about
Patterns of nitrogen accumulation and cycling in riparian floodplain ecosystems along the Green and Yampa rivers.Dams, floodplain land use, and riparian forest conservation in the semiarid Upper Colorado River Basin, USA.Vulnerability of riparian ecosystems to elevated CO2 and climate change in arid and semiarid western North AmericaMultiple pathways for woody plant establishment on floodplains at local to regional scalesWood decay in desert riverine environmentsFlood effects on soil thermal regimes in contrasting cold-desert river floodplains (Yampa and Green rivers, Colorado)Climate, streamflow, and legacy effects on growth of riparian Populus angustifolia in the arid San Luis Valley, ColoradoFlow regime effects on maturePopulus fremontii(Fremont cottonwood) productivity on two contrasting dryland river floodplainsTree Mortality in Mature Riparian Forest: Implications for Fremont Cottonwood Conservation in the American SouthwestCan Nitrogen Fertilization Aid Restoration of Mature Tree Productivity in Degraded Dryland Riverine Ecosystems?Effects of soil temperature and depth to ground water on first-year growth of a dryland riparian phreatophyte,Glycyrrhiza lepidota(American licorice)Managed Flood Effects on Beaver Pond Habitat in a Desert Riverine Ecosystem, Bill Williams River, Arizona USABeaver dams, hydrological thresholds, and controlled floods as a management tool in a desert riverine ecosystem, Bill Williams River, ArizonaEcosystem effects of environmental flows: modelling and experimental floods in a dryland riverThe influence of river regulation and land use on floodplain forest regeneration in the semi-arid upper Colorado River Basin, USAVARIABLE ROLE OF AQUATIC MACROINVERTEBRATES IN INITIAL BREAKDOWN OF SEASONAL LEAF LITTER INPUTS TO A COLD-DESERT RIVERCharacterizing flow regimes for floodplain forest conservation: an assessment of factors affecting sapling growth and survivorship on three cold desert riversBeaver herbivory and its effect on cottonwood trees: influence of flooding along matched regulated and unregulated riversFlood flows, leaf breakdown, and plant-available nitrogen on a dryland river floodplainThe effects of bird use on nutrient removal in a constructed wastewater-treatment wetlandEffects of Cottonwood Leaf Beetle Chrysomela scripta (Coleoptera: Chrysomelidae) on Survival and Growth of Fremont Cottonwood (Populus fremontii) in Northwest ColoradoSpatial correlations of Diceroprocta apache and its host plants: evidence for a negative impact from Tamarix invasionThe demographic response of bank-dwelling beavers to flow regulation: a comparison on the Green and Yampa riversPLANT–HERBIVORE–HYDROPERIOD INTERACTIONS: EFFECTS OF NATIVE MAMMALS ON FLOODPLAIN TREE RECRUITMENTVegetation characteristics and butterfly use of unlined and PVC-lined reaches of an irrigation delivery canal, Government Highline Canal, Colorado, U.S.AUnderstanding LandscapesGeomys Bursarius Burrowing Patterns: Influence of Season and Food Patch StructureSubalpine forestsPopulation Dynamics and Bioenergetics of a Fossorial Herbivore, Thomomys talpoides (Rodentia: Geomyidae), in a Spruce-Fir SereAn organism-centered approach to some community and ecosystem conceptsCaloric Content of Rocky Mountain Subalpine and Alpine PlantsSocioecology of Marmots: Female Reproductive Strategies
P50
Q38859545-E5E332A4-6114-4EF7-A93B-72DD947E4C91Q40182556-D62456B3-6859-406B-8490-40372FB8D64BQ56094172-32F4EC3A-3FB8-4E07-9940-14E9E663F049Q56289146-9F8236F4-4429-4A79-BA21-E6F09FE31FCDQ57926911-9CD8FA9F-CD0D-4A07-B667-E17CD2454969Q59849319-EF577465-06A9-4DB6-9AE6-502B8FF47456Q59849321-CEA23F2B-73BB-41FB-AAA7-32B3FB160159Q59849323-9F76B59B-2F07-4218-BE12-835A0D0AFA6FQ59849324-260E1208-A87D-4FE6-959A-91A70EEDE408Q59849325-3E8E3908-2EBF-4A05-8B67-981F8060F2E1Q59849326-42AE3AC2-FE62-4BB0-A6C1-FC7E24537A48Q59849331-9264C4AC-F302-4E10-9955-3B936E1CA13DQ59849334-CC59A81C-1D31-498F-B981-6641846B080FQ59849336-91100FC6-2239-4A12-A262-3DE0CA2F5F2EQ59849337-AE548F7D-3317-44A8-A039-FC370BCB6BF5Q59849340-7AB6D089-8AC9-41AE-AB6A-1B54B03C7FB1Q59849343-4265DA3A-88C8-4430-82FC-DD8934F8B129Q59849346-D033D6A7-DCD1-4BD2-AA29-7BA59BBA7DD5Q59849349-BAAA8127-8B56-4E36-AB7B-DA4B9F3026A8Q59849351-714ACA90-0671-472D-91CC-D9E9357ACB8CQ59849352-DF58A605-58EB-4BB2-BCCF-BD7485500BF4Q59849353-75FA9865-D8AE-4724-94B7-C7CB10E44D61Q59849354-7FADF885-895B-4373-8F05-4882CF13E675Q59849355-386C28F2-18E5-494D-8E10-A02C7A7CF371Q59849356-76BA69FB-E829-415F-9AA3-D0566F8A491BQ59849358-9B6E3C87-1323-4090-82DD-B9D8B0C54DCEQ59849361-534FD570-F48E-42B6-BFFF-2D4F6C366ADDQ59849362-7B36FEDA-42AE-48CE-878A-DE2800997A4DQ59849363-22845C49-2472-4A53-9422-9DFB75A72D3BQ59849364-62489B03-C057-4895-90EF-4EB67C527A75Q59849367-7F1B106E-8311-4DFC-96C3-1A67B38E1660Q59849368-12B77BB8-C176-4BE6-8844-45C68F69C3EA
P50
description
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Douglas C. Andersen
@ast
Douglas C. Andersen
@en
Douglas C. Andersen
@es
Douglas C. Andersen
@nl
type
label
Douglas C. Andersen
@ast
Douglas C. Andersen
@en
Douglas C. Andersen
@es
Douglas C. Andersen
@nl
prefLabel
Douglas C. Andersen
@ast
Douglas C. Andersen
@en
Douglas C. Andersen
@es
Douglas C. Andersen
@nl
P214
P244
P106
P1153
56265397900
P21
P214
P244
P31
P496
0000-0001-9040-0654
P734
P735
P7859
lccn-n88664113