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EGU Conference 2010

EGU Conference 2010
主页 › EGU Conference 2010

EGU 2010 Presentations by Picarro Researchers and Picarro Customers

Picarro Poster Presentations

Real-Time Field-Based Water Vapor Isotope Measurements with a CRDS Analyzer: Probing Cropland Evapotranspiration. Aaron Van Pelt, David Williams, Leo Mayr, and Wei Sun

High-resolution observations of stable oxygen and hydrogen isotopes in Northern California rainfall events.  Randy Apodaca, Nabil Saad, Eric Crosson, Kevin Simonin, and Todd Dawson

Quantifying Methane Fluxes Simply and Accurately: The Tracer Dilution Method.
Christopher Rella, Eric Crosson, Roger Green, Gary Hater, Dave Dayton, Rick LaFleur, Ray Merrill, Sze Tan, and Eben Thoma

Rapid detection and characterization of surface CO2 leakage through the real-time measurement of δ13C signatures in CO2 flux from the ground. Samuel Krevor, Sally Benson, Chris Rella, Jean-Christophe Perrin, Ariel Esposito, and Eric Crosson

Continuous in field measurements of N2O concentration and its isotopologue and isotopomer ratios, with a field deployed mid-infrared, wavelength scanned, cavity ring-down spectroscopy instrument. David Balslev-Clausen, Alejandro Farinas, Christo Buizert, Eric Crosson, and Thomas Blunier

Picarro Customer Oral and Poster Presentations

Tests and validation of two instruments using wavelength-scanned cavity ring-down spectroscopy (WS-CRDS) technology in a laboratory. A way to assess the isotopic composition of water vapor. Guillaume Tremoy, Olivier Cattani, and Francoise Vimeux

An automated setup to investigate the 12/13CO2 evolution of soils or by soil additive degradation via Cavity Ring-Down Spectroscopy (CRDS). Martin Koestler, Mo Bai, Andreas Gattinger, Jurgen Kunstmann, Lutz Breuer, and Hans-Georg Frede

Continuous field deployable methane concentration measurements from ice cores with near-infrared cavity ring-down spectroscopy. Christopher Stowasser, Thomas Blunier, Vasileios Gkinis, Trevor Popp, and Ernesto Kettner

Continuous online field deployable high precision and high resolution water isotope analysis from ice cores. Vasileios Gkinis, Trevor Popp, Sigfus Johnsen, Thomas Blunier, Christopher Stowasser, and Ernesto Kettner

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