Disease and insect management in chilli after transplanting of 15 -20 days

leaf curl in chilli
  • After transplanting chilli plants, it is very necessary to first spray insect and disease management in chilli crops.
  • In this condition, there is an outbreak of chilli crop with sucking pests like thrips aphid, etc. and fungal diseases like damping off etc.
  • Along with this, for good growth of chilli, also used as a plant growth regulator.
  • Use of the following product for insect  and disease management
  • To control all this, spraying of Thiophanate methyl  @ 300 gram / acre + thiamethoxam 25% WP @ 100 gram / acre + seaweed @ @ 400 ml / acre
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Importance of soil Ph in crop production

Importance of soil Ph in crop production
    • Soil pH is known as soil acidity or alkalinity
    • Soils with pH less than pH 7 are acidic and soils with pH higher than pH 7 are alkaline.
    •  The pH is very important for plant growth because it determines the availability of almost all essential nutritional nutrients. Ph value of the soil is between 6.5 to 7.5
    • Soil pH affects the growth of the plant and the number of nutrients and chemicals that are soluble in the soil, and thus the plants do not have the required amount of nutrients.
    • Due to acidic Ph (less than 5.5 pH), plant growth stops as a result of which the plant deteriorates.
    • When the soil pH of a plant increases, the plant’s ability to absorb certain nutrients is impeded. As a result, some nutrients may not be absorbed properly. The high pH of the soil prevents the iron present in the soil from turning the plant into an easy form.
    • lime is used to make the soil Ph less acidic. Limestone is most commonly used in agriculture. The finer the limestone particles, the faster they become effective. Different soils will require a different amount of lime to adjust the pH value of the soil.
    • To make the soil Ph less alkaline, gypsum is used. Different soils will require a different amount of gypsum to adjust the pH value of the soil.
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Monsoon effect: 104% increase in cotton sowing with pulses, oilseed crops

Monsoon effect: 104% increase in cotton sowing with pulses, oilseed crops

Many states across the country received good rains in the pre-monsoon season in June and now the monsoon is also seen to be active in many states. The result of this monsoon effect is that there has been a huge increase of 104.25 percent in the sowing of Kharif crops.

Sowing of oilseeds, cotton, and coarse cereals along with pulses is very high in Kharif crops. According to the Ministry of Agriculture, at present, the sowing of Kharif crops has increased to 315.63 lakh hectare, which reached 154.53 lakh hectare by this time last year.

Paddy has been planted in 37.71 lakh hectare, which was slightly less than 27.93 lakh hectare till this time last year. The sowing of pulses crops has also increased to 19.40 lakh hectare, which was just 6.03 lakh hectare till this time last year. Talk about cotton sowing has also increased to 71.69 lakh hectare, which was only 27.08 lakh hectare till this time last year.

Source: Outlook Agriculture

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Girdle beetle management in soybean

Girdle beetle in soybean
  • The inside of the stem is eaten by the larvae and a tunnel is formed inside the stem.
  • The leaves of the infected portion of the plant are unable to get the nutrients and are dried up.
  • To solve this problem, spray lambda cyhalothrin 4.9% CS @ 200 ml / acre or profenofos 40% EC + spermethrin 4% EC @ 400 ml / acre.
  • Spraying of Quinalphos @ 25% EC @ 400 ml / acre or Biafenthrin  @ 400 ml / acre.
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Management of angular leaf spot disease in cotton

angular leaf spot disease in cotton
  • Angular leaf disease in plants is caused by many bacteria that survive in seeds and plant residue, including Pseudomonas syringae and Xanthomonas fragariae.these are the main bacteria they cause angular leaf spot in cotton.
  • Water-soaked wounds between the veins of the leaves are a symptom of this disease, symptoms often appear on the underside of the leaves. Due to which the leaf dies
  • The tissue becomes brittle and the parts of those leaves are removed. infected leaves inhale milky fluid due to wound disease that dries on the leaf surfaces. In severe outbreaks, sores appear on the stems and fruits.
  • For the management of this disease, spraying of kasugamycin 5% + copper oxychloride 45% WP @ 300 gram / acre or kasugamycin 3% SL @ 400 ml. Or streptomycin sulfate + tetracycline hydrochloride @ 24 gram / acre.
  • Spray with Pseudomonas fluorescens @ 250 gram / acre or Bacillus subtilis @ 500 gram / acre
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Seeing the monsoon active in the entire MP, smiles on the faces of farmers scattered

Take precautions related to agriculture during the weather changes

After knocking on the scheduled time, the monsoon has gradually become active throughout Madhya Pradesh. Seeing the activation of monsoon, the smile on the face of the farmers has also shattered. The monsoon rains are like a gift, especially for the paddy farmers.

