Sara A. Rauscher

3Anji Seth
2Suzana J Camargo
2Maisa Rojas
2Alessandra Giannini
1A. Park Williams
Learn More
  • Anji Seth, Sara A Rauscher, Michela Biasutti, Alessandra Giannini, Suzana J Camargo, Maisa Rojas
  • 2013
1 ABSTRACT 7 While projected total precipitation changes in monsoon regions are uncertain, twenty first 8 century climate model projections show an amplification of the annual cycle in tropical pre-9 cipitation with increased strength in both wet and dry seasons. New analysis of World Cli-10 mate Research Program (WCRP) Coupled Model Intercomparison Project(More)
  • Anji Seth, Sara A Rauscher, Maisa Rojas, Alessandra Giannini, Suzana, J Camargo +5 others
  • 2011
Twenty-first century climate model projections show an amplification of the annual cycle in tropical precipitation with increased strength in both wet and dry seasons, but uncertainty is large and few studies have examined transition seasons. Here we analyze coupled climate model projections of global land monsoons and show a redistribution of precipitation(More)
Globally, forests store ∼45% of carbon sequestered terrestrially, contribute more to the terrestrial sink per area than any other land cover type, and assimilate an important portion of anthropogenic emissions (Bonan, 2008). Forests exert strong biophysical control on climate via surface energy balance Brown et al., 2005). Widespread forest mortality in(More)
A nonuniform, fast Fourier transform can be used to reduce the computational cost of the empirical characteristic function (ECF) by a factor of 100. This fast ECF calculation method is applied to a new, objective, and robust method for estimating the probability distribution of univariate data, which effectively modulates and filters the ECF of a dataset in(More)
  • Sara A Rauscher, Anji Seth, Brant Liebmann, Jian-Hua Qian, Suzana J Camargo
  • 2007
The potential of an experimental nested prediction system to improve the simulation of subseasonal rainfall statistics including daily precipitation intensity, rainy season onset and withdrawal, and the frequency and duration of dry spells is evaluated by examining a four-member ensemble of regional climate model simulations performed for the period(More)
  • 1