Post-management and cornice arrangement of greenhouse vegetables

In June, we’ve entered a season characterized by both high temperatures and heavy rainfall. Simultaneously, the harvest of Solanum oleracea and melons from the winter-spring greenhouses has concluded. To prevent plant aging and maximize yield potential, proper management practices are essential. Here’s how you can approach this: Firstly, remove the lower plastic sheeting while keeping the upper layer intact to provide shade. This will help create an optimal growing environment within the greenhouse. By doing so, you can protect your crops from harsh sunlight while maintaining necessary humidity levels. Secondly, focus on pruning or topping the plants to encourage better air circulation and reduce pest pressure. Additionally, apply potassium sulfate (10-15 kg) as a soil amendment and consider foliar feeding with either 0.2% potassium dihydrogen phosphate or 0.2% diammonium phosphate solutions. These steps will help slow down the aging process of your plants. Thirdly, for tomato or eggplant grown in spring greenhouses, adopt the "head-to-head" method to stimulate the emergence of new branches. This technique promotes secondary growth and extends the flowering and fruiting phase of the plants. Ensure adequate fertilization and watering throughout this process to support robust development. Fourthly, manage late cucumber downy mildew effectively during hot and humid conditions. Implement appropriate strategies like ventilation or chemical controls to mitigate disease risks in the greenhouse. Lastly, in mid-to-late June, once Solanum oleracea and melons from the winter-spring greenhouses have finished producing, plan your crop rotation carefully. Before transitioning into autumn-winter goji berry cultivation, consider planting leafy greens like rapeseed or cabbage, or even herbs such as artemisia or parsley. This approach maximizes land usage, boosts multiple cropping indices, and enhances overall profitability. By following these guidelines, you’ll not only preserve the health of your current crops but also set the stage for future harvests. Remember, thoughtful planning and timely interventions are key to sustaining productivity throughout the growing season!

1000Hz High Frequency LiDAR System

JRT High Frequency Range LiDAR Sensor is 2021 new product, that's a low-cost tof sensor but High frequency (up to 1000Hz). With 5cm high accuracy, the LiDAR Module can measure 80m.

Why the 1000Hz High Frequency LiDAR System:
* Widely used in many industrial automation system, like, UAV, delivery van, anti-lock break system, construction automation,intelligent toy robots etc.
* Small size: 43*35*21mm, can be easily integrated
* Invisible laser design: the laser type is 905nm,Class I
* High Frequency: 1000hz/1khz
* Low power design

Chengdu JRT Main Ranging Modules: Industrial Laser Distance Sensor, Laser Distance Meter Module, Tof LiDAR Sensor.

lidar sensor,lasers for LiDAR,lidar system

Chengdu JRT Meter Technology Co., Ltd , https://www.jrt-measure.com