Discover the main causes of soil-borne diseases in agriculture – from plant residue and raw manure to improper crop rotation. Recognizing and addressing these issues proactively can protect crops and improve yields

An overview of crop groups highly vulnerable to soil-borne fungi and bacteria such as Fusarium, Phytophthora, Ralstonia, and more. Learn disease symptoms, potential damage, and prevention strategies to protect your crops and ensure healthy harvests.

Kasugamycin is a bio-antibiotic active ingredient used to treat bacterial diseases such as bacterial blight, leaf margin burn, bacterial spot, citrus canker, and more. Explore the list of target diseases and suitable crops for effective use of Kasugamycin.

Kasugamycin, Streptomycin, and Oxytetracycline are commonly used antibiotics for bacterial plant diseases. This guide compares their strengths, weaknesses, spectrum of activity, and resistance risk to help farmers choose the right product.

Kasugamycin is a bio-antibiotic active ingredient used in agriculture to control major bacterial diseases like bacterial blight, leaf margin burn, and bacterial spots. Learn how it works and why it's effective for crop protection.

Can bacteria develop resistance to Kasugamycin? How can farmers maintain its effectiveness over multiple seasons? This article explains resistance risks and how to rotate actives properly for sustainable bacterial disease management.

Learn how to distinguish bacterial infections from fungal diseases, identify early symptoms like water-soaked lesions, foul odor, or cankers, and apply Kasugamycin at the right time for effective treatment and cost savings.

Learn how to rotate herbicide actives and combine Glufosinate with pre- and post-emergent herbicides to eliminate weeds, prevent resistance, and maintain long-term weed control in fruit orchards.

Is Glufosinate safe for use in organic or clean farming systems? Learn about its residue levels, safety profile, and whether it aligns with organic standards. A comprehensive guide for farmers and agronomists.

Discover the most common mistakes when using Glufosinate Ammonium: incorrect dosage, poor timing, and spraying errors that result in poor weed control, crop burn, and wasted costs. Learn how to fix them effectively!