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  1. 1
    China Deploys AI-Powered Laser Weed-Killing Machines on Farmlandโ—China has rolled out AI-powered weed-killing machines across large farmland areas. Each machine integrates cameras, AI,๐•xCNTechnologyAI1.4K1 min ago

    China has rolled out AI-powered weed-killing machines across large areas of farmland. Each machine combines cameras, artificial intelligence and lasers: a vision system scans plants while AI distinguishes crops from weeds, allowing targeted removal without damaging the crops. The machines are already operating in the fields, and the technology is drawing attention as an example of automation entering everyday agriculture.

  2. 2
    Minnesota project pairs farming with solar powerโ—Minnesota agrivoltaics project shows promise of mixing farming, solar powerโœ‰newsEnvironmentEnergy50 min ago

    A Minnesota agrivoltaics project is showing that crops and solar panels can share the same land. By mounting panels high enough for farm equipment and crops to fit beneath, the project aims to generate renewable energy while keeping farmland in production, offering a possible model for reducing land-use conflicts over the expanding solar industry.

  3. 3

    A new player has emerged in the growing conflict over siting solar farms on agricultural land, according to Politico. The dispute pits renewable energy developers seeking open space for large-scale solar projects against farmers and rural communities concerned about losing productive farmland. The identity and motives of this unlikely influential figure are drawing attention as the battle over land use and clean energy intensifies across rural areas.

  4. 4
    Kubota unveils agrivoltaic system for rice farming under solar panelsโ–ผKubota agrivoltaic system allows rice farming and combine harvesting beneath elevated solar panelsโœ‰newsEnvironmentEnergy50 min ago

    Kubota has introduced an agrivoltaic system that lets farmers grow and combine-harvest rice beneath elevated solar panels. By raising the panels high enough for standard machinery to pass underneath, the setup allows the same land to produce both food and renewable electricity. The concept is drawing attention as Japan and other countries look to expand solar capacity without sacrificing limited farmland.