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Showing posts with the label GENETICS

Reproductive Structures of Pteridophyte

  Reproductive Structures of Pteridophyte The Pteridophyte sporophyte, besides being a prominent component of soil and vegetation, is an important ornamental plant in gardens and lawns. Indoors, its gracefulness and shape fit it ideally as a plant for pot culture in hallways and living rooms, especially during the months of November to March. Transportation of whole plants from one place to another without damage is attempted by packing them in sand, decomposed silt, ashes, or sawdust. Despite their rich horticultural value, many Pteridophytes are vanishing from nature due to indiscriminate destruction of their natural habitats and capturing of species for ornamental purposes. The best means of conservation is an adequate botanical knowledge of these plants, together with their habitats. The approaches of the non-destructive collection of herbarium specimens are now being stressed. The collection is also supplemented with data regarding the locality and habitat, so as to make it de...

Plant Disease forecasting Server:

                                                Plant Disease forecasting  Server: The revolution in web-based technologies has led to great strides in the development and employment of decision support systems for growers and pest management specialists. The present work illustrates an approach towards that direction by the use of novel programming languages and technology for the development of a web-based system for model implementation and delivery. SISALERT is a multi-model platform that unleashes the power of hourly weather station data and hour-by-hour weather forecast information using sophisticated disease risk assessment models. These models interpret weather data giving information on past or recent disease behavior as well as predicted disease risk. The uniqueness of SISALERT format is the modularity that allows coupling crop and disease models dependi...