Japanese companies join forces to power strawberry growing
Source: VFD.com
Further, locating production closer to consumption areas helps shorten transportation distances and reduces CO2 emissions. The company's pollination robots use cameras and 3D image analysis to identify flowers requiring pollination and perform the process automatically.
While bee pollination typically achieves around a 70% success rate, HarvestX's robots consistently exceed 90%, contributing to stable crop yields. The technology is currently being applied to strawberry cultivation and is expected to enable the stable, year-round supply of premium-quality strawberries meeting Japanese standards both domestically and overseas markets.
Why this matters: This matters when it gives operators a clearer way to manage water, nutrients, and root-zone risk. That kind of control usually improves both resource efficiency and crop consistency.
Frequently Asked Questions
What should growers evaluate before changing a lighting strategy?
They should look at crop type, canopy structure, current light distribution, energy cost, expected yield gain, and whether the new strategy improves whole-canopy efficiency.
Why is light distribution often as important as light quantity?
Because adding more photons to already saturated leaves does less work than improving how light reaches the parts of the canopy that are still underperforming.
