the 10 most important advances in agriculture

  • 200,000 BCE

    axes

    axes
    The axe in agriculture is a cutting tool used for felling trees, clearing land, and cutting firewood
  • 200,000 BCE

    sickle

    sickle
    A sickle is a tool used to reap (cut herbs or crops). The sickle has a wooden handle and a curved blade with a sharp edge in the concave sector or with sharp teeth. Also called a reaper, the sickle is often used to cut the stems of grass plants.
  • 2000 BCE

    rake

    rake
    A rake is an agricultural tool used to level the soil, collect and remove grasses, leaves, and other debris
  • 1480

    temperature and humity sensors

    temperature and humity sensors
    The humidity sensor is a reading device used in indoor spaces to monitor air humidity and temperature. There are several types of humidity sensors, depending on the physical principle they follow to quantify it.
  • shovel

    shovel
    The shovel is an agricultural tool used to prepare the soil for crops, turning it over and cutting it to a depth of 15-20 cm
  • tractor

    tractor
    An agricultural tractor is a machine designed to perform various agricultural tasks, such as land preparation, seeding, cultivation, and harvesting
  • agriculture software

    agriculture software
    Software in agriculture enables consistency of work and production schedules, as well as automation of record-keeping, data storage, monitoring and analysis of farming operations, and more.
  • satelite images

    satelite images
    Satellite technology can help you do precise farming by providing detailed information on crop yields and soil variability. You can use this information to adapt different growing methods. This application not only reduces environmental impact but also improves resource efficiency
  • remote contolled aircraft

    remote contolled aircraft
    Drones are used to capture images of the crop throughout its development. This monitoring based on aerial images is based on data analysis, through integrated management systems, which allows management decisions to be made from sowing to harvesting.
  • gps thechnology

    gps thechnology
    GPS allows farmers to go, year after year, with precision, to specific places in their fields, whether to collect soil samples or monitor the situation of the crop.