In this presentation, an applied version of the meteogram, one in which various soil, vegetation, and atmospheric variables are incorporated, and their forecast data are displayed on a time cross-section for an agricultural or forest point, is presented. A regional high-resolution (810 m) WRF/Noah-MP forecast is conducted with dynamic vegetation turned on in order to reasonably resolve small-scale complex topographic and land-cover features and produce 7-day forecast data. The initial and boundary conditions were provided from the operational global Unified Model of the Korea Meteorological Administration. This new numerical guidance “Agrometeogram” will be used to help effectively monitor, analyze, understand, and predict energy, water, and carbon circulations in the given agricultural or forest area.
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