Tip of the day – Page 77

Spraying management in onion nursery for better plant development

22/08/2021 Sunday August 22nd, 2021

In order to earn more profit, it is very necessary to sow the onion in the nursery first, the suitable time for preparing the nursery of late Kharif and rabi onion is from mid-August to mid-September.
After sowing the onion nursery, it is very important to do spray management.
This spraying is done for fungal diseases, pest control, and nutrition management.
Spraying at this time gives a good start to the onion nursery.
For fungal diseases after 1 week of sowing, spray Carbendazim 12% + Mancozeb 63% @ 30 grams per tank.
For pest management, spray Thiamethoxam 25% WG @ 10 gm per tank.
For nutritional management, spray with Humic Acid @ 10 gm per tank.
Spray Metalaxyl 8% + Mancozeb 64% WP 50 gm per tank and Fipronil 40% + Imidacloprid 40% WG 8 gm per tank 20 days after sowing.

Add your farm with the My Farm section of Gramophone app and keep on getting the exact advice and solutions related to smart agriculture throughout the crop cycle. Share this article with your friends with the share button below.

Use of humic acid in organic farming

22/08/2021 Sunday August 22nd, 2021

Humic acid is a mineral produced from the mine commonly known as a soil conditioner. Which increases the fertility of barren land. Improves soil structure and gives it a new lease of life.
Its most important function is to make the soil porous so that the roots can grow more.
This accelerates the action of photosynthesis, which leads to greenness in the plant and the growth of branches.
Develops tertiary roots of plants so that the absorption of nutrients from the soil can be increased.
Increases the fertility of the soil by increasing the metabolic activities of plants.
It increases the yield of the crop by increasing the number of flowers and fruits in the plant.
Increases seed germination capacity and protect plants from adverse environments.

Add your farm with the My Farm section of Gramophone app and keep on getting the exact advice and solutions related to smart agriculture throughout the crop cycle. Share this article with your friends with the share button below.

Yellowing problem in soybean will cause damage, control in this way

21/08/2021 Saturday August 21st, 2021

There is a lot of yellowing complaint in soybean crop.
Yellowing of soybean leaves can be caused by many factors, including viral diseases caused by whitefly, soil pH, nutrient deficiencies, and fungal diseases.
It is very important to manage the soybean crop and yield without causing any damage based on all these factors.
In the soybean crop, young and old leaves and sometimes all leaves become pale green or yellow in colour, chlorotic at the top, and die under severe stress. Sometimes yellowing may appear on the crop all over the field.
In this problem, for the solution of fungal diseases, Tebuconazole 10% + Sulfur 65% WG @ 500 gm/acre or Carbendazim 12% + Mancozeb 63% WP @ 300 gm/acre, Hexaconazole 5% SC @ 400 ml/acre, can be sprayed.
In biological treatment, apply Trichoderma viride @ 500 g/acre or Pseudomonas fluorescens @ 250 g/acre.
To meet the nutrient deficiency, spray at 00:52:34 at the rate of one kg/acre.
Due to pest infestation, if yellowing occurs, spray Acetamiprid 20% SP @ 100 gm/acre or Thiamethoxam 25% WG @ 100 gm/acre or Fenpropathrin 10% EC @ 400 ml/acre.

Add your farm with the My Farm section of Gramophone app and keep on getting the exact advice and solutions related to smart agriculture throughout the crop cycle. Share this article with your friends with the share button below.

Do this necessary spraying at the 60-70 day crop stage of soybean

20/08/2021 Friday August 20th, 2021

Soybean is a very important oilseed crop grown in Madhya Pradesh.
Pod formation occurs 60-70 days after sowing, at this time the outbreak of pod blight and pod borer is mainly seen, for its control following spraying can be done –
Chlorantraniliprole 18.5 % Sc 60 ml/acre or Flubendamide 20% WG @ 100 g/acre + Streptomycin Sulphate IP 90% w/w + Tetracycline Hydrochloride IP 3% w/w @ 20 g/acre or Kasugamycin 3% SL @ Spray 400 ml/acre + Tebuconazole 10% + Sulfur 65% WG @ 400 g/acre.
Biological Control:- Spray of Metarhizium @ 1kg or Beauveria bassiana + Metarhizium @ 1 kg /acre at 15 days intervals to control the infestation of sucking insects, girdle beetles and leaf-eating caterpillars. l
At this time, water-soluble fertilizers can be sprayed at 0:0:50 @ 800 grams per acre for better grain growth in the pods.

