Blog on Precision Farming and Digital Agriculture
Here we talk about digital farming, precision farming, agriculture 4.0!
So many names to say one thing: How can technology help make better and more sustainable decisions in agriculture? What benefits can various technologies such as drones, smartphones, satellites, and sensors of various kinds bring?
We will also talk about our successes and the industrial research projects we carry out with research institutions and partners.
Aerial drone treatments: effectiveness, regulations, and advantages over traditional methods GalleryAerial drone treatments: effectiveness, regulations, and advantages over traditional methods
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Case Study: Use of drone maps for selective grape harvesting. Gallery#Case Study: Use of drone maps for selective grape harvesting.
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Case Study: Artificial Intelligence in Agriculture, a real-world application in citrus groves Gallery#Case Study: Artificial Intelligence in Agriculture, a real-world application in citrus groves
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
Drones in agriculture: planning a mission effectively GalleryDrones in agriculture: planning a mission effectively
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
Agrivoltaics and drone: how to monitor agricultural production under solar panels GalleryAgrivoltaics and drone: how to monitor agricultural production under solar panels
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
Drone sensors: a visual extension of the agronomist and powerful allies of the farmer GalleryDrone sensors: a visual extension of the agronomist and powerful allies of the farmer
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Project: SmartCherry, a smartphone DSS to democratize access to precision agriculture for cherry farmers Gallery#Project: SmartCherry, a smartphone DSS to democratize access to precision agriculture for cherry farmers
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Project: VineScale, drone platform for advanced vineyard monitoring Gallery#Project: VineScale, drone platform for advanced vineyard monitoring
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Project: AgroTwin, AI and computer vision to optimize phytosanitary treatments Gallery#Project: AgroTwin, AI and computer vision to optimize phytosanitary treatments
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Project: iOlive, rationalized application of foliar fertilizers with the iAgro app Gallery#Project: iOlive, rationalized application of foliar fertilizers with the iAgro app
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
iTractor: yield monitoring in vineyards and orchards with stereoscopic cameras GalleryiTractor: yield monitoring in vineyards and orchards with stereoscopic cameras
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Case Study: the use of the iAgro app in the vineyard. Gallery#Case Study: the use of the iAgro app in the vineyard.
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Project: iVine, the vineyard’s digital twin to support winemakers Gallery#Project: iVine, the vineyard’s digital twin to support winemakers
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Voices from the field: Segalari mills. Gallery#Voices from the field: Segalari mills.
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Opportunity ACA24 and Agriculture Innovation Fund. Gallery#Opportunity ACA24 and Agriculture Innovation Fund.
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Case Study: maps and models to support olive growers Gallery#Case Study: maps and models to support olive growers
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Case Study: maps and models to support winemakers Gallery#Case Study: maps and models to support winemakers
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
Drone monitoring of flavescence dorée GalleryDrone monitoring of flavescence dorée
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
iDrone: the drone as a powerful ally of the agronomist GalleryiDrone: the drone as a powerful ally of the agronomist
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Case Study: multi-temporal analysis of trial plots. Gallery#Case Study: multi-temporal analysis of trial plots.
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations
#Case Study: weather damage assessment on cereal crops using drone Gallery#Case Study: weather damage assessment on cereal crops using drone
agricultural data, agricultural inventions, agriculture 4.0, agriculture 5.0, agriculture data, agriculture research, agriculture tenders, agriculture weather forecast, AI, AR, big data, cereals, computer vision, country notebook, crop operations log, decision support systems, digital agriculture, digital fruit farming, digital olive growing, digital viticulture, disease prediction, drone treatments, drones, DSS, farm machine, field notebook, Financing, foliar wetting sensors, fruit growing, iAgro, iDrone, intelligent agriculture, irrigation management, iTractor, map of vigor, multispectral sensors, ndvi, olive growing, Olive tree, phytosanitary treatments, plant disease identification, plant disease prediction, plant diseases, precision agriculture, precision fruit farming, precision olive growing, precision viticulture, predictive models, prescription map, regenerative agriculture, sensors, soil moisture sensors, soil sensors, soil temperature sensors, soils analysis, sustainability, thermal sensors, tractor, trial plots, Uncategorized, variable accrual, variable rate fertilization, variable rate fertilization, variable rate irrigation, variable rate sowing, variable rate treatments, vineyard, viticulture, water management, water stress, weather stations