies of bighorn in Joshua Tree National Monument

No abstract available at this time
Authors
C. L. Douglas, L. D. White

Utilization of Skylab (EREP) system for appraising changes in continental migratory bird habitat

The author has identified the following significant results. Surface water statistics using data obtained by supporting aircraft were generated. Signature extraction and refinement preliminary to wetland and associated upland vegetation recognition were accomplished, using a selected portion of the aircraft data. Final classification mapping and analysis of surface water trends will be accomplishe
Authors
E.A. Work, D.S. Gilmer

Metabolism and thermoregulation in the sea otter

No abstract available.
Authors
P. Morrison, M. Rosenman, J. A. Estes

Longevity of nonsprouting Ceanothus

Evidence is presented indicating species of Ceanothus in the subgenus Cerastes are generally longer-lived than species in the subgenus Euceanothus. It is proposed that this is due, at least in part, to the unique stem morphology of the former. The stems of these plants have a ribbed appearance which arises when branches die. This longitudinal channeling results in less nonphotosynthetic tissue to
Authors
Jon E. Keeley

Productivity and flowering of winter ephemerals in relation to Sonoran Desert shrubs

Ephemeral plant biomass and density on a Sonoran Desert hill near Cave Creek, Arizona, vary relative to shrub canopy type and shrub density. Higher shrub density associated with increased elevation appears to decrease both ephemeral biomass productivity and density, while ephemeral growth is enhanced under a shrub canopy if it is not too dense or low-hanging. Phenology of ephemerals on the desert
Authors
William L. Halvorson, Duncan T. Patten