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How should pesticides be used in tea gardens? Pesticide use requires caution!
Because of its own characteristics, tea differs noticeably from other crops in the use of pesticides, and many pesticides are not suitable for use in tea gardens. In tea gardens, pesticide application requires particular attention to safety and reasonableness. So how should pesticides be used in tea gardens? 1. Reasonably select pesticides. In tea gardens
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How Many Years Until the Tea-Oil Tree Bears Fruit? A Detailed Explanation of the Fruiting Timeline
Oil tea (Camellia oleifera) gets its name because its seeds can be pressed for oil (tea oil) for human consumption. Tea oil is clear in color, fragrant in taste, rich in nutrients and resistant to storage, making it a high-quality edible oil; it can also be used as lubricating oil and anti-rust oil in industry. The oil cake is both a pesticide and a fertilizer, and can improve farmland water retention capacity and
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Licorice Planting Techniques and a Detailed Guide to Planting Time and Methods
Because of its drought-tolerant and cold-tolerant growing habits, licorice is currently distributed fairly widely in the northern regions of China. Licorice has strong medicinal properties, so its sales on the market are currently quite good, which has led many people to want to grow it. So before planting,
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How to sprout potatoes scientifically? These methods you need to master
The potato gets its name because it closely resembles a horse bell, and this name first appeared in the "Songxi County Annals, Food and Goods" during the Kangxi period. In Northeast China and Hebei it is called tudou, in North China it is called shanyao dan, in the Northwest and the two Hu regions it is called yangyu, in the Jiangsu-Zhejiang area it is called yangfan yu or yangshanyu, in Guangdong it is called
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Which plants rely on birds to disperse their seeds?
Because of their particularity, not all plants can disperse their own seeds; many plants rely on other animals and natural conditions for dispersal, so what plants use birds to disperse seeds? 1. What plants use birds to disperse seeds? Using birds to disperse seed
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A Detailed Guide to Cicada Farming Methods and Key Technical Points
Because the cicada has a unique flavor, is rich in nutrients, and also has good health benefits, market demand is growing and prices are rising higher and higher. However, wild resources alone cannot resolve the contradiction between supply and demand, so the prospects for artificially farming cicadas are broad. Successful cicada breeding
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When to Sow Bellflower? A Detailed Guide to the Best Sowing Time
Bellflower gets its name because its flowers look like wind chimes. It can be used for flower beds, rock gardens or border planting in gardens, and in everyday life people often grow it as a potted plant. So, when should bellflower be sown? 1. When to sow bellflower? Bellflower generally
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What causes little leaf disease?
Little leaf disease in fruit trees has occurred frequently in recent years, and there is a trend of it worsening year by year. Little leaf disease not only causes stunted plants and slow growth and development of branches and buds, but in severe cases it can also lead to the death of branches and leaves, preventing fruit trees from flowering normally, or producing small or deformed fruit. So
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Detailed Explanation of Cultivation Techniques and Management Key Points for Air Potato
Air potato is named for its underground tubers being flat and shaped like a foot sole, and it has strong adaptability and a wide planting range, making it very suitable for cultivation. So what are the cultivation techniques for air potato? 1. Propagation methods. 1. Seed tuber cutting propagation method: At harvest time the previous year, select tubers that are robust in growth, relatively slender in size, have few fibrous roots, smooth skin and no wounds, air-dry them for 1 to 2 days, then store them in a cellar. Before planting the next year, take them out, cut the seed tubers evenly lengthwise into two long pieces, then cut them crosswise into small pieces about 5 to 10 cm long and about 100 to 120 g in weight. Be careful to ensure that each small tuber piece has a bud eye, then coat the cut surface of each small piece fully with plant ash and place it in the sun for 1 to 2 hours. Then place it indoors to air-dry for 1 to 3 days. After the cut surface heals, sow. This can prevent the cut from rotting and promote uniform sprouting. This method produces early seedlings, grows quickly and gives high yield, but the propagation coefficient is low and the amount of seed used is relatively large. If the expansion area is relatively large, you can collect tuber tops (tips) as seed while using them for food normally. That is, during ordinary frequent consumption, leave the tuber tops to 5 cm long, coat the cut surface with plant ash, air-dry them and store them in a cellar as seed. After propagating with the above methods for 2 to 3 years, the variety tends to degenerate, which affects yield, so in production it is often combined with the aerial tuber propagation method. 