For such important information related to agriculture and agricultural products, keep reading Gramophone’s articles daily. Be sure to visit the market section of gramophone to purchase advanced agricultural products.

Identify and prevent the symptoms of Blast disease in paddy

20/08/2021 Friday August 20th, 2021

All aboveground parts of the rice plant (leaves, leaf collar, culm, culm nodes, neck, and panicle) are attacked by the fungus.
Initial symptoms are white to grey-green lesions or spots with brown borders
Small specks originate on leaves – subsequently enlarged into spindle-shaped spots with an ashy centre.
Older lesions are elliptical or spindle-shaped and whitish to grey with necrotic borders, several spots coalesce to form big irregular patches.
The nodal infection causes the culm to break at the infected node
Internodal infection also occurs at the base of the plant which causes white panicles similar to that induced by yellow stem borer or water deficit
Lesions on the neck are greyish brown and cause the girdling of the neck and the panicle to fall over
If infection of the neck occurs before the milk stage, no grain is formed, but if infection occurs later, grains of poor quality are formed
Lesions on the branches of the panicles and on the spikelet pedicels are brown to dark brown.
For its management, spray Tebuconazole 50% + Trifloxystrobin 25% WG 150 gm/acre or Tricyclozol 70% WP 120 gm/acre or Isoprothiolane 40% EC 300 ml/acre.
Spray Pseudomonas fluorescens 250g/acre for organic management.

With the sowing of the crop, connect your farm with the My Farm section of the Gramophone app and keep on getting the exact advice and solutions related to smart agriculture throughout the crop cycle. Share this article with your friends with the share button below.

The mosaic virus can cause heavy damage to the soybean crop

19/08/2021 Thursday August 19th, 2021

Mosaic virus can cause heavy damage to soybean crop

The mosaic virus can cause losses of up to 8-35% in soybean crops.
The carriers that spread this virus are sap-sucking insect whiteflies.
Symptoms of mosaic virus vary according to the variety of soybean crops, due to its infestation, the leaves turn yellow and yellow-green spots are formed on the leaves. Due to the incomplete development of the leaves, the leaves become distorted and appear to be turned downwards.
Also, the plant does not develop properly and the pods are not formed properly. Due to which it affects production.
For its control, first of all, it is necessary to control the sucking insect, to control it, the following spraying can be done in a timely manner –
1st spray:- Thiamethoxam 25% WG [ Areva ] @ 100 gm/acre, second spray :- Acetamapride 20% SP [ Dhanpreet] @ 100 g/acre + Kasugamycin 3% SL [ kasu B ] @ 300 ml/acre or Streptomycin Sulphate IP 90% w/w + Tetracycline Hydrochloride IP 3% w/w [Streptocycline] @ 20 gm/acre, third spray:- Bifenthrin 10% EC [Markar] @ 300 ml per acre + Validamycin [Sheathmar] @ 300 ml per acre. Keep in mind that there should be a gap of 5-7 days between all the three sprays. or
For whitefly control, spray Acetamiprid 20% SP [ Dhanpreet] @ 100 gm/acre or Bifenthrin 10% EC [Markar] @ 300 ml/acre or Diafenthiuron 50%WP [Pager] @ 250 gm/acre.
For biological control, spray Metarhizium [ KALICHAKRA ] @ 1 kg/acre or Bavaria bassiana [Bave Curb ] @ 250 g/acre.

For such important information related to agriculture and agricultural products, keep reading Gramophone’s articles daily. Be sure to visit the market section of gramophone to purchase advanced agricultural products.

