Six Process Cannabis growers can receive from traditional horticulture

Farmers who use drones to apply pesticides to their crops can reduce improved coverage and use of chemicals. Photo – Kevin Hill / Parabuug

Business cannabis producers do not need to refill their wheels when they want to automate and streamline production. In fact, they often turn to the world of traditional gardening to find clues as to how to make their work more efficient.

Although cannabis has special challenges, 90% of the principles of pottery and hydroponic plants apply directly to cannabis.

Most of the technology and equipment available to facilitate commercial cannabis production are already in place, and many of the industry’s most successful operators have already incorporated these practices into their farming programs.

When looking to increase the effectiveness of your farming business, consider taking these six savings tips from traditional growers:

Automate your fertilization process To increase consistency and reduce production costs. Fertilizer systems help to avoid human error by automatically mixing and supplying water and fertilizer to the crop. Including humidifiers, VPD sensors, and plant temperature sensors, it is not necessary to be present to determine when or how much to irrigate. This helps farmers avoid the risk of overdrinking or watering, and helps save water. Once the sensors know that the plant has received enough water, it will shut down automatically.

Filling pot automatically Helps to reduce labor and streamline irrigation arrangements. Manufacturers of pea-based clay pots usually order soil bags in trucks or trucks, and then workers divide them into individual bags to fill nurseries. An automatic pot filler can handle hundreds of jars per hour, filling each one with the same amount of soil. This irrigation is essential for automation. If each pot has a different base size, the crop will not dry out all at once. Automatic pot fillers pay for themselves quickly in saved labor and crop consistency.

Use outdoor aircraft To increase crop profitability. Farmers who use drones to apply pesticides to their crops can reduce improved coverage and use of chemicals. Compared to tractor compressors, drones can be very close to the crop, and can compensate for changes in wind speed, so spray application rates and doses are consistent throughout the crop. They also have the option of flying at night when there are no field workers. Applying beneficial insecticides to chickens can help improve the consistency of the application, especially on tall crops or steep, unconventional soils. Drones can also provide useful crop information from alerts that warn the manufacturer of potential problems before they cause financial losses.

Use SAP analysis To reduce fertilizer waste. A popular myth among cannabis growers is that high levels of phosphorus are required at the flowering stage. In fact, the standards for quality plant growth are very low. Cannabis does not absorb too much phosphorus, and the resulting fluid (and the manufacturer’s money) goes down the drain. Farmers can solve this problem by using herbal juice analysis to manage their dietary needs. Herbal juice is a liquid that contains minerals and metabolism in plant xylem and phloem. Extraction and analysis of this juice will help farmers make real-time nutrition decisions that will reduce production costs and improve crop quality.

Control the stomata Helps to accelerate plant growth. A new and growing philosophy of plant cultivation is changing the way commercial greenhouse farmers manage their crop environment, and these principles will help cannabis producers improve crop quality. Instead of managing independent variables such as temperature and relative humidity, this new philosophy focuses on stomatal activity and plant energy balance. Farmers adjust temperature, humidity, and light levels to promote normal plant activity and healthy energy balance in plants. Cannabis greenhouse producers who incorporate these principles have the potential to reduce the production of large quantities, fast-growing crops, and disease.

Make it unique in one area of ​​the product chain. Large ornamental flower manufacturers do not manage the entire production process. The supply chain is usually divided into three or four different businesses. A farmer takes care of the stock plants and sends the unloaded bushes (URC) to the young plant producer or to the root site. This greenhouse grows the roots of the shrubs and then sends them to different greenhouses and grows as a gardener and blooms. Once ready, they will be sent to the final manufacturer for sale as pre-finished plants. Cannabis farmers who want to prove their worth in the future should look like this model and consider only one link to a product chain.

These concepts may be new to many cannabis growers, but these techniques and principles have a long history of success among traditional crop farmers. Farmers who incorporate these practices today will help ensure an efficient and cost-effective farming program for the future.



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