Nematodes are a common pest in potato-growing areas, particularly in the Pacific Northwest. They are typically found in coarse-textured, sandy soils. Above ground symptoms can range from stunted growth and wilting under moisture stress, accompanied by distinct galls on potato tubers.
Read More
The presence of many common organisms, parasites, and pests can mean the difference between a healthy yield or an off year. Soil fumigation can give plants the best chance possible to grow up and develop, while controlling pests safely and effectively—with lasting results.
The term sustainability has become more engrained in everyday use, but the term is difficult to define. The Merriam-Webster Dictionary defines sustainability as “of, relating to, or being a method of harvesting or using a resource so that the resource is not depleted or permanently damaged.”
Healthy soil is the foundation for successful agricultural production. One factor that can inhibit soil health is plant parasitic nematodes. Ee will discuss the importance of soil health, how nutrient cycling affects soil health, and the importance of soil fumigation in controlling nematodes.
Nematodes are incredibly diverse, thread-like roundworms that live in a wide range of soils. Mostly microscopic in size, nematodes have varied methods of survival. A majority of nematodes are microbial feeders found in the soil. They can feed on diverse food sources, including bacteria, fungi, and even other nematodes!
Agricultural diseases can decimate your crop if you don’t take the proper preventative steps. Nematodes and other soilborne diseases need to be stopped in their tracks—and the right soil fumigation techniques can make all the difference.
We will explore why healthy roots are essential for crop growth and productivity. A plant’s roots serve as the main pathway through which water and nutrients are absorbed from the soil, and without a vigorous root system, plants cannot absorb enough nutrients to support their growth.
In the dynamic landscape of modern agriculture, the responsible use of chemicals has become paramount to ensure robust crop yields and the well-being of ecosystems, farmers, and consumers. This is where the concept of product stewardship takes center stage.
TriCal Australia has worked closely with a Bundaberg, Queensland, farming business to help improve soil health. The soil on the farm suffers from fungal infections that severely damage chili plants in and around the fruiting set. In some seasons, fruit losses can be as high as 70%.
Sustainability is a priorities in agriculture today. Recognizing that responsible management of resources is critical to ensuring agriculture can meet the world’s food, feed, and fiber needs today and tomorrow too, farmers are supportive of improving sustainability.
In the Summer/Fall of 2022 TriEst Ag Group did a mixture study that focused on Enterolobii in Nash County, NC. The trial evaluated the use of TELONETM, C15, and C35 at 6 GPA (22 GPA broadcast) shank applied in-row 14” deep with 10” of stack.
Watermelons are a popular crop in Japan. Unfortunately, they are also highly susceptible to destructive root-knot nematodes which negatively impact overall yields and fruit quality. Japanese growers know that nothing is more effective against nematodes than TELONE™!
Navigating the Endangered Species Act (ESA) and responsible pesticide management exemplify our commitment to fostering a world where humans and wildlife thrive in harmony, embodying the shared vision of growers, conservationists, policymakers, and communities alike.
Plant-parasitic nematodes are some of the most destructive pests in agriculture. With over 4,000 species of plant-parasitic nematodes worldwide, identifying and managing the right ones in your fields is crucial.
For growers, managing soil pests like nematodes, fungi, and organisms can mean the difference between a robust harvest and significant losses. TELONE™ soil fumigant comes into play, offering a solution for controlling a broad spectrum of nematodes and soil-borne pests..
Nematodes are a common pest in potato-growing areas, particularly in the Pacific Northwest. They are typically found in coarse-textured, sandy soils. Above ground symptoms can range from stunted growth and wilting under moisture stress, accompanied by distinct galls on potato tubers.
Trical Group's John Washington released a paper on fumigation using Chloropicrin and 1,3-dichloropropene (1,3-D) and its impact on microbiological communities and soil health.
By utilizing pre-plant fumigants in a vineyard – such as TriClor (Chloropicrin) and TELONE™ II (1,3-Dichloropropene) – growers can reduce the total parasitic nematode pressure within the soil where the grapes are being planted.
TriClor and TELONE™ fumigant treatments continue to demonstrate significant reduction in total plant-parasitic nematode (PPN) density across all 3 seasons compared to untreated control, shown in the graphic below.
In California, nematodes can significantly impact crop production. They cause considerable damage to plant roots, disrupting the uptake of water and nutrients, resulting in reduced crop yield. For pre-treatment control soil fumigation is a vital management tool for growers.
We established 2 multi-year field trials in Fresno County California, one trial taking place in Firebaugh, and the other in Caruthers, both led by TriCal PCA-Victor Rodriguez to examine the benefits of TELONE™ and Chloropicrin providing early rootstock establishment..
This project in East Central NC originally in 2021 to evaluate the effects of TELONE ™ II and Chloropicrin (PIC) on nematode suppression, Granville wilt suppression, and tobacco yield and quality. This is a complex issue of harvest timing, weather conditions, disease, and nematode pressure.
This past Fall we established 2 multi-year field trials in California. Our main objective is to examine the benefits of TELONE™ and Chloropicrin providing early rootstock establishment, promoting early growth, and stronger root systems as we have documented in other crop markets.
TriEst wanted to look at finding application and timing solutions to better meet nematode and disease pressures. The 2023 trial focused on sampling depths to map location of pests, dual depth applications to place the correct product in the right place, and proof out these concepts.
Nematodes are a common pest in sweetpotato-growing areas. This blog post will cover most common and destructive nematode affecting sweetpotatoes in North Carolina—the guava root-knot nematode— and recap a sweetpotato field trial that was done to demonstrate TELONE™ efficacy.
Nematodes are a common pest in potato-growing areas, particularly in the Pacific Northwest. This blog post will cover common nematodes affecting potatoes in the Pacific Northwest, and recap a potato field trial that was done to demonstrate TELONE™ efficacy.
In the Fall of 2019, Dr. Kristi Sanchez began a Grape Field Trial in Modesto, CA, investigating soil fumigation methods and their impact on vineyard performance. The trial focused on assessing TriClor adoption in vineyards alongside the performance of TELONE™ II.
A long time ago, when Sam stopped using Telone for 4 years, he found that nematodes and diseases increased and nematicides did not control the cycle of nematodes. With further agronomy testing they found the exact and were able to tackle the issue head on.