Posted By
Jerry Smith
Sep 25
Posted By
Rick Foster
Sep 25
Posted By
Irrigation
Sep 21
Posted By
Pee Dee Crop Producer Reports
Sep 18
Posted By
Mario Petkovski
Sep 9
Published Sep 9
What is Subsurface Drip Irrigation?Subsurface Drip Irrigation (SDI) is a way of irrigating crops through plastic tubes placed under the soil surface. The tubes have droplet emitters with even spacings, similar to the drip system located on the soil surface. There are different pipe arrangement variations, but the pipes are usually placed at a distance of 38 to 84 and at a depth of 6 to 10 below the soil surface. In the United States, SDI is widely used to irrigate annual crops; elsewhere, the irrigation system is popularly used for orchards and other perennials. SDI systems require intensive management and come with high initial costs of up to $1,000 /acre...
Categories: Corn, Irrigation, Precision Agriculture
Posted By
Irrigation
Sep 4
Posted By
Darren Chan
Aug 28
By Darren Chan
Published Aug 28
Soil Borne Diseases, mainly plant pathogens living in the soil with crop residue. Apply inappropriate farming, irrigation, fertilization, planting methods, and other agronomic measures. And climatic factors, mainly including temperature, humidity, light, and so on. It causes the pathogen to multiply rapidly. The pathogens spread to infect the crop root or the stem...
Categories: Agribusiness, Irrigation, Organic Row Crops
Posted By
Miriam Pitzalis
Aug 20
Updated Aug 20
Soilless cultivation is an innovative process that was introduced in recent years for protected crops. This practice has been established for the large-scale production of fresh vegetables and ornamental plants, especially in the countries of Northern Europe, with the main purposes of:- Increasing production- Optimizing acreage - Reducing working times- Reducing the need for water and fertilizers - Optimizing climatic conditionsThe continuous climate changes, the increasing interest in environmental impacts, and the availability of cheap facilities and simple technologies all lead to an increased use of soilless cultivation in commercial applications. When talking about soilless crops, we’re referring to two types of systems:- Real hydroponics, without substrate: the root system of a plant is directly in contact with the water and the nutrient solution (floating system, nutrient film technique, aeroponics)- Hydroponics with substrate: the plant grows on inert, organic materials, or a mixture between them (cultivation bags, slabs, pots or bins)In these systems, fertigation feeds the plants and involves the use of water-soluble fertilizers. In the most sophisticated and technological systems, the nutrient solution is recycled continuously, thus ensuring maximum efficiency of the water resources used (closed cycle). In the simplest systems, however, especially in those based on the use of the substrate, the drained nutrient solution is dispersed (open cycle)...
Categories: Irrigation, Precision Agriculture, Vegetables
Updated Aug 19
The main problem concerning corn cultivation is water stress: the most critical phases that suffer from water shortages, which can lead to significant production losses, are from the emission of the plume to flowering and the ripening stage. In order to obtain high yields, it is necessary to satisfy the evapotranspiration demand of the crop, which is between 0. 16 and 0. 22 inches/yard per day. For this reason, it becomes essential to select an efficient and economical irrigation system...
Categories: Corn, Agribusiness, Irrigation
Posted By
Steve Hanks
Aug 12
Posted By
Irrigation
Aug 7
Posted By
Irrigation
Aug 5
Posted By
Irrigation
Aug 3
Posted By
Vijayalaxmi Kinhal
Aug 3
Updated Aug 7
The high-value returns from cotton as well as the higher costs of production should be ample incentives for adopting precision farming. The vagaries of climate change and its disruptions to the normal farm schedule only increases the value of this information technology for cotton. Climate Change is Altering Pest Attack PatternsIncreasing drought and extreme weather due to climate change are impacting cotton in unforeseen ways. The unpredictable changes in weather patterns aren’t just disturbing the environmental conditions needed for cotton crops. Experts noticed since 2019 that the feeding and reproductive patterns of pests have changed...
