Biological Preparations

IPM-informed guide to sustainable cabbage production, blending scouting, biology, and field practice. Highlights ipm, crop rotation, cover crops, habitat management, biocontrol, and biorational tools to reduce pesticides and stabilize yields.

Explores organic soil management using cover crops, mulching, biochar, and no-till to boost soil structure, nutrient cycling, earthworm activity, and climate resilience.

Maize study on integrated mycorrhizal management (AMF) to enhance nutrient uptake and phosphorus efficiency through inoculants, biofertilizers, and conservation agriculture for sustainable yields.

Phytomonadina: a microbial ally for sustainable farming in potatoes, enabling integrated pest management and vigilant monitoring to improve yield, soil health, and environmental stewardship.

Onion farming via sustainable agriculture uses bacterial inoculants, including pseudomonas putida, to boost soil health and root growth, while integrating IPM and rotations for resilient yields.

Trichoderma boosts grapevine health by mycoparasitism and induced resistance, reducing botrytis and powdery mildew while supporting sustainable IPM in vineyards.

Integrates trichoderma-based biocontrol within ipm for cucumber pest management, outlining mechanisms, delivery, and practical steps to reduce chemicals and boost plant health.

Overview of integrated biological disease management for carrots, focusing on bacterial inoculants, soil microbiome, and strategies to suppress carrot pathogens within IPM.

Practical guidelines for using beneficial nematodes in spinach to control root pests and fungus gnats. Highlights steinernema feltiae and heterorhabditis bacteriophora, timing, moisture, and soil-drench application for sustainable pest management.

Crop-specific design of microbial consortia aligns strains with plant needs, considering soil type, moisture regime, ph, nutrient status, and adaptive monitoring for sustainable yield and resilience.

pgpr in citrus: mechanisms of disease suppression, iaa production, and acc deaminase activity drive growth, nutrient solubilization, and field-ready inoculant formulations for resilient citrus…

Explores phages as precise biocontrol within integrated pest management (IPM), highlighting phage cocktails and stable bio-preparations to curb bacterial plant diseases while minimizing chemical inputs.

Overview of integrated pest management in organic farming, highlighting garlic-chili spray, monitoring with yellow sticky traps, row covers, and beneficial insects to manage whiteflies and promote sustainable crop health.

Explores crispr-enabled biofertilizers and genetic modification of plant–microbe partnerships to boost nutrient cycling, reduce synthetic inputs, and highlights risk assessment, biosafety, and policy for responsible innovation in agriculture.

An overview of pseudomonas fluorescens as biocontrol against globodera spp. potato cyst nematode in potato systems, detailing rhizosphere mechanisms and field deployment to curb nematode pressure.

This article outlines troubleshooting and optimization of garlic-chili deterrents against whiteflies, with dilution guidelines, phytotoxicity signs, comprehensive spray coverage, timing, and IPM integration with neem oil and insecticidal soap.

Fermented nettle tea acts as a dual-action organic foliar spray to deter brassica pests, reduce cabbage worms, and support plant health within an IPM plan.

pseudomonas fluorescens as a pgpr enhances growth promotion in asparagus by boosting nutrient uptake, phosphate solubilization, and iron nutrition, supporting soil health and field yield stability.

This article explains how bacterial inoculants, notably bacillus pumilus, enhance soil health and nutrient cycling in almond orchards, boosting nut yield and quality within integrated pest management and sustainable farming.

Explores Bacillus subtilis-based bio-stimulants that boost potato growth and root development by enhancing nutrient access and root architecture, supporting higher vigor and yield across soils.