Be a magician in the world of Kexue

Not only did the irrigation system improve, but the research station was also consulted on how to cultivate drought-tolerant varieties. Through their studies, they gradually mastered some skills to cope with drought and also gained a deeper understanding of drought-tolerant varieties.

Under the sun, the growth of cotton has entered a critical moment. One day, when Su Ming was strolling in the field, he suddenly found a cotton field with full sunshine and vigorous cotton growth.

He immediately found the young farmer in charge of the cotton field and said excitedly: "Look, how healthy the cotton grows in this cotton field!" Sunlight is really important. The

young farmer smiled and replied: "Yes, I try to make sure that there is enough sunlight in this cotton field every day." The surrounding branches are also pruned in time to ensure that the light can fully reach the cotton.

Su Ming nodded encouragingly: "You did a good job." Sunlight can promote photosynthesis in cotton, enhance the accumulation of photosynthetic products, and facilitate the growth of cotton. We want to keep it that way and make sure that cotton can thrive.

As the conversation ended, they inspected the surrounding cotton fields together and found some areas where the cotton was not growing well. Su Ming made some suggestions for improvement, and they decided to take immediate steps to improve the situation.

Sunlight exposure, timely pruning, and scientific regulation have become the goals of their joint efforts. Everyone is fully committed to their work, hoping to contribute to the growth of cotton. With the joint efforts of everyone, cotton will eventually thrive in the sun, and the harvest time is coming.

Day after day, Su Ming and cotton farmers are actively cultivating high-yield cotton. On this day, they discussed together in the field how to further increase cotton yields.

An experienced farmer proposed: "We can try to use some high-efficiency fertilizers while increasing the amount of fertilizer moderately to promote the growth of cotton."

Su Ming nodded and praised: "Yes, we can conduct some small-scale experiments to test the effects of different fertilizers on cotton." Based on the results of the trial, our fertilizer application program is adjusted.

Another farmer added: "We can also focus on pest control." Detect and deal with pests and diseases in time to prevent them from causing damage to cotton.

Su Ming said approvingly: "Yes, it is very important to prevent pests and diseases. We need to regularly inspect the cotton fields, identify problems in time and treat them. "

Together, we have developed a series of measures to increase production. They tried different fertilizers and different control methods in the experimental fields, recorded the growth, and accumulated experience for future large-scale applications.

A few months later, the cotton was growing well and yields had increased significantly. Su Ming expressed his emotion at everyone's efforts: "Everyone's wisdom and dedication make our cotton fields vibrant. We can also continue to innovate to further increase cotton yields. "

Over time, every inch of the cotton field has become more precious. Considering the limited land that he may face in the future, Su Ming decided to try some innovative planting methods.

"We can try to grow vertically, use space efficiently, and increase planting density to achieve the goal of increasing yields," he advises.

A young farmer who has the courage to try something new excitedly says, "That's a good idea!" Vertical cultivation makes the best use of space and allows us to better manage and care for it.

Another experienced farmer agrees: "We can combine vertical cultivation and experiment with new fertilizer ratios and irrigation solutions to further increase yields."

Su Ming encouraged everyone: "Yes, the courage to innovate is the driving force for us to move forward. Let's work together to put this idea into practice and see if it can lead to better results. So

, they started experimenting with vertical planting. They transformed part of the cotton field, experimenting with different planting structures and fertilizer usage. Although they encountered some problems during the experiment, they actively summed up their experience, constantly adjusted and improved, and gradually found a suitable model.

The new model of vertical planting not only improves the yield of cotton, but also makes the layout of cotton fields more orderly and beautiful. Su Ming expressed his admiration for everyone's courage to innovate and keep forging ahead: "As long as we are creative and have the courage to try, we can continue to break through the status quo and achieve higher yields." "

While cotton is thriving, insect resistance is also a new challenge for them. One day, they spotted eggs on cotton leaves in a cotton field.

Su Ming frowned and said, "It seems that the problem of pests and diseases is indeed serious. We must not take this lightly and must take timely measures to prevent the spread of pests.

A farmer who is keen on agriculture suggests: "We can try to use some natural plants to make insect repellent agents and avoid using chemical pesticides to pollute the environment."

Su Ming nodded and praised: "This is a good idea." Natural plants may be milder on insect diseases and will not affect the growth of cotton. We can brainstorm and find the right plants to make insect repellents. So

they started researching which plants might be helpful against insect diseases. They also look for natural plants around and try to make insect repellents.

After a period of experimentation, they found a plant extract that worked better. This liquid prevents insect infestation and does not cause damage to the cotton.

Su Ming said excitedly: "This is a successful attempt! We can promote this plant extract to benefit more farmers. The

crowd agreed, and they decided to make this plant extract into a simple insect control agent and use it together in cotton fields. In this way, they will not only be able to better protect the cotton, but also explore a new path for insect disease resistance.

As time passed, the cotton in the cotton field grew taller and greener. However, a new problem arose – the soil quality began to show signs of instability.

In the face of this new challenge, Su Ming seriously thought about how to deal with it. "We can do soil tests to see what the soil is like," he suggests. Based on the test results, the soil is moderately adjusted to ensure that the nutrients needed for cotton growth are sufficient.

A veteran farmer added, "I think we can introduce some organic fertilizers to improve the texture of the soil and increase the fertility of the soil."

Su Ming nodded in agreement: "Organic fertilizer is a good choice. We can experiment and see how well it works on cotton. At the same time, trace elements should also be added moderately to ensure the balance of nutrients in the soil. There

was a lot of support and the decision was made to take these measures to improve the quality of the soil. They began an intense and orderly experiment, experimenting with different fertilization schemes and documenting the growth in order to get the best results.