Categories: Cotton, Irrigation, Precision Agriculture
Posted By
Irrigation
Jul 30
Posted By
Jerry Smith
Jul 26
Posted By
Irrigation
Jul 22
Posted By
Sam Carter
Jul 14
Posted By
Cotton News
Jul 2
Posted By
Zubair Ahmad
Jun 30
Posted By
Irrigation
Jun 29
Posted By
Corn Growers Group
Jun 29
Posted By
Irrigation
Jun 26
Posted By
Cotton News
Jun 25
Posted By
Shahid Ahamed
Jun 23
Posted By
Irrigation
Jun 16
Posted By
Gary Marsh
Jun 12
Posted By
Jerry Smith
Jun 11
Posted By
Irrigation
May 22
Posted By
Vegetable Production
May 1
Posted By
Sam Baker
Apr 25
By Sam Baker
Published Apr 25
Ag-Analytics® (https://analytics. ag/uav) announced the launch of its long-awaited fully remote, on-demand UAV Service – a custom flight service to assist farmers by providing fast, cost-effective UAV flights and machine learning analysis. The cost starts as low as $210 for a 60-acre field or $2. 40/acre for larger fields. Farmers can easily place a no-obligation order in under 5 minutes with the fly-out occurring in 3-5 days...
Categories: Agribusiness, Irrigation, Precision Agriculture
Posted By
Cotton News
Apr 13
Posted By
Zubair Ahmad
Apr 2
Posted By
Zubair Ahmad
Mar 27
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 18
Posted By
Zubair Ahmad
Mar 18
Posted By
Zubair Ahmad
Mar 18
Posted By
Irrigation
Mar 10
Posted By
Irrigation
Mar 4
Posted By
Sam Baker
Feb 22
Posted By
Jerry Smith
Feb 20
Posted By
Irrigation
Feb 18
Posted By
Irrigation
Feb 6
Posted By
Dev Lan
Feb 5
Posted By
Jerry Smith
Feb 5
Posted By
Steve Hanks
Jan 22
Posted By
Irrigation
Jan 21
Posted By
Irrigation
Jan 17
Posted By
Sam Carter
Jan 17
Posted By
Irrigation
Dec 30, 2019
Posted By
Irrigation
Dec 26, 2019
Posted By
Sam Carter
Dec 19, 2019
Posted By
Cotton News
Dec 19, 2019
Posted By
Jerry Smith
Dec 16, 2019
Posted By
Irrigation
Dec 13, 2019
Posted By
Irrigation
Dec 6, 2019
Posted By
Irrigation
Dec 4, 2019
Posted By
Rodney Michael
Oct 16, 2019
Posted By
Cotton News
Nov 28, 2019
Posted By
Irrigation
Nov 20, 2019
Posted By
Sam Carter
Nov 7, 2019
Posted By
Carolina Irrigation Solutions
Oct 9, 2019
By Carolina Irrigation Solutions
Published Oct 9, 2019
Do you have mixed feelings about technology? I do. Some technology takes our time, isolates us, and numbs our brains. Then there is technology that makes life more efficient, brings more information to you, and improves your quality of life. This is the technology we want in our lives, and bringing this kind of technology to our customers is important to us and is an integral part of the Ag community. Agsense, which provides remote telemetry options to your farm is the “good kind” of technology...
Categories: Corn, Irrigation, Precision Agriculture
Posted By
Darren Chan
Sep 17, 2019
Posted By
Darren Chan
Aug 21, 2019
Posted By
Darren Chan
Jul 22, 2019
Posted By
Darren Chan
Jun 24, 2019
Posted By
Darren Chan
Jun 24, 2019
Posted By
Darren Chan
May 7, 2019
Posted By
Darren Chan
Mar 26, 2019
Posted By
Darren Chan
Jan 22, 2019
Posted By
AgFuse Administrator
Jan 9, 2019
Posted By
Darren Chan
Nov 2, 2018
Posted By
Darren Chan
Sep 18, 2018
Posted By
Darren Chan
Jul 4, 2018
Posted By
Carolina Irrigation Solutions
Apr 30, 2018
By Darren Chan
Published Sep 17, 2019
Early blight and late blight are the most common diseases on tomato & potato. They usually take huge losses to farmers. Although the names of the two diseases are the only one-word difference, some growers do not know exactly about the difference between early blight and late blight. First, we need to how to recognize their symptoms. Difference between Early blight & Late blightCausesEarly blight is caused by two different closely related fungi, Alternaria tomatophila, and Alternaria solani, which lives in soil and plant debris...
