Estimating daily meteorological data and downscaling climate models over landscapes
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| Authors | Miquel de Cáceres, Nicolas K Martin-StPaul, Marco Turco, Antoine Cabon, Victor Granda |
| Journal/Conference Name | Environmental Modelling and Software |
| Paper Category | Other |
| Paper Abstract | High-resolution meteorological data are necessary to understand and predict climate-driven impacts on the structure and function of terrestrial ecosystems. However, the spatial resolution of climate reanalysis data and climate model outputs is often too coarse for studies at local/landscape scales. Additionally, climate model projections usually contain important biases, requiring the application of statistical corrections. Here we present ‘meteoland’, an R package that integrates several tools to facilitate the estimation of daily weather over landscapes, both under current and future conditions. The package contains functions: (1) to interpolate daily weather including topographic effects; and (2) to correct the biases of a given weather series (e.g., climate model outputs). We illustrate and validate the functions of the package using weather station data from Catalonia (NE Spain), re-analysis data and climate model outputs for a specific county. We conclude with a discussion of current limitations and potential improvements of the package. |
| Date of publication | 2018 |
| Code Programming Language | R |
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