Root Rot Treatment Solutions for Healthy Plants

In a quiet agricultural town known for its bountiful strawberry harvests, Rajesh, an organic farmer, faced an unexpected challenge: plant root rot. This farm where there used to be green vegetation and sweet strawberry bearing plants, developed some signs of stress. The initially observed root rot symptoms as faded and shriveled leaves as well as growth inhibition soon escalated into wilting plants and roots’ decomposition. Initially, Rajesh says he attributed the issue to overwatering the plants, ‘But the trouble expanded, and I knew that it was more than that.

Plant root rot is a common disease affecting many crops and farmers on the farm must familiarize themselves with how to save a plant from root rot and its treatment. We would also talk about the plant root rot treatment from the farmer’s perspective.

One day Rajesh decided to check what causes root rot and found out that root rot looks like brown, soft and has some awful smell. They should have been white and stringy from the healthy roots but they were slimy and had begun to rot, he says. Rajesh sought the services of his local agricultural extension service, who advised him and pointed towards the real problem; plant root rot by combined action of Pythium and Phytophthora fungi. Most of these pathogens are known to affect crops which are grown in areas that have experienced a shower; the farm has been having showers in the past few days thus acting as source and harbor of these pathogens.

“They were not just one plant,” Rajesh continues. “It only required that one root of one crop was infected and it grew so fast throughout the field causing losses I wouldn’t have imagined.”

Strawberry production and the economy Affected by Plant Root Rot

After he suffered from plant root rot disease, Rajesh lost most of his strawberries and reduced his profit as well. He was furious to find root rot disease treatment. Plants are unable to soak water and nutrients; therefore, they produce low quality and weak fruits to the previous. Other farmers in the region have also experienced similar outbreaks on their farms and the strawberry market in the region was affected. Infected plants were discarded and the farmers had many costs to halt the spread of the disease including spending a lot of money on soil fumigation.

“It was really painful to watch so many plants dying,” Rao adds. “So many of us farmers had a feeling that we are going to lose the entire season with no answer to how to treat root rot.”

Turning to Biological Solutions

Realizing his strict adherence to organism farming, Rajesh started looking for the solutions. This is why he came across HarzShield, a best fungicide for root rot, manufactured by Novobac Co. Ltd. This one grows a beneficial fungus known as Trichoderma harzianum which is part root endophyte that helps build a relationship with plant roots to defend them for pathogenic invaders while promoting their growth.

“I was fired up about HarzShield because it is not only a formula against killing fungi; it is the formulation that strengthens long-term immunity in plants,” Rajesh says. This has proved to be very suitable in my natural way of doing things.”

How HarzShield Works and Application Process

The extension experts said to Rajesh that he has to properly dispose of the affected plants and spray the rest with HarzShield. He followed these steps to ensure the effective application:

• Soil Preparation: Rajesh eradicated those plants which were infected, disposed with them and worked on the improvement of the drainage of the soil. He required fresh compost so as to improve the quality of the soil.
• HarzShield Application: The best fungicide for root rot was utilised adapted to the formulation process to a soil drench so as to enable the Trichoderma harzianum to colonise the root zone.
• Monitoring and Reapplication: Rajesh spent time observing his plants and applied HarzShield on them again after several weeks so as to be have cover during the rainy season.

“The process was simple,” he says. This I simply did and the results were great.

Results

Less than three weeks later Rajesh sees growth in all his plants. New roots grew, white and fresh and the wilting process ceased. Looking back the event, he says: “It was like watching the farm wake up from the dead.”

Apart from protecting his crop the natural fungicide for root rot also gave him back his confidence. “So, HarzShield (root rot fungicide) didn’t just fight plant root rot,” Rajesh explains. ”It enhances the plants which in turn reduce vulnerability to other stress factors such as drought.”

Rajesh’s success story soon went viral as it was relayed from one farmer to another farmer from the neighboring areas. For example, many of them incorporated HarzShield basically in tandem with other practices that included crop rotation, good drainage system and correct irrigation regimes. By these adjustments the region’s strawberry production was restored and the economic losses started to reduce.

Listening to the experienced words of Rajesh, one can understand that he or she has come to the conclusion that prevention is a number one priority. “It is not only about refilling the hole but about making conditions for a plant proper.”

Combating The Effects Of Climate Change For Future Agricultural Production

Rajesh now promotes disease management integration practices. He agrees to say: “My problem was caused by overwatering.” “I also do it sparingly and make sure the soil receives adequate drainage.” To prevent build up of pathogens in the field, he also practices crop rotation and applies organic fertilizers on his fields.

The future usage of HarzShield is planned by Rajesh because of its preventive goals. ”It is not just an item of farm machinery – in the Durango environment, it is a partner in sustainable agriculture,” he adds.

References:

1. Amira, Maroua Ben, et al. “Beneficial effect of Trichoderma harzianum strain Ths97 in biocontrolling Fusarium solani causal agent of root rot disease in olive trees.” Biological Control 110 (2017): 70-78.
2. Datnoff, L. E., S. Nemec, and K. Pernezny. “Biological control of Fusarium crown and root rot of tomato in Florida using Trichoderma harzianum and Glomus intraradices.” Biological control 5.3 (1995): 427-431.