Categories: Irrigation, Organic Row Crops, Wheat
By Darren Chan
Published Aug 21, 2019
What’s Soil SalinizationSoil salinization is one of the most vital soil problems for agricultural production. Salinization refers to the salt content of the level affecting agricultural and environmental health. Soil salinization usually occurs in arid areas, In these areas, soluble salt ions accumulate in the soil. In these areas where plant growth requires irrigation, the Evaporation and transpiration process leaves salt in the soil. In the beginning, the salt will reduce soil productivity and limit crop yields...
Categories: Agribusiness, Irrigation, Wheat
By Darren Chan
Published Jul 22, 2019
What’s Trichoderma Harzianum ?Trichoderma harzianum fungi that are present in nearly all soils. It readily colonizes plant roots and rhizosphere competent able to grow on roots as they develop. Trichoderma has quicker growth rate, and highly adaptation in bad soil condition. It is usually used for foliar application, seed treatment and soil treatment for suppression of various disease causing fungal pathogens. The Brightest Spotlight, it has the outstanding capacity for eliminating damaging fungal pathogens in soil, and form a nature defensive bond to Guard and stimulate your crop’s roots...
Categories: Agribusiness, Irrigation, Wheat
By Carolina Irrigation Solutions
Published Apr 30, 2018
Ben Franklin once said, An ounce of prevention is worth a pound of cure. -This practice can be applied to many aspects of your life and business, and certainly applies to irrigation on your farm and money in your wallet. . Something as small as finding a clogged low pressure drain can prevent a pivot from holding water and building corrosion in the pipe. Or you may find a tire that needs to be replaced, or a booster pump malfunction...
Categories: Irrigation
By Darren Chan
Published Jun 24, 2019
Humic acid is a mixture of natural organic macromolecular compounds, which exists in all soils, plants and animals,and have been widely used in agricultural production in recent years due to their unique physiological functions. Features of using Humic acidImproved soil structure, prevents high water and nutrient losses in bad soils. Regulates the pH-value of soils. Enhances plant’s nature resistance against diseases and pests. Stimulates root growth, and improves the plant’s uptake of nutrients and water...
Categories: Agribusiness, Irrigation, Organic Row Crops
By Darren Chan
Published Jun 24, 2019
Humic acid is a mixture of natural organic macromolecular compounds, which exists in all soils, plants and animals,and have been widely used in agricultural production in recent years due to their unique physiological functions. Features of using Humic acidImproved soil structure, prevents high water and nutrient losses in bad soils. Regulates the pH-value of soils. Enhances plant’s nature resistance against diseases and pests. Stimulates root growth, and improves the plant’s uptake of nutrients and water...
Categories: Agribusiness, Irrigation, Organic Row Crops
By Darren Chan
Published May 7, 2019
Root-knot nematodes are one of the three most economically damaging genera of plant-parasitic nematodes on horticultural and field crops. Root-knot nematodes are very small and they parasitic the roots of thousands of plant species, including monocotyledonous and dicotyledonous, herbaceous and woody plants. They dwell in the soil, attack the roots of the plant to extract water and nutrients. As a result, large galls or “knots” can form throughout the root systems of infected plants. They will bring a lot of damage to plants...
Categories: Agribusiness, Irrigation, Vegetables
By Darren Chan
Published Mar 25, 2019
Here we would like to introduce trichoderma‘s effect on control soil pathogens. Trichoderma grows on the surface of roots, where it provides disease control and enhances root growth. Its spores survive in the soil, but the food it lives on is mostly secreted from the root surface. Since the fungus multiplies on its own, it is different from seed-applied fungicides. First, only a little needs to be applied because it will grow to continually cover the roots...
Categories: Agribusiness, Irrigation, Marketing
By Darren Chan
Published Jan 22, 2019
In the application of agricultural production, chitosan oligosaccharides not only make crops grow better and robust, but also has obvious effects in stress resistance and pest resistance. Numerous studies have shown that chitosan oligosaccharides can induce broad-spectrum resistance, enhance the plant’s own defense ability, inhibit the growth of a variety of plant pathogenic microorganisms, and it is non-toxic and can be microbial degradation, and will not pollute the environment. This makes it an important role in agricultural production as a new type of green production. 1. Inducing the production of plant resistance proteinsChitosan oligosaccharides and their derivatives can induce plants to produce resistance proteins against pathogens...