Management of fruit fly in gourd crops

18/08/2021 Wednesday August 18th, 2021

The maggot burrows into the fruits and remains inside and feeds. Infected fruits decay and drop.
They fly mainly prefers tender fruits for egg-laying. Ovipositional punctures are caused by adults. From these holes, fruit juice is seen coming out. Eventually, the affected fruits rot.
Grown fruits infested with Fruit fly should be collected and destroyed
To control these flies, corn plants should be grown between the queues in the gourd field, due to the height of these plants, the fly lays eggs under the leaves.
During summer, deep ploughing should destroy the dormant stage (pupa) of the fly present inside the soil.
For effective control of pests, use light traps, Pheromone traps.
Spray Thiamethoxam 12.6 % + Lamda Cyhalothrin 9.5%zc 80 ml/acre or PROFENOFOS 40 % + CYPERMETHRIN 4% EC @ 400 ml/acre or Fipronil 40 % + Imidacloprid 40 % Wg 40 gm / acre.
As a biological treatment.use Bavaria Basiana @ 250 gm / acre.

For such important information related to agriculture and agricultural products, keep reading Gramophone’s articles daily. Be sure to visit the market section of gramophone to purchase advanced agricultural products.

Importance of Azotobacter biofertilizer for crops

17/08/2021 Wednesday August 18th, 2021

Azotobacter is a bacteria that is used as an organic fertilizer for nitrogen fixation in crops.
This biofertilizer can be used in all types of crops except pulses.
Its use increases the production of crops by 10 to 20%, as well as the natural taste of fruits and grains is also maintained.
This bacterium makes atmospheric nitrogen continuously available to the soil.
By using this organic fertilizer, 20 to 30 kg of nitrogen can be saved.
By using it, the germination of seeds is quick and the development of roots is faster.
Its use also increases the immunity of the crops.

For such important information related to agriculture and agricultural products, keep reading Gramophone’s articles daily. Be sure to visit the market section of gramophone to purchase advanced agricultural products.

How to control the attack of thrips in chilli crop

16/08/2021 Monday August 16th, 2021

It is a small and soft-bodied light yellow insect, both the baby insect and adult insect damage the chilli crop. It is found in greater quantity on the upper surface of the leaves and also on the lower surface of the leaves. They suck the sap of leaves and flowers of chilli crop with their sharp mouthparts. Thrips infestation causes leaves to turn brown at the edges, and the leaves of the affected plant appear dry and discoloured, the leaves are deformed and curled upwards.
Chemical Management:- Spray Fipronil 5% SC @ 400 ml/acre or Lambda Cyhalothrin 4.9% CS @ 250 ml/acre or Spinosad 45% SC @ 75 ml/acre to control thrips attack .
Biological Management: – To control this pest, spray Beauveria Bassiana @ 500 gm/acre.
Spraying of Seaweed extract + Amino acid + Fulvic acid (Vigarmax Gel) @ 400 gm/acre must be done for better growth of chilli crop and improvement in damage caused by thrips.

For such important information related to agriculture and agricultural products, keep reading Gramophone’s articles daily. Be sure to visit the market section of gramophone to purchase advanced agricultural products.

How to manage Rust disease in soybean crop

15/08/2021 Sunday August 15th, 2021

In the soybean crop, rust disease is known as gerua disease. The probability of an outbreak of this disease increases with frequent rainfall and low temperature (22 to 27 °C) and high humidity (relative humidity 80-90%). The intensity of the disease increases when there is fog during the night or early morning. As the temperature drops, so does the outbreak of this disease.
Due to the accumulation of yellow powder on the leaves, the process of making food of the leaves is greatly affected, due to which later the leaves start drying and the production is greatly affected.
To control this disease, spray Hexaconazole 5% SC @ 400 ml/acre or Propiconazole 25% EC @ 200 ml/acre or Tebuconazole 25.9% EC @ 200 ml/acre.
As a biological treatment, spray Trichoderma viride @ 500 g/acre or Pseudomonas fluorescens @ 250 g/acre.
Disease resistant varieties Indira Soya-9, DSB 23-2 DSB Sow 21 and Phule Kalyani etc. Uproot the diseased plant and keep it in polythene, bury it in a pit outside the field or destroy it.

With the sowing of the crop, connect your farm with the My Farm section of the Gramophone app and keep on getting the exact advice and solutions related to smart agriculture throughout the crop cycle. Share this article with your friends with the share button below.