Apart from this, farmers who cultivate maize are also happy with the monsoon rains. However, this rain can also cause pest infestation in crops like soybean and cotton, for which farmers should take preventive measures in advance.

If we talk about the weather forecast of Madhya Pradesh during the next 24 hours, light to moderate rain is expected in some parts of the state. Earlier, good monsoon rains have been witnessed in the areas of Jabalpur, Bhopal.

Source: Nai Dunia

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Leaf turning in chilli (leaf curl)

leaf curl in chilli
  • Pests such as aphids, thrips, mites, and whiteflies cause leaf curls on chili plants with their feeding activities.
  • Mature leaves can grow, dry, or fall out in mottled or mutilated areas, but the leaves fed during growth are twisted or twisted randomly.
  • To solve this problem, spray Prevental BV @ 100 gram / acre or Fipronil @ 5% SC @ 400 ml / acre.
  • Spray Acephate 50% + imidacloprid 1.8% SP @ 400 gram / acre or lambda cyhalothrin 4.9% CS @ 300 ml / acre.
  • Metrazium @ 1 kg / acre or Bavaria basiana at the rate of 250 gm/acre
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Thrips Management in chilli

  • In chilli, when the first monsoon rains occur, sucking pests start in cotton. They suck the leaves and buds with their sharp mouthpiece, the leaves may turn brown on the edges, Or leaf may curl. at and the plant may dia.
  • In these pests like thrips, aphid, jassid affected plants are very high.
  • The use of low-cost chemicals is beneficial for the management of these pests.
  • Imidacloprid 17.8% SL @ 100 ml / acre, or thiamanthaxam 25% WG @100  gram / acre, or
  • Spray Acephate  50% + imidacloprid 1.8% SP @ 300 gram / acre or Acetamiprid 20% SP @ 100 gram / acre
  • Lambda cyhalothrin 4.9% CS @ 300 ml / acre or fipronil 5% SC @ 400 ml / acre
  • Profenophos 50% EC @ 400 ml / acre or acetamiprid 20% SP @ 100 g / acre
  • Metrazium @ 1 kg / acre or Bavaria basiana at the rate of 250 gm/acre
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Nursery Preparation and Seed Treatment in Tomato

Nursery Preparation and Seed Treatment in Tomato
  • Tomato seeds are sown on nursery beds for transplanting in the field.
  • The nursery produces beds size 3 x 0.6 m and a height of 10–15 cm.
  • a distance of about 70 cm is kept between the two beds to carry out the operation of water, weeding, etc. The surface of the beds should be smooth and well levels.
  • Treat nursery beds at the rate of FYM 10 kg/acre and DAP @ 1 kg/acre
  • Raised beds are necessary to avoid the problem of waterlogging in heavy soils.
  •  Pre-sowing seed treatment is also essential. Carbendazim 12% + Mancozeb 63% WP @ 3 gram / kg seed or Trichoderma viride @ 1 gram/100 g seed or Thiram 37.5% + Carboxin 37.5% @ 2.5 gram / kg seed rate Seed treatment is necessary.
  • Chlorothalonil 75% WP @ 30 gram/5 liters or thiamethoxam 25% WG 10 gram / 15 liters as drenching after 7 days of nursery. 
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Alternaria leaf spot in Sponge gourd

Alternaria leaf spot in Sponge gourd
    • In this disease, light brown concentric spots are formed on the leaves, and finally, the leaves start drying up. This disease is seen only when there is an excess of moisture in the atmosphere and spreads fiercely.
    • Seed treatment at the rate of Carbendazim 12% + Mancozeb 63% WP @ 2.5 gram / kg seed or Trichoderma viride @ 5 gram / kg seed is necessary.
    • Spray the thiophene methyl 70% WP @ 500 gram / acre or Pseudomonas fluorescens @ 250 gram / acre.
    • Spray Ketazine @ 200 gram / acre or Bacillus subtilius @ 250 gram / acre

 

 

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