Other subject about saffron
Ommolbanin Bazrafshan; Zahra Gerkani Nezhad Moshizi
Abstract
Lack of adequate water resources, not only reducing the trend of agricultural development, but also it will cause damage and losses in the future. This study is a comprehensive research in water resource management using water footprint approach, water footprint accounting and water use efficiency by ...
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Lack of adequate water resources, not only reducing the trend of agricultural development, but also it will cause damage and losses in the future. This study is a comprehensive research in water resource management using water footprint approach, water footprint accounting and water use efficiency by clustering analysis. In this study, water footprint of green, blue and gery in saffron production are calcuated using principle framework during 2008-2014 . Based on, these indicators calculated using data and common methodology. Result shown, the share of WFGreen, WFBlue and WFGrey is 20, 90 and 10% respectively in the saffron production that mean of water footprint estimated 2764 m3/kg. Amount of water footprint accounting and water use efficiency calculated 1.91-5.93 m3/kg and 0.2-0.62 kg/m3, respectively. In assessing the prioritizing of the provinces by two indicators, the provinces were divided into four categories. Lorestan, Kermanshah, Hamedan, North Khorasan, Tehran, Kerman, East Azerbaijan and Zanjan provinces including the lowest water footprint accounting and water footprint while these provinces have the highest water use efficiency. The category of these provinces is the first rank. Golestan, Ghazvin, Markazi, Alborz, Yazd, South Khorasan and Razavi Khorasan provinces are the second rank, Fars and Semnan are the third rand and Chaharmahal and Bakhtirai is the end rank of priority. Based on results, considering indicators such as water use efficiency, water footprints and footprint counting can help decision makers to development cultivation of Saffron.
