| Author(s) |
Title
|
|
|
Amy Austin, University of Buenos Aires, Argentina
|
Effects
of pulses and water availability on decomposition
dynamics in arid and semiarid ecosystems. |
T |
|
Phillip B. Allen,
Jake Wetzin and Paul J. Hanson, University of
Tennessee
|
Effects
of changing precipitation regimes on native tree
recruitment, survival and composition in an upland
oak forest in east Tennessee |
P |
|
Jayne Belnap,
Nicole Barger, Susan L. Phillips, USGS, Moab
|
The
effect of precipitation timing and amount on
biological soil crusts: species composition and
carbon and nitrogen balances |
T |
| David
D. Breshears, Orrin B. Myers and Farley J. Barnes,
Los Alamos National Laboratoty |
Vertical
and horizontal components of plant-available
water: soil moisture heterogeneity in a semiarid
woodland |
T |
|
I. C. Burke, E. C.
Adair, R. L. McCulley, P. Lowe, S.
DelGrosso and W. K. Lauenroth, Colorado State
University
|
The importance of pulse dynamics in nutrient availability: evidence and questions |
T |
|
Peter Chesson, University of California, Davis
|
The role of
pulse-driven resource supply in diversity maintenance |
T |
| Urszula
Choromanska and John Stark, University of Utah |
Pulse effects on C and N biogeochemical transformations in big sage, crested wheatgrass
and cheatgrass systems. |
P |
| K.E.
Dayem, D.D. Breshears, Los Alamos National
Laboratory, C.D. Allen, US Geological Survey, Los
Alamos |
Modeling
ecosystem response to variation in drought
duration and intensity: assessing implications
from climate change |
P |
| Jim Ehleringer, University of Utah |
Overview
of responses to water pulse |
T |
| Morgan
Ernest and Jim Brown, University of New Mexico |
Long-term
dynamics of desert rodents: complex relationships
between consumers and resources |
T |
|
Roberto Fernandez,
University of Buenos Aires, Argentina, James F.
Reynolds, Duke University
|
From
'pulse/reserve' to a 'pulse/response-effect'
paradigm: the importance of biotic feedbacks in
the water balance of arid ecosystems |
P |
|
Renate Gebauer, Keene State University
|
Is there
competition for water and N pulses in a cold
desert community? |
T |
|
Deborah Goldberg, University of Michigan
|
Competition
for pulsed resource |
T |
|
Travis Huxman, David
Williams, University of Arizona
|
Pulse effects on carbon flux at
the ecosystem scale |
T |
| Sasha
Ivans, Lawrence E. Hipps,Utah State University |
Response
of CO2 flux to rain events in Juniperus
osteosperma and Artemisia tridentata
ecosystems using eddy covariance measurements |
P |
| Sinisha
Ivans, Nicanor
Saliendra; Douglas A. Johnson USDA-ARS, Logan |
Short-term
effects of rainfall on CO2 fluxes over Artemisia,
Bromus tectorum and Agropyron
ecosystems |
P |
| Bill Lauenroth, Colorado State University |
Pulse
Climatic Events in the Western U.S |
T |
|
Josh Leffler and Ron Ryel, Utah State University
|
Above- and
below-ground responses to transient rain events in Utah juniper (Juniperus osteosperma) and big sagebrush (Artemisia tridentata) |
T |
|
Michael Loik, University of California, Santa Cruz
|
Introduction
to PrecipNet: Improving understanding of
precipitation effects on ecosystems through
cross-disciplinary research networks. |
T |
|
Jeremy Lundholm,
D.W. Larson, University of Guelph, Canada
|
Pulsed aridity in a
temperate biome: diversity maintenance in rock
outcrop plant communities |
T |
|
Rebecca
McCulley, Colorado State University, Tom Boutton,
Texas A&M University,
Steve Archer, University of Arizona
|
Pulse
Irrigation Effects on Soil Respiration and
Microbial Biomass in a Semi-Arid Thorn Woodland
|
P |
|
Ariel Novoplansky, Ben Gurion University of the Negev, Israel
|
Plastic
strategies under pulsed conditions |
T |
| Kiona
Ogle and James F. Reynolds, Duke University |
The
importance of precipitation seasonality to the
growth of the desert shrub Larrea tridentata (creosotebush) |
P |
|
Amilcare
Porporato, Polytechnic of Turin, Italy
|
Long-term predictions for pulse effects on soil carbon and nitrogen using a stochastic
soil moisture model |
T |
|
Jim Reynolds,
Duke University, Paul Kemp, University of San
Diego
|
Shrub-grass
transitions in the Jornada Basin in the past
century: experimental and modeling evidence do not
support climate hypotheses |
T |
|
Damián
Ravetta, Diego Wassner, University of Buenos Aires, Argentina
|
The effect of
precipitation events on the production of resin on
Grindelia chiloensis and its transport into
the soil.
|
P |
| Gitane Royce, Desert Research Institute |
Effect
of Increased Summer Precipitation on High
Temperature Tolerance for Purshia tridentata |
P |
| Osvaldo Sala, University of Buenos Aires, Argentina |
Morphological
and physiological constraints on pulse
utilization. |
T |
|
Darren Sandquist, California State University, Fullerton
|
Water pulse use by Hawaiian dry forest trees |
P |
| Sean
M. Schaeffer and R.D. Evans, University of
Arkansas |
Pulse
effects on microbial activity and nutrient cycling
in a Colorado Plateau desert ecosystem |
P |
| Jochen Schenk, University of Southern California, Los Angeles |
Sizes and shapes of
root systems in pulse-driven arid ecosystems. |
T |
|
Susan Schwinning,
Bio 2, Columbia University, Jim Ehleringer,
University of Utah
|
Summer
pulse use in cold-desert shrubs and grasses |
T |
|
Anna Sher, Ben
Gurion Univ. of the Negev, Deborah Goldberg,
Univ. of Michigan, Ariel Novoplansky, Ben Gurion
Univ. of the Negev
|
Mediterranean
versus desert species response to pulse gradients
and diffuse competition. |
T |
|
John Stark, Utah State University
|
Timing
of soil nutrient pulses in semiarid ecosystems. |
T |
| Jeff Stone and
Ginger Paige, USDA/ARS Tucson |
The interaction of rainfall intensity and spatial patterns of soil and vegetation cover on semi-arid rangelands |
T |
|
Bob Webb,Todd Esque, and Phil Medica, USGS, Tucson
|
The wet 1980s
followed by the 1989-91 drought: winners and
losers among perennial vegetation in the northern Mojave
desert |
T |
| Jake
Weltzin, University of Tennessee |
Recruitment
of woody plants in semi-arid savannas: the role of
spatial and temporal variability of soil moisture |
T |
|
Kerstin Wiegand, Universität Giessen, Germany
|
Minimum recruitment frequency in plants with episodic recruitment |
T |
|
María Laura
Yahdjian, Osvaldo E. Sala and Amy T. Austin,
University of Buenos Aires, Argentina
|
Drought
effects on decomposition and nitrogen dynamics: a
manipulative experiment in the Patagonian Steppe |
P |
