Abstract: A six-member multicoupled model ensemble is created by using six state-of-the-art deep atmospheric convective schemes. The six convective schemes are used inside a single model and make up the ensemble. This six-member ...

Abstract: An advanced land model [the National Center for Atmospheric Research (NCAR) Community Land Model, version 2 (CLM2)] is coupled to the Florida State University (FSU) regional spectral model to improve seasonal surface climate ...

Abstract: An ensemble of seasonal Atlantic hurricane simulations is conducted using The Florida State University/Center for Ocean?Atmospheric Prediction Studies (FSU?COAPS) global spectral model (Cocke and LaRow) at a resolution of ...

Abstract: The current Florida State University (FSU) climate model is upgraded by coupling the National Center for Atmospheric Research (NCAR) Community Land Model Version 2 (CLM2) as its land component in order to make a better ...

Abstract: This paper utilizes forecasts from a multianalysis system to construct a superensemble of precipitation forecasts. This method partitions the computations into two time lines. The first of those is a control (or a training) ...

Abstract: A comprehensive evaluation of crop yield simulations with various seasonal climate data is performed to improve the current practice of crop yield projections. The El Niño?Southern Oscillation (ENSO)-based historical data ...

Abstract: This paper addresses real-time precipitation forecasts from a multianalysis?multimodel superensemble. The methodology for the construction of the superensemble forecasts follows previous recent publications on this topic. ...