Categories: Agribusiness, Irrigation, Organic Row Crops
Updated Dec 26, 2019
Farming is such a unique occupation because the intensity of our work oscillates with the seasons. For most farmers, winter marks a time for some rest and reflection--and a new year ushers in new hope. Ideally, you had the chance to finish your harvest and now have a couple of months of slower-paced work ahead before the next planting season is upon us. For the average person, New Year’s is the time of year for New Year’s resolutions. You know: that time of year where individuals identify their shortcomings and create an ambitious plan to turn themselves into the best they can be starting on January 1...
Categories: Agribusiness, Irrigation, Vegetables
By Darren Chan
Published Nov 2, 2018
Target CropsTomato vegetables, peppers, carrots and lots of other vegetable crops. Tomato vegetables are moderately prone to root knot nematodes. Where to find All over the world, in warm temperate climatesBrief infoRoot knot nematodes are small eelworms living in soil and be plant parasites once they use tomato roots as their nurseries. Usually nematodes enter tomato roots through plant’s small injuries. With the increase of number of nematodes, healthy plant’s roots are destroyed, and twisty galls to take their place...
Categories: Agribusiness, Cover Crops, Irrigation
By Darren Chan
Published Aug 31, 2018
For Agricultural control1. Select resistant varietiesThere is a difference in resistant ability between the varieties of powdery mildew, so first we must select disease-resistant varieties. 2 Improve conditions of Ventilation and transmittanceThe planting density is appropriate, and the old leaves at the bottom are destroyed in time, which is conducive to the light penetration of the fields. Clean the pastoral areas, remove diseased leaves, diseased locusts, and broken twigs, and remove it from the field and concentrate or burn it. It should strengthen ventilation, reduce humidity, and scientifically water, creating an environment that is not conducive to the development of powdery mildew...
Categories: Agribusiness, Dairy, Irrigation
By Darren Chan
Published Jul 4, 2018
First of all,let us understand the soil structureThe soil is a porous system. It consists of solid,liquid and gas three-phase substances. The solid material in the soil includes both mineral and organic matter. The liquid part refers to the moisture of the soil,which is preserved and moved between the pores of the soil and is the most active part of the soil. The gas part refers to the air of the soil and it is filled with pores that are not occupied by moisture...
Categories: Agribusiness, Irrigation, Vegetables
Published Sep 9
What is Subsurface Drip Irrigation?Subsurface Drip Irrigation (SDI) is a way of irrigating crops through plastic tubes placed under the soil surface. The tubes have droplet emitters with even spacings, similar to the drip system located on the soil surface. There are different pipe arrangement variations, but the pipes are usually placed at a distance of 38 to 84 and at a depth of 6 to 10 below the soil surface. In the United States, SDI is widely used to irrigate annual crops; elsewhere, the irrigation system is popularly used for orchards and other perennials. SDI systems require intensive management and come with high initial costs of up to $1,000 /acre...
Categories: Corn, Irrigation, Precision Agriculture
By Darren Chan
Published Aug 28
Soil Borne Diseases, mainly plant pathogens living in the soil with crop residue. Apply inappropriate farming, irrigation, fertilization, planting methods, and other agronomic measures. And climatic factors, mainly including temperature, humidity, light, and so on. It causes the pathogen to multiply rapidly. The pathogens spread to infect the crop root or the stem...
Categories: Agribusiness, Irrigation, Organic Row Crops
Updated Aug 20
Soilless cultivation is an innovative process that was introduced in recent years for protected crops. This practice has been established for the large-scale production of fresh vegetables and ornamental plants, especially in the countries of Northern Europe, with the main purposes of:- Increasing production- Optimizing acreage - Reducing working times- Reducing the need for water and fertilizers - Optimizing climatic conditionsThe continuous climate changes, the increasing interest in environmental impacts, and the availability of cheap facilities and simple technologies all lead to an increased use of soilless cultivation in commercial applications. When talking about soilless crops, we’re referring to two types of systems:- Real hydroponics, without substrate: the root system of a plant is directly in contact with the water and the nutrient solution (floating system, nutrient film technique, aeroponics)- Hydroponics with substrate: the plant grows on inert, organic materials, or a mixture between them (cultivation bags, slabs, pots or bins)In these systems, fertigation feeds the plants and involves the use of water-soluble fertilizers. In the most sophisticated and technological systems, the nutrient solution is recycled continuously, thus ensuring maximum efficiency of the water resources used (closed cycle). In the simplest systems, however, especially in those based on the use of the substrate, the drained nutrient solution is dispersed (open cycle)...