In order to earn more profit, it is very necessary to sow the onion in the nursery first, the suitable time for preparing the nursery of late Kharif and rabi onion is from mid-August to mid-September.

After sowing the onion nursery, it is very important to do spray management.

This spraying is done for fungal diseases, pest control, and nutrition management.

Spraying at this time gives a good start to the onion nursery.

For fungal diseases after 1 week of sowing, spray Carbendazim 12% + Mancozeb 63% @ 30 grams per tank.

For pest management, spray Thiamethoxam 25% WG @ 10 gm per tank.

For nutritional management, spray with Humic Acid @ 10 gm per tank.

Spray Metalaxyl 8% + Mancozeb 64% WP 50 gm per tank and Fipronil 40% + Imidacloprid 40% WG 8 gm per tank 20 days after sowing.

Humic acid is a mineral produced from the mine commonly known as a soil conditioner. Which increases the fertility of barren land. Improves soil structure and gives it a new lease of life.

Its most important function is to make the soil porous so that the roots can grow more.

This accelerates the action of photosynthesis, which leads to greenness in the plant and the growth of branches.

Develops tertiary roots of plants so that the absorption of nutrients from the soil can be increased.

Increases the fertility of the soil by increasing the metabolic activities of plants.

It increases the yield of the crop by increasing the number of flowers and fruits in the plant.

Increases seed germination capacity and protect plants from adverse environments.

There is a lot of yellowing complaint in soybean crop.

Yellowing of soybean leaves can be caused by many factors, including viral diseases caused by whitefly, soil pH, nutrient deficiencies, and fungal diseases.

It is very important to manage the soybean crop and yield without causing any damage based on all these factors.

In the soybean crop, young and old leaves and sometimes all leaves become pale green or yellow in colour, chlorotic at the top, and die under severe stress. Sometimes yellowing may appear on the crop all over the field.

In this problem, for the solution of fungal diseases, Tebuconazole 10% + Sulfur 65% WG @ 500 gm/acre or Carbendazim 12% + Mancozeb 63% WP @ 300 gm/acre, Hexaconazole 5% SC @ 400 ml/acre, can be sprayed.

In biological treatment, apply Trichoderma viride @ 500 g/acre or Pseudomonas fluorescens @ 250 g/acre.

To meet the nutrient deficiency, spray at 00:52:34 at the rate of one kg/acre.

Due to pest infestation, if yellowing occurs, spray Acetamiprid 20% SP @ 100 gm/acre or Thiamethoxam 25% WG @ 100 gm/acre or Fenpropathrin 10% EC @ 400 ml/acre.

Soybean is a very important oilseed crop grown in Madhya Pradesh.

Pod formation occurs 60-70 days after sowing, at this time the outbreak of pod blight and pod borer is mainly seen, for its control following spraying can be done –

Chlorantraniliprole 18.5 % Sc 60 ml/acre or Flubendamide 20% WG @ 100 g/acre + Streptomycin Sulphate IP 90% w/w + Tetracycline Hydrochloride IP 3% w/w @ 20 g/acre or Kasugamycin 3% SL @ Spray 400 ml/acre + Tebuconazole 10% + Sulfur 65% WG @ 400 g/acre.

Biological Control:- Spray of Metarhizium @ 1kg or Beauveria bassiana + Metarhizium @ 1 kg /acre at 15 days intervals to control the infestation of sucking insects, girdle beetles and leaf-eating caterpillars. l

At this time, water-soluble fertilizers can be sprayed at 0:0:50 @ 800 grams per acre for better grain growth in the pods.

All aboveground parts of the rice plant (leaves, leaf collar, culm, culm nodes, neck, and panicle) are attacked by the fungus.

Initial symptoms are white to grey-green lesions or spots with brown borders

Small specks originate on leaves – subsequently enlarged into spindle-shaped spots with an ashy centre.

Older lesions are elliptical or spindle-shaped and whitish to grey with necrotic borders, several spots coalesce to form big irregular patches.

