- Managing Director, UK
- Teelt Specialist Potplanten
- Sales Manager Bio / Netherlands
- Production Manager
- Assistant Professor - Controlled Environments Entomologist
- Technical Development Specialist | Horticulture | France
- Director of Business Development | Middle East | Agtech
- Farm/Production Manager; Berlin (m/w/d)
- Trader Asian Market
- Avocado Growing Manager - Kenya
Top 5 -yesterday
Top 5 -last week
- “Significantly better results with new Iron fertilizers”
- What is the status of tomato brown rugose fruit virus in Europe?
- Race to emission-free greenhouse cultivation pushes growers to keep innovating
- BASF’s vegetable seeds and IUNU partner to advance digital phenotyping for hydroponic lettuce
- Infarm to make strategy shift, cuts 500 jobs
Top 5 -last month
- UK growers stop planting and put nurseries on sale amidst energy crisis and labor shortage
- "You can't grow on water without lights"
- "Our foliage plants grow bigger, faster, and more efficiently"
- "High-tech farmer AppHarvest is running out of money"
- Mobile aeroponic system requires less maintenance and guarantees even irrigation
Modern greenhouse horticulture in Japan
The main objective of the research project is to find solutions for the challenges that rise when up-scaling and introducing new technology in different crops grown in large-scale greenhouses in Japan.
At different locations in Japan new greenhouse enterprises were established the last years. They are located in different climate zones and equipped with different technology, different crops are grown. However, challenges in the new enterprises are comparable: decreasing labour costs and energy consumption, increasing yield and product quality and predictability of yield.
Four greenhouse sites at different locations in Japan are monitored concerning their realised climate in order to optimise climate management and energy consumption. The sites are monitored concerning their realised crop yield in order to make a yield gap analysis and predict future crop performance and to optimize labour use.
Climate, crop and labour
At all four greenhouse sites weather data is continuously collected. Next to that actual greenhouse climate data (RH, T, CO2 and amount of light) and set-point values used in the facilities (including heating, ventilation, CO2 supply, dehumidification and all other available equipment).
Companies have different environmental equipment and different energy saving strategies. Examples are wood-pallet heating, heat pumps driven by own electricity generation from a waste plant or geothermal heating. Different coverings and screens are used. WUR analyses the collected data in order to improve greenhouse climate and equipment management at the sites in the future. Analysis is done on the distance, WUR and NARO greenhouse climate experts visit the sites regularly, in order to discuss results and future goals.
Next to greenhouse climate data also crop growth and yield data is collected. Small-size experiments are implemented by NARO on site in order to collect relevant data of the different crops. Crops are tomato, sweet pepper, cucumber, strawberry and some cut-flowers. WUR uses data for validation of model calculations. Crop models are used in order to identify potential yield and the difference between potential and actual yield (yield gap analysis). Models will also be used to forecasts for potential and actual yield under various conditions in Japan, WUR and NARO experts visit the sites regularly in order to discuss results and possible improvements.
Since labour costs are extremely high in Japan and labour efficiency is in general lower than in The Netherlands, experts from WUR and NARO also interact on the field of labour processes and future automation.
The project contributes to the improvement of modern greenhouse production in Japan and it enables scientific exchange of research data between both countries.
Source: Wageningen University & Research
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