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Crops in Botswana grow slowly due to dryness and cold-weather, and this is a barrier to the accomplishment of a low carbon society based on bioenergy.(Image: https://lh4.googleusercontent.com/proxy/YtxKa8cYsujlCkcDpo4wrZGYOR4imECJP8j-l_eBT0NYP1NtZBIYgiRK2RHnnJUDndxh7Fe8PWEjuN_G3c45wpRFp9t6nrClNoywSnSEcwNU0HOjFhQuXqMrIlN74osy4n1t627d1pshzUqZNc3C_Jt_q2OSQ-xWZOgAalczQo3zm_Y) However, the country has an of wild plants that can hold up against dryness and winter season cold. It likewise has great deals of jatropha curcas trees, whose seeds have abundant quantities of an oil considered to hold excellent guarantee as a biofuel. The goal of this job is to utilize these resources to establish jatropha curcas ranges that are resistant to dryness and cold weather and offer high efficiency, along with to establish methods of cultivating these ranges. In this way, a biological approach will help to attain a low carbon society. external frame
Creating a bioenergy production model based upon the country's own biological resources A database of biological resource information relating to jatropha curcas will be built and ideal ranges will be established. Moreover, in this arid area that is subject to winter, efforts will be made to establish a growing system that is versatile with respect to climate change.(Image: https://www.picturethisai.com/image-handle/website_cmsname/image/1080/157527842702229513.jpeg?x-oss-process=image/format,webp) The task will work to construct a sustainable bioenergy production model utilizing plant genetic resources that are native to Botswana. (Image: https://www.researchgate.net/publication/51490868/figure/fig5/AS:202558493728772@1425305116258/Jatropha-curcas-from-leaves-latex-roots-and-seeds-different-bioactive-or-commercially.png)
