The Forest Lodge Orchard, the world's first cherry orchard powered by 100% electricity and free of fossil fuels, is a visionary venture led by Mike Casey, founder of New Zealand Zero (NZ0). After a successful technology start-up in Australia, Mike and his wife Rebecca returned to New Zealand to realise their dream of owning a house in Central Otago and starting a cherry orchard on eight hectares.
Sensitive to the impact of climate change, the Casey's adopted sustainable solutions for their orchard, planting 9,300 cherry trees using the Upright Fruiting Offshoots (UFO) system, a high-density form of cultivation that optimises land use and minimises water and energy requirements.
The daring decision to eliminate fossil fuels from the orchard was made possible through the installation of a solar and battery system, frost-proof electric fans instead of diesel fans, and the use of solar electric vehicles for internal travel. The result is an orchard with a near-zero energy bill, with the possibility of selling excess energy back to the grid.
Mike Casey, keen to share his experience, founded NZ0 with the aim of supporting the transition to sustainable, fossil fuel-free horticultural solutions. The brand offers acceptance that rewards producers who use renewable energy.
The decarbonisation process, according to Mike, requires a smart approach and changes in approach, as demonstrated by the development of a grant-supported electric sprayer. The use of subsidies, such as that of AGMARDT, contributed significantly to the success of the Forest Lodge Orchard.
The cherry market test showed that consumers were willing to pay an 18% premium for sustainable products, significantly reducing the payback period of electrifying the orchard. Mike, focused on technology and finance, recognises the importance of building a highway to decarbonisation, combining sustainability and profitability to ensure real and lasting change in farming practices.
British Columbia produces over 90% of Canada’s cherries and is investing in genomics to tackle extreme weather and global market pressures. New technologies aim to shorten breeding cycles, improve climate resilience, and strengthen competitiveness and the regional economy.
A US study evaluated the efficacy of two San Jose mealybug defence programmes in black cherry using Sivanto Prime 200SL and flupyradifuron 300SL. Due to the slow onset of action of the treatments, the results did not show significant data.
A study in Spain examines an evergrowing sweet cherry genotype unable to enter dormancy. The research highlights altered expression of DAM genes and offers new insights for genetic improvement and adaptation to climate change in temperate fruit crops.
The CrackSense project investigates sweet cherry cracking in Lithuania and France, highlighting the impact of extreme weather events, sensor-based monitoring, and varietal differences to improve prevention, resilience, and advanced orchard management strategies.