Categories: Irrigation, Precision Agriculture, Vegetables
Updated Aug 19
The main problem concerning corn cultivation is water stress: the most critical phases that suffer from water shortages, which can lead to significant production losses, are from the emission of the plume to flowering and the ripening stage. In order to obtain high yields, it is necessary to satisfy the evapotranspiration demand of the crop, which is between 0. 16 and 0. 22 inches/yard per day. For this reason, it becomes essential to select an efficient and economical irrigation system...
Categories: Corn, Agribusiness, Irrigation
Updated Aug 7
The high-value returns from cotton as well as the higher costs of production should be ample incentives for adopting precision farming. The vagaries of climate change and its disruptions to the normal farm schedule only increases the value of this information technology for cotton. Climate Change is Altering Pest Attack PatternsIncreasing drought and extreme weather due to climate change are impacting cotton in unforeseen ways. The unpredictable changes in weather patterns aren’t just disturbing the environmental conditions needed for cotton crops. Experts noticed since 2019 that the feeding and reproductive patterns of pests have changed...
Categories: Cotton, Irrigation, Precision Agriculture
By Sam Baker
Published Apr 25
Ag-Analytics® (https://analytics. ag/uav) announced the launch of its long-awaited fully remote, on-demand UAV Service – a custom flight service to assist farmers by providing fast, cost-effective UAV flights and machine learning analysis. The cost starts as low as $210 for a 60-acre field or $2. 40/acre for larger fields. Farmers can easily place a no-obligation order in under 5 minutes with the fly-out occurring in 3-5 days...
Categories: Agribusiness, Irrigation, Precision Agriculture
By Carolina Irrigation Solutions
Published Oct 9, 2019
Do you have mixed feelings about technology? I do. Some technology takes our time, isolates us, and numbs our brains. Then there is technology that makes life more efficient, brings more information to you, and improves your quality of life. This is the technology we want in our lives, and bringing this kind of technology to our customers is important to us and is an integral part of the Ag community. Agsense, which provides remote telemetry options to your farm is the “good kind” of technology...
Categories: Corn, Irrigation, Precision Agriculture
By Darren Chan
Published Sep 17, 2019
Early blight and late blight are the most common diseases on tomato & potato. They usually take huge losses to farmers. Although the names of the two diseases are the only one-word difference, some growers do not know exactly about the difference between early blight and late blight. First, we need to how to recognize their symptoms. Difference between Early blight & Late blightCausesEarly blight is caused by two different closely related fungi, Alternaria tomatophila, and Alternaria solani, which lives in soil and plant debris...
Categories: Irrigation, Organic Row Crops, Wheat
By Darren Chan
Published Aug 21, 2019
What’s Soil SalinizationSoil salinization is one of the most vital soil problems for agricultural production. Salinization refers to the salt content of the level affecting agricultural and environmental health. Soil salinization usually occurs in arid areas, In these areas, soluble salt ions accumulate in the soil. In these areas where plant growth requires irrigation, the Evaporation and transpiration process leaves salt in the soil. In the beginning, the salt will reduce soil productivity and limit crop yields...
Categories: Agribusiness, Irrigation, Wheat
By Darren Chan
Published Jul 22, 2019
What’s Trichoderma Harzianum ?Trichoderma harzianum fungi that are present in nearly all soils. It readily colonizes plant roots and rhizosphere competent able to grow on roots as they develop. Trichoderma has quicker growth rate, and highly adaptation in bad soil condition. It is usually used for foliar application, seed treatment and soil treatment for suppression of various disease causing fungal pathogens. The Brightest Spotlight, it has the outstanding capacity for eliminating damaging fungal pathogens in soil, and form a nature defensive bond to Guard and stimulate your crop’s roots...
Categories: Agribusiness, Irrigation, Wheat
By Carolina Irrigation Solutions
Published Apr 30, 2018
Ben Franklin once said, An ounce of prevention is worth a pound of cure. -This practice can be applied to many aspects of your life and business, and certainly applies to irrigation on your farm and money in your wallet. . Something as small as finding a clogged low pressure drain can prevent a pivot from holding water and building corrosion in the pipe. Or you may find a tire that needs to be replaced, or a booster pump malfunction...
