pitfall traps

Dataset: 

Study number: 

262

Data set ID: 

210262010

Date range: 

2004-01-01 to 2014-12-31

Original investigator: 

Brandon Bestelmeyer

Data contact: 

Abstract: 

   OBJECTIVE:  The purpose of the study is to investigate how pulses of precipitation translate
   into pulses of plant above ground net primary productivity (NPP) and how the small mammal
   community responds to such changes also in relation to shrub gradient across the landscape.

   OBJECTIVE:  The purpose of the study is to investigate how pulses of precipitation translate
   into pulses of plant above ground net primary productivity (NPP) and how the small mammal
   community responds to such changes also in relation to shrub gradient across the landscape.
   Particularly we are interested in how the energy flows through the ecosystem in response to
   pulses of rain.

   HYPOTHESES:
   1) Small mammal abundance should respond positively to precipitation and NPP.
   2) On a temporal scale, the small mammal energy use should show parallel fluxes along the
      shrub gradient.

   Variables measured:  Rodent abundance expressed as Minimum Number Known Alive (MNKA),
                        rodent biomas, rodent energy, and rodent species richness.

Data download: 

Description: 

CSV data file for Jornada dataset: Ecotone Rodent 1st Capture Metrics (abundance, biomass, energy, species richness)

CSV data file for Jornada dataset: Ecotone Rodent 1st Capture Metrics (abundance, biomass, energy, species richness)

LTER Core Area(s): 

Keywords: 

Subscribe to RSS - pitfall traps