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InnoAg Pro Enhances Pesticide Efficacy Against Downy Mildew and Leaf Miners in Cucurbits

After the successful trial of Inno Ag Pro in Imperata Cylindrica (Cogongrass) in Oil Palm in Indonesia, another trial was conducted in China. The trial aimed to test the pesticide efficiency improvement with InnoAg Pro tank-mix against Downy Mildew of Pumpkin and Leaf Miner Insect.

Downy Mildew is a disease caused by the oomycete Pseudoperonospora cubensis. P. cubensis thrives in wet or very humid conditions and infects cucurbits including cucumber, melon, pumpkin, and squash. It causes yellow to brown lesions on top of the leaves that are restricted by leaf veins. As the lesions age, they usually become necrotic and the leaves often senesce. The leaves are the only portion of the plant directly affected by downy mildew. However, the loss in leaf surface can cause loss of yield, misshapen fruit, and sunscald.

Leaf Miners are the larval or maggot stage of several kinds of insects have developed this habit, including moths (Lepidoptera), beetles (Coleoptera), sawflies (Hymenoptera) and flies (Diptera). The adults insert eggs into leaves. Upon hatching, the larvae feed and develop within the leaf tissue and between leaf surfaces. They produce large patches or winding tunnels of dead tissue. The larvae are active for about two to three weeks. Unchecked damage can cause excessive leaf-drop and other severe effects. The feeding tunnels created on the foliage can become pathways for diseases or fungal spores.

The objective of this trial was to compare effectiveness of Difenoconazole and Cyromazine to control Downy Mildew and Leaf Miners, respectively, when applied alone and in conjunction with InnoAg Pro. Four treatments were performed with different dose combinations of Difenoconazole and Cyromazine tank-mixed with InnoAg Pro. After application four follow-ups were done. The treatments are described below:

T1: Control

T2: Difenoconazole and Cyromazine (600g+375ml/ha) Application: Foliar

T3: Difenoconazole, Cyromazine and InnoAg Pro (450g+281.3ml+300ml/ha) Application: Foliar.

T4: Difenoconazole, Cyromazine and InnoAg Pro (300g+187.5ml+300ml/ha) Application: Foliar.

InnoAg Pro is a bio-nano adjuvant which delivers plant protection products more efficiently to plant cells. It has been proven to increase the effectiveness of herbicides, fungicides, insecticides, and defoliants. When tank-mixed with a crop protection product, InnoAg Pro creates a shield around the active ingredient which increases spread and adhesion to the weed surface, and penetration onto the plant tissue making active ingredients more effective. The increased pesticide effectiveness triggered by InnoAg Pro frequently allows for a 25 to 30% rate reduction on pesticide application.

The trial results clearly show that the addition of InnoAg Pro to Difenoconazole and Cyromazine gave better results.

Leaf miner Control: Efficacy was measured by taking an account of the number of pupae and the number of remnant larva on the new leaves in each treatment. The results showed that 25% reduction of Cyromazine + InnoAg Pro at 300ml/ha, provided 90.1% efficacy. Cyromazine at 50% of the recommended rate tan-mixed with InnoAg Pro also provided better leaf miner control than the conventional dose of Cyromazine alone. However, it is not recommended to reduce the recommended label rate by 50% when tank mixing with adjuvants, especially in high pest pressure conditions.

Downy mildew Control: The addition of InnoAg Pro, at 300 ml per ha, to 75% and 50% of Difenoconazole rate significantly improved downy mildew control as compared to Difenoconazole alone at 100% of the recommended rate. Difenoconazole at 75% of the standard dose, tank-mixed with InnoAg Pro yielded the best result, whereas the 50% Difenoconazole dose reduction with the adjuvant also provided better Downy Mildew control than the full dose of Difenoconazole alone.

Under the conditions of this trial, the results support the assertion that a 25% reduction on Difenoconazole and Cyromazine rate delivers superior pest control mixed with the bio-nano adjuvant, InnoAg Pro. The addition of InnoAg Pro is cost-effective as well as supports sustainability. To know more about how InnoAg Pro can help your crop productivity and customized solutions, please contact info@bioaginnovations.com or call 844-464-2374.


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InnoAg Pro Controls Imperata Cylindrica (Cogongrass) to Perfection

InnoAg Pro is a bio-nano adjuvant that delivers plant protection products more efficiently to plant cells. It has been proven to increase the effectiveness of herbicides, fungicides, insecticides, and defoliants. When tank-mixed with an herbicide, InnoAg Pro creates a shield around the active ingredient which increases spread and adhesion to the weed surface, and penetration onto the weed tissue making active ingredients more effective. The increased pesticide effectiveness triggered by InnoAg Pro frequently allows for a 25 to 30% rate reduction on pesticide application.  

Recently, InnoAg Pro was tested in Indonesia for its efficacy against Imperata cylindrica, a rapid growing perennial grass infesting oil palm. The species is commonly known in English as “cogongrass”. Other common names in English include kunai grass, blady grass, satintail, spear grass, sword grass, thatch grass, alang-alang, lalang grass, cotton wool grass, and kura-kura among others. Cogongrass is native to Thailand, Philippines, Japan, portions of East China, and East Africa. Some countries in Southern and Eastern Europe, Asia, Africa, Middle East, North America, South America, and Oceania have listed it as an invasive weed species.  Several US states have declared cogongrass as a noxious weed.   

The objective of this trial was to compare the effectiveness of Glyphosate to control Cogongrasswhen applied alone and in conjunction with InnoAg Pro. Four treatments were performed with different dose combinations of InnoAg Pro and Glyphosate. Each treatment had four replications. The volume of water used was 500 L/ha and the plot size was 10 m x 20 m (200 m2) each. The treatments are described below: 

L1: Glyphosate 2 L/Ha; 

L2: InnoAg Pro 300 mL/Ha + Glyphosate 2 L/Ha;  

L3: InnoAg Pro 300 mL/Ha + 75% Glyphosate rate (1.5 L/Ha); 

L4: InnoAg Pro 300 mL/Ha + 50% Glyphosate rate (1 L/Ha); 

L5: InnoAg Pro 300 mL/Ha + 25% Glyphosate rate (0.5 L/Ha) 

InnoAg Pro THUMBNAIL

The trial images clearly show that the addition of InnoAg Pro to glyphosate treatment sped up the rate of leaf burndown and reduced the number of weeds in the field. Treatments L2 (InnoAgPro + full Glyphosate rate) and L3 (InnoAg Pro + 75% Glyphosate rate) provided better and faster weed control than Glyphosate alone at the full dose. InnoAg Pro did not show any sign of phytotoxicity to the immature Oil Palm plants.   

Effect of Different Treatments on the control of Iperata cylindrica (Cogongrass) after 4 weeks of application

Under the conditions of this trial, the results support the assertion that a 25% reduction in Glyphosate rate delivers superior weed control when the herbicide is tank-mixed with the nano adjuvant, InnoAg Pro. The addition of InnoAg Pro to the standard Glyphosate treatment is not only a cost-effective option, but it is also a step towards sustainability. To know more about how InnoAgPro can help your crop productivity and customized solutions, please contact info@bioaginnovations.com or call 844-464-2374.