Categories: Irrigation
By Darren Chan
Published Jun 24, 2019
Humic acid is a mixture of natural organic macromolecular compounds, which exists in all soils, plants and animals,and have been widely used in agricultural production in recent years due to their unique physiological functions. Features of using Humic acidImproved soil structure, prevents high water and nutrient losses in bad soils. Regulates the pH-value of soils. Enhances plant’s nature resistance against diseases and pests. Stimulates root growth, and improves the plant’s uptake of nutrients and water...
Categories: Agribusiness, Irrigation, Organic Row Crops
By Darren Chan
Published Jun 24, 2019
Humic acid is a mixture of natural organic macromolecular compounds, which exists in all soils, plants and animals,and have been widely used in agricultural production in recent years due to their unique physiological functions. Features of using Humic acidImproved soil structure, prevents high water and nutrient losses in bad soils. Regulates the pH-value of soils. Enhances plant’s nature resistance against diseases and pests. Stimulates root growth, and improves the plant’s uptake of nutrients and water...
Categories: Agribusiness, Irrigation, Organic Row Crops
By Darren Chan
Published May 7, 2019
Root-knot nematodes are one of the three most economically damaging genera of plant-parasitic nematodes on horticultural and field crops. Root-knot nematodes are very small and they parasitic the roots of thousands of plant species, including monocotyledonous and dicotyledonous, herbaceous and woody plants. They dwell in the soil, attack the roots of the plant to extract water and nutrients. As a result, large galls or “knots” can form throughout the root systems of infected plants. They will bring a lot of damage to plants...
Categories: Agribusiness, Irrigation, Vegetables
By Darren Chan
Published Mar 25, 2019
Here we would like to introduce trichoderma‘s effect on control soil pathogens. Trichoderma grows on the surface of roots, where it provides disease control and enhances root growth. Its spores survive in the soil, but the food it lives on is mostly secreted from the root surface. Since the fungus multiplies on its own, it is different from seed-applied fungicides. First, only a little needs to be applied because it will grow to continually cover the roots...
Categories: Agribusiness, Irrigation, Marketing
By Darren Chan
Published Jan 22, 2019
In the application of agricultural production, chitosan oligosaccharides not only make crops grow better and robust, but also has obvious effects in stress resistance and pest resistance. Numerous studies have shown that chitosan oligosaccharides can induce broad-spectrum resistance, enhance the plant’s own defense ability, inhibit the growth of a variety of plant pathogenic microorganisms, and it is non-toxic and can be microbial degradation, and will not pollute the environment. This makes it an important role in agricultural production as a new type of green production. 1. Inducing the production of plant resistance proteinsChitosan oligosaccharides and their derivatives can induce plants to produce resistance proteins against pathogens...
Categories: Agribusiness, Irrigation, Organic Row Crops
Updated Dec 26, 2019
Farming is such a unique occupation because the intensity of our work oscillates with the seasons. For most farmers, winter marks a time for some rest and reflection--and a new year ushers in new hope. Ideally, you had the chance to finish your harvest and now have a couple of months of slower-paced work ahead before the next planting season is upon us. For the average person, New Year’s is the time of year for New Year’s resolutions. You know: that time of year where individuals identify their shortcomings and create an ambitious plan to turn themselves into the best they can be starting on January 1...
Categories: Agribusiness, Irrigation, Vegetables
By Darren Chan
Published Nov 2, 2018
Target CropsTomato vegetables, peppers, carrots and lots of other vegetable crops. Tomato vegetables are moderately prone to root knot nematodes. Where to find All over the world, in warm temperate climatesBrief infoRoot knot nematodes are small eelworms living in soil and be plant parasites once they use tomato roots as their nurseries. Usually nematodes enter tomato roots through plant’s small injuries. With the increase of number of nematodes, healthy plant’s roots are destroyed, and twisty galls to take their place...
Categories: Agribusiness, Cover Crops, Irrigation
By Darren Chan
Published Aug 31, 2018
For Agricultural control1. Select resistant varietiesThere is a difference in resistant ability between the varieties of powdery mildew, so first we must select disease-resistant varieties. 2 Improve conditions of Ventilation and transmittanceThe planting density is appropriate, and the old leaves at the bottom are destroyed in time, which is conducive to the light penetration of the fields. Clean the pastoral areas, remove diseased leaves, diseased locusts, and broken twigs, and remove it from the field and concentrate or burn it. It should strengthen ventilation, reduce humidity, and scientifically water, creating an environment that is not conducive to the development of powdery mildew...