2. Aerial tuber propagation method: Aerial tubers are airborne tubers borne in the leaf axils of the vines. This propagation method requires appropriately early transplanting and should extend the growth period as much as possible to increase yield. The yield harvested by this method may be relatively low, but it can improve the variety. The specific method is: before the aerial tubers naturally fall off, harvest relatively large ones (egg-sized), with few fibrous roots and smooth, and store them in sand indoors over winter. The next year, when the local temperature is stable above 10°C, take the aerial tubers out and put them in the sun for 2 to 3 hours, then place them in an insulated shed to promote sprouting, with the shed temperature controlled at about 25°C. When the sprouts are 3 to 5 cm long, plant them conventionally. 2. Planting From mid-to-late April to early May, use the two-row-per-bed method, open two 8 cm planting furrows on each bed, then spread lime in the planting furrows to control underground pests, and place the seed tubers at a plant spacing of 33 to 40 cm. Be careful to place the cut side of the tuber downward and the skin side facing east (the direction of the rising sun), then cover with soil and form ridges about 10 cm high. Planting without sprouting promotion results in slower emergence, but the roots develop first and then the sprouts emerge, the root system is well developed and the growth is robust. 3. Management 1. Set up trellises and guide vines, thin seedlings and remove sprouts. When the seedlings grow to 25 to 30 cm, use 2 m long small miscellaneous wood stakes inserted upright to form independent trellises, or use small mountain bamboo to form A-shaped trellises, and help the stems and vines climb up. Keep only 1 strong seedling per hill and remove all the rest. If the stems and vines grow too vigorously and produce too many axillary buds, they should be removed. In July, for the aerial tuber flower buds growing from the leaf axils, except for retaining robust ones for seed, the rest should be removed in time to reduce nutrient consumption and help tuber enlargement. 2. Intertillage and earthing up. Air potato has many roots, and they are mostly distributed on the soil surface. To avoid damaging the roots, only carry out intertillage once during the seedling stage, and scatter oil tea shells between the hills. Oil tea shells are a very good fertilizer, and also have the effects of preventing weeds, loosening the soil and preventing insects. When the stems and vines grow to about 1.2 m, combine fertilization with one earthing up, then cover the whole bed with thatch. This can both prevent weeds from growing densely and save intertillage, and also regulate temperature and humidity. 3. Fertilizer and water management. During the growth period, carry out topdressing 3 to 4 times in total. Seedling-promoting fertilizer: combined with intertillage, dig 6 to 10 cm fertilization furrows between the rows, apply 5 to 10 kg urea per 667 sq m, cover with soil and cover oil tea shells between the hills. Strong-seedling fertilizer: combined with earthing up, apply 10 to 20 kg calcium magnesium phosphate fertilizer per 667 sq m and an appropriate amount of plant ash and farmyard manure; apply one heavy fertilizer each at the flower bud stage and the mid tuber enlargement stage, applying 500 to 1000 kg human urine per 667 sq m. Human urine has a significant promoting effect on tuber enlargement and plays a key role in yield formation. For topdressing, avoid applying human feces and pig or cattle pen manure, because manure fertilizer easily causes the stems, vines and tuber skin color to turn black, leading to disease. Air potato is relatively drought tolerant and is not strict about water requirements. If drought occurs from July to August, appropriate watering 1 to 2 times is enough. 4. Pest and disease control Air potato has relatively few pests and diseases. For small-scale planting, pesticides are generally rarely used. For larger-scale planting, agricultural control is also the main method, with pesticides as a supplement, mainly selecting some high-efficiency, low-toxicity and low-residue pesticides. The main diseases include anthracnose and rust, which can be controlled with carbendazim, thiophanate-methyl, triadimefon and others. Pests include sawflies, cutworms, grubs and other underground pests, which can be controlled by drenching the roots with 800-fold trichlorfon solution. Generally do not use pesticides one month before harvest.
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How to Grow Lion's Mane Mushroom: A Detailed Guide to Cultivation Methods and Key Techniques
Lion's mane mushroom (Hericium erinaceus) gets its name because its shape resembles a monkey's head; it has a delicious flavor and is rich in nutrients, making it a rare delicacy from the mountains. Nowadays, lion's mane mushroom can also be cultivated artificially. How is lion's mane mushroom grown? How to grow lion's mane mushroom: 1. Choose a site with a good environment and flat terrain to build a large
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