We are pleased to announce the collaboration with Instituto Técnico Agrícola INTEP Roldanillo in Valle del Cauca to fortify the agriculture future through the implementation of innovative technologies. We are commited to the precision agriculture progress, applying drone and satellite images. This strategic alliance seeks to enhance the training in this key areas, preparing the students for the modern agricultural challenges.

We share with the students all the precision agriculture methods applied to the lemon crops on the farm, soil analysis, integrated management and drone appications, activities programme is explained, flight programme, velocity and drop size. We are also accompanied by helidrones and the release of the DJI Agras T50 sprinkler equipment.

If you are interested in recieving training applied to your industry, contact us here TYC GIS and ask for our training offer.

Note: There is a rating embedded within this post, please visit this post to rate it. ]]> https://tycgis.com/en/intep-training-precision-agriculture-applied-to-citrus-crops/feed/ 0 https://tycgis.com/en/project-mapsens-agro-mapping-and-inventory-of-oil-palm-cultivation/ https://tycgis.com/en/project-mapsens-agro-mapping-and-inventory-of-oil-palm-cultivation/#respond Wed, 31 Jan 2024 12:20:06 +0000 https://tycgis.com/?p=9605 ● Location: Meta department (Colombia)
● Surface area: 3000 hectares
● Data source: Drone
● Main objective: Identify living palms and crop failures.
● General objective: Conduct a general inventory of the crop with precise data on the condition of the crop in terms of number of palms
● Date: December, 2023

Data collection is perfomed, it gets processed and the inventory is generated identifying living palms with a 1 and failures with a 0, indicating the row and numbering order nomenclature given at the time of planting.

Crop inventory from drone data provides a detailed compilation and valuable information about the condition, health and development of a specific area of the crop. Thin inventory is created from data collected by drones equipped with specialized sensors during planned flights over the areas of interest.

If you wish to know more about our precision agriculture SMART AGRO app, contact us here TYC GIS. SMART AGRO app uses drone, satellite, weather and field sensors data.

Note: There is a rating embedded within this post, please visit this post to rate it. ]]> https://tycgis.com/en/project-mapsens-agro-mapping-and-inventory-of-oil-palm-cultivation/feed/ 0 https://tycgis.com/en/project-mapsens-agro-citrus-plantation-mapping-and-inventory-with-drones/ https://tycgis.com/en/project-mapsens-agro-citrus-plantation-mapping-and-inventory-with-drones/#respond Mon, 29 Jan 2024 11:37:20 +0000 https://tycgis.com/?p=9592 ● Property: La Venta
● Location: Valle del Cauca department (Colombia)
● Surface area: 231 hectares
● Data source: Drone
● Main objective: Identify the amount of trees
● General objective: Conduct the general inventory of the crop with precise data of the crop condition in terms of number of trees and their heighs.
● Date: November, 2023

Data collection is performed. Data is then processed and an inventory is generated identifying every tree and their heighs.

Citric crop inventory is carried out through the use of drone technology, which allows to collect precise data of the condition and health of the plantation. This method revolutionized the way agricultural data is collected and processed, providing a complete and updated view of the citrus field.

If you wish to know more about our SMART AGRO app, contact us here TYC GIS. It uses data from drones, satellites, field sensors and weather.

Note: There is a rating embedded within this post, please visit this post to rate it. ]]> https://tycgis.com/en/project-mapsens-agro-citrus-plantation-mapping-and-inventory-with-drones/feed/ 0 https://tycgis.com/en/project-irrigation-certification-of-a-farm-using-satellite-images-in-albacete-spain/ https://tycgis.com/en/project-irrigation-certification-of-a-farm-using-satellite-images-in-albacete-spain/#respond Sat, 28 Aug 2021 11:34:37 +0000 https://tycgis.com/?p=9278 The objective of this project was to analyze the existence of any irrigated crop prior to 1997 in order to demonstrate, before the corresponding Public Administration, the right to an irrigation concession.

Used data:

o Satellite: Landsat.
o Resolution: 30 m/píxel
o Bands: VIS, NIR y SWIR
o Years: 1990 a 1997.
o Period: late spring and summer.

Brief description:

To carry out the work, the Landsat images were first analyzed for the presence of any evidence of irrigation presence in the plots indicated by the customer, between the late spring and summer of the years 90 to 97, and the dates on which the highest probability of irrigation was observed were chosen.

To select the images, it was taken into account that they should be close to the end of spring, since this is the time when a cereal crop should have at least one support irrigation to remain green once the possible winter rains have ceased and the water reserve in the soil has been reduced, so the climatology of each year was also taken into account to determine if there were late rains that could condition the results.

From the downloaded images of the selected dates, several vegetation indices were calculated and statistics were generated for each of the indicated plots to determine the degree of probability of the presence of at least one supporting irrigation.

Note: There is a rating embedded within this post, please visit this post to rate it. ]]> https://tycgis.com/en/project-irrigation-certification-of-a-farm-using-satellite-images-in-albacete-spain/feed/ 0