Categories: Agribusiness, Dairy, Irrigation
By Darren Chan
Published Jul 4, 2018
First of all,let us understand the soil structureThe soil is a porous system. It consists of solid,liquid and gas three-phase substances. The solid material in the soil includes both mineral and organic matter. The liquid part refers to the moisture of the soil,which is preserved and moved between the pores of the soil and is the most active part of the soil. The gas part refers to the air of the soil and it is filled with pores that are not occupied by moisture...
Categories: Agribusiness, Irrigation, Vegetables
Posted By
Jerry Smith
Sep 25
Posted By
Rick Foster
Sep 25
Posted By
Irrigation
Sep 21
Posted By
Pee Dee Crop Producer Reports
Sep 18
Posted By
Mario Petkovski
Sep 9
Posted By
Irrigation
Sep 4
Posted By
Darren Chan
Aug 28
Posted By
Miriam Pitzalis
Aug 20
Posted By
Steve Hanks
Aug 12
Posted By
Irrigation
Aug 7
Posted By
Irrigation
Aug 5
Posted By
Irrigation
Aug 3
Posted By
Vijayalaxmi Kinhal
Aug 3
Posted By
Irrigation
Jul 30
Posted By
Jerry Smith
Jul 26
Posted By
Irrigation
Jul 22
Posted By
Sam Carter
Jul 14
Posted By
Cotton News
Jul 2
Posted By
Zubair Ahmad
Jun 30
Posted By
Irrigation
Jun 29
Posted By
Corn Growers Group
Jun 29
Posted By
Irrigation
Jun 26
Posted By
Cotton News
Jun 25
Posted By
Shahid Ahamed
Jun 23
Posted By
Irrigation
Jun 16
Posted By
Gary Marsh
Jun 12
Posted By
Jerry Smith
Jun 11
Posted By
Irrigation
May 22
Posted By
Vegetable Production
May 1
Posted By
Sam Baker
Apr 25
Posted By
Cotton News
Apr 13
Posted By
Zubair Ahmad
Apr 2
Posted By
Zubair Ahmad
Mar 27
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 21
Posted By
Zubair Ahmad
Mar 18
Posted By
Zubair Ahmad
Mar 18
Posted By
Zubair Ahmad
Mar 18
Posted By
Irrigation
Mar 10
Posted By
Irrigation
Mar 4
Posted By
Sam Baker
Feb 22
Posted By
Jerry Smith
Feb 20
Posted By
Irrigation
Feb 18
Posted By
Irrigation
Feb 6
Posted By
Dev Lan
Feb 5
Posted By
Jerry Smith
Feb 5
Posted By
Steve Hanks
Jan 22
Posted By
Irrigation
Jan 21
Posted By
Irrigation
Jan 17
Posted By
Sam Carter
Jan 17
Posted By
Irrigation
Dec 30, 2019
Posted By
Irrigation
Dec 26, 2019
Posted By
Sam Carter
Dec 19, 2019
Posted By
Cotton News
Dec 19, 2019
Posted By
Jerry Smith
Dec 16, 2019
Posted By
Irrigation
Dec 13, 2019
Posted By
Irrigation
Dec 6, 2019
Posted By
Irrigation
Dec 4, 2019
Posted By
Rodney Michael
Oct 16, 2019
Posted By
Cotton News
Nov 28, 2019
Posted By
Irrigation
Nov 20, 2019
Posted By
Sam Carter
Nov 7, 2019
Posted By
Carolina Irrigation Solutions
Oct 9, 2019
Posted By
Darren Chan
Sep 17, 2019
Posted By
Darren Chan
Aug 21, 2019
Posted By
Darren Chan
Jul 22, 2019
Posted By
Darren Chan
Jun 24, 2019
Posted By
Darren Chan
Jun 24, 2019
Posted By
Darren Chan
May 7, 2019
Posted By
Darren Chan
Mar 26, 2019
Posted By
Darren Chan
Jan 22, 2019
Posted By
AgFuse Administrator
Jan 9, 2019
Posted By
Darren Chan
Nov 2, 2018
Posted By
Darren Chan
Sep 18, 2018
Posted By
Darren Chan
Jul 4, 2018
Posted By
Carolina Irrigation Solutions
Apr 30, 2018
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