Dimitra Incorporated, a global Agtech company on a mission to make its technology available to small farmers globally, has developed and released five satellite reports that are included within the basic Connected Farmer platform. Each report plays a pivotal role in providing farmers with actionable data to increase yield, reduce expenses and mitigate risk.
Dimitra has been developing its technology aimed at helping farmers make better decisions to improve productivity. Reduce environmental impact, store more carbon, and reduce fresh water usage while significantly increasing output.
One technology that Dimitra is using is satellite to allow for analysis and year over year comparisons. In the past year, we have established over 20 different reports that we provide to farmers. When a Dimitra farmer registers for the Connected Farmer app.
Dimitra uses current and past data from some of the most advanced and reliable satellites, mainly Sentinel 1 and 2 from the European Space Agency, to perform various types of analyses on farms, forests, soils, and vegetation in general.
Dimitra’s five basic satellite reports, described below, help farmers (farming anywhere in the world) detect the precise regions of their farms where they need to take action, such as applying fertilizers, performing irrigation at key stages of the season, spraying pesticides and herbicides and others depending on the results of the analyses. This helps farmers minimize their costs in labor and inputs as they only need to act on the precise regions where these actions are necessary.
– describes the difference between visible and near infrared reflectance of vegetation cover. This report estimates the density of green on an area of land, which is proportional to the biomass and chlorophyll content, representing the crops’ health.
Since MSAVI is adjusted to soil effects and is sensitive to early vegetation in the field, it works even when the earth is hardly covered with crops.
– detects moist levels in vegetation using a combination of near-infrared (NIR) and short-wave infrared (SWIR) spectral bands. The LSWI is a reliable indicator of water stress in crops.
And shows the photosynthetic activity of the canopy cover. RECI shows the photosynthetic activity of the canopy cover. Because chlorophyll content directly depends on nitrogen level in plants. Responsible for their green color, this vegetation index in remote sensing helps detect areas with yellow or shed foliage.
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