This paper describes the selection of a state-space estimation method for application to the emerging research domain of agrometeorology. The work comes from a wider geocomputational research programme that relates to climate and environment monitoring and subsequent data analysis. In particular, the data currently being collected refers to meso-micro climates in vineyards across eight countrie...

Weather has a significant impact on crop growth and development. This paper presents an overview of crop modeling and applications of crop models, and the significance of weather related to these applications. To account for the impact of weather and climate variability on crop production, agrometeorological variables are one of the key inputs required for the operation of crop simulation model...

Agriculture has undergone rapid technological changes in the search for greater productivity. At same time, environmental changes, agricultural crises from possible repercussions of climate change and different uses land technology make tools that look to minimise negative aspects environment human beings increasingly necessary. In this context, concern with sustainability is imperative. Differ...

The research objective is to identify and analyze the possibility of using Standardized Precipitation Index (SPI) in Altai Krai for agroclimatic meteorological research, including forecasting climate change predicting yield various crops. An assessment atmospheric droughts within conditions was performed a method relatively new national agrometeorology. At moment, Russian Federation CIS countri...

Abstract An accurate and reliable precipitation product on regular grids is essential for understanding trends variability within climate studies, weather forecasting, in hydrology agrometeorology applications. However, the construction of high-resolution spatiotemporal grid products challenging complex terrain with sparse rain gauge networks when only coarse spatial resolutions satellite data ...

Crop yield forecasts are prepared at District, State and National level under the ongoing project “Forecasting Agricultural output using Space, Agrometeorology Land based observations (FASAL)”, operational Ministry of Agriculture, Govt. India in collaboration with Space Application Centre (SAC), Institute Economic Growth (IEG) Meteorological Department (IMD). As per mandate project, crop being ...