Learn about Lufenuron – an insect growth regulator that effectively controls larvae, pupae, and eggs of pests. Ideal for managing leaf-eating caterpillars, fruit borers, thrips, and spider mites without harming beneficial insects.

Discover Cartap Hydrochloride – a broad-spectrum insecticidal active ingredient with systemic, contact, and stomach action. Highly effective against stem borers, leaf folders, brown planthoppers, and various other crop pests.

Learn how to apply IPM – an Integrated Pest Management approach – that helps farmers control weeds effectively, reduce dependence on chemical herbicides, protect the environment, and increase crop productivity.

Spring onions, a popular crop in Vietnamese agriculture, not only provide a nutritious food source but also serve as a widely used spice. However, growing spring onions is not an easy task, especially when it comes to pest control. Pests on spring onions not only damage the plants but also affect the final product quality. This article will help you better understand the types of pests that affect spring onions, the causes of these pests, how to identify them, and the most effective pest control methods.

Downy mildew is a common fungal disease that affects many crops, including green onions. This disease can reduce the quality and yield of green onions, impacting both commercial crops and home garden plants. Early detection and effective control measures are essential to protect crops from downy mildew. In this article, we will explore the causes, symptoms, and control methods for downy mildew on green onions.

Green onions are a common crop in home gardens and vegetable fields, but they are also vulnerable to pests. Controlling pests on green onions is crucial to maintaining yield and product quality. In this article, we will explore the types of pests on green onions, their symptoms, and effective control methods.

Avermectin is a widely used pesticide and anthelmintic commonly applied in agriculture and veterinary medicine. While Avermectin is effective in controlling pests and parasites, improper use can have severe impacts on the surrounding environment, especially on soil health, water sources, and ecosystems. This article will explore the effects of Avermectin on environmental factors and how to minimize these impacts.

Avermectin is a widely used pesticide and anthelmintic that is commonly applied in agriculture and veterinary medicine. However, its use can have unintended effects on non-target organisms, including wildlife, beneficial insects, and other species in the ecosystem. This article will explore the impact of Avermectin on non-target organisms and how to minimize these effects.

Avermectin B1a and B1b are two primary components of the avermectin family, a group of natural compounds derived from the soil bacterium Streptomyces avermitilis. When combined, they form Abamectin, a highly effective bioactive compound widely used in agriculture for controlling insect pests and mites.

Fertilization is an essential part of plant care, providing necessary nutrients for growth. However, using organic fertilizers such as well-rotted organic fertilizers or biofertilizers has become increasingly popular due to their superior benefits for the soil and plants. This solution not only helps plants grow stronger but also protects the environment and ensures sustainability in agriculture. This article will help you understand the different types of organic fertilizers and how to apply them effectively in farming.