The Irrigation Scaling Application is a pilot system aimed at the user who wishes to understand the irrigation need of the crops of an area and the impact of crops on a…
To cover the needs of the GWD project's pilot implementation, three experimental fields were selected in the area of Trifylia, N. Messinia (Fig. 1.)
The Crop Water Stress Index (CWSI) is a measure of the relative transpiration rate occurring from a plant at the time of measurement. It is calculated by using a measure of the canopy temperature…
The ground measurement system, at each experimental site, includes the equipment necessary to calibrate the rate of transpiration certified by the actual atmospheric events (air…
The innovation that GreenWaterDrone proposes, is about the way of measuring and applying the Crop Water Stress index (CWSI), combining the advantages of the focused and short distance measurement of…
The targeted applications for the dynamic crop irrigation control and aerial surveillance are based on a set of DB systems, where the data collected by aerial and terrestrial logging systems,…
The unmanned aerial platform developed for project needs will be made of lightweight materials (aluminum and carbon fiber) achieving high quality and durability, with a landing…
In recent decades, various scientific fields have contributed to the research and development of solutions for the efficient management of irrigation water, using methods based on micrometeorological…
The unmanned aerial platform developed for project needs will be made of lightweight materials (aluminum and carbon fiber) achieving high quality and durability, with a landing system designed for…
The ground measurement system, at each experimental site, includes the equipment necessary to calibrate the rate of transpiration certified by the actual atmospheric events (air temperature, foliar…