Climate change with increasing climate variability is likely to alter risks in agricultural production. The effectiveness of using weather derivatives to hedge against drought risks for rain-fed grain maize production was investigated for current (1981-2003) and future (2070- 2100) climates in...

The effectiveness of hedging drought risks with weather derivatives was investigated for rain-fed grain maize production in Switzerland under current (1981-2003) and projected future (2070-2100) climatic conditions. Depending on location, hedging reduced the value-at- (VaR) measure to a variable...

<Para ID="Par1">A study has been undertaken to analyze the behavior of record high and low values of temperature since the early 1950s for 30 locations spread across Europe. When establishing the ratios of the number of record Tmax to record Tmin values in each year, it is seen that there is a sharp increase in...</para>

Streamflow simulation is often challenging in mountainous watersheds because of irregular topography and complex hydrological processes. Rates of change in precipitation and temperature with respect to elevation often limit the ability to reproduce stream runoff by hydrological models....

Landwirte sind bei der Weizenernte mit einem beachtlichen Wetterrisiko in Form von Ernteverlusten konfrontiert. Dem kann mit einer höheren Maschinendichte entgegengewirkt werden, was jedoch zu höheren Maschinenkosten führt. Der vorliegende Tradeoff zwischen Maschinenkosten und Ernterisiken...