The nodal infection causes the culm to break at the infected node

Internodal infection also occurs at the base of the plant which causes white panicles similar to that induced by yellow stem borer or water deficit

Lesions on the neck are greyish brown and cause the girdling of the neck and the panicle to fall over

If infection of the neck occurs before the milk stage, no grain is formed, but if infection occurs later, grains of poor quality are formed

Lesions on the branches of the panicles and on the spikelet pedicels are brown to dark brown.

For its management, spray Tebuconazole 50% + Trifloxystrobin 25% WG 150 gm/acre or Tricyclozol 70% WP 120 gm/acre or Isoprothiolane 40% EC 300 ml/acre.

Spray Pseudomonas fluorescens 250g/acre for organic management.

The mosaic virus can cause losses of up to 8-35% in soybean crops.

The carriers that spread this virus are sap-sucking insect whiteflies.

Symptoms of mosaic virus vary according to the variety of soybean crops, due to its infestation, the leaves turn yellow and yellow-green spots are formed on the leaves. Due to the incomplete development of the leaves, the leaves become distorted and appear to be turned downwards.

Also, the plant does not develop properly and the pods are not formed properly. Due to which it affects production.

For its control, first of all, it is necessary to control the sucking insect, to control it, the following spraying can be done in a timely manner –

For whitefly control, spray Acetamiprid 20% SP [ Dhanpreet] @ 100 gm/acre or Bifenthrin 10% EC [Markar] @ 300 ml/acre or Diafenthiuron 50%WP [Pager] @ 250 gm/acre.

For biological control, spray Metarhizium [ KALICHAKRA ] @ 1 kg/acre or Bavaria bassiana [Bave Curb ] @ 250 g/acre.

The maggot burrows into the fruits and remains inside and feeds. Infected fruits decay and drop.

They fly mainly prefers tender fruits for egg-laying. Ovipositional punctures are caused by adults. From these holes, fruit juice is seen coming out. Eventually, the affected fruits rot.

Grown fruits infested with Fruit fly should be collected and destroyed

To control these flies, corn plants should be grown between the queues in the gourd field, due to the height of these plants, the fly lays eggs under the leaves.

During summer, deep ploughing should destroy the dormant stage (pupa) of the fly present inside the soil.

For effective control of pests, use light traps, Pheromone traps.

Spray Thiamethoxam 12.6 % + Lamda Cyhalothrin 9.5%zc 80 ml/acre or PROFENOFOS 40 % + CYPERMETHRIN 4% EC @ 400 ml/acre or Fipronil 40 % + Imidacloprid 40 % Wg 40 gm / acre.

As a biological treatment.use Bavaria Basiana @ 250 gm / acre.

Azotobacter is a bacteria that is used as an organic fertilizer for nitrogen fixation in crops.

This biofertilizer can be used in all types of crops except pulses.

Its use increases the production of crops by 10 to 20%, as well as the natural taste of fruits and grains is also maintained.

This bacterium makes atmospheric nitrogen continuously available to the soil.

By using this organic fertilizer, 20 to 30 kg of nitrogen can be saved.

By using it, the germination of seeds is quick and the development of roots is faster.

Its use also increases the immunity of the crops.

Chemical Management:- Spray Fipronil 5% SC @ 400 ml/acre or Lambda Cyhalothrin 4.9% CS @ 250 ml/acre or Spinosad 45% SC @ 75 ml/acre to control thrips attack .

Biological Management: – To control this pest, spray Beauveria Bassiana @ 500 gm/acre.

Spraying of Seaweed extract + Amino acid + Fulvic acid (Vigarmax Gel) @ 400 gm/acre must be done for better growth of chilli crop and improvement in damage caused by thrips.

Due to the accumulation of yellow powder on the leaves, the process of making food of the leaves is greatly affected, due to which later the leaves start drying and the production is greatly affected.

To control this disease, spray Hexaconazole 5% SC @ 400 ml/acre or Propiconazole 25% EC @ 200 ml/acre or Tebuconazole 25.9% EC @ 200 ml/acre.

As a biological treatment, spray Trichoderma viride @ 500 g/acre or Pseudomonas fluorescens @ 250 g/acre.

Disease resistant varieties Indira Soya-9, DSB 23-2 DSB Sow 21 and Phule Kalyani etc. Uproot the diseased plant and keep it in polythene, bury it in a pit outside the field or destroy it.