Biological Preparations

Rhizobial inoculation and seed treatment guide to boost pea yield via nodulation, field management, and balanced nutrition. Highlights inoculant viability, soil moisture, pH, and timing for reliable nitrogen fixation.

Explores how trichoderma, bacillus subtilis, and pseudomonas—via pgpr—boost wheat health: disease suppression, root growth, nutrient uptake, and drought resilience, when used in integrated cropping practices.

Review of bacillus subtilis as a biocontrol tool for potato disease resistance, detailing induced systemic resistance and field ipm integration to cut chemical inputs while safeguarding yield and tuber quality.

Organic farming resilience relies on a living soil: cover crops, mulch, compost management, and careful attention to soil structure and organic matter to strengthen the soil food web and stabilize crops amid climate variability.

A practical guide to mycorrhizal inoculants in farming, outlining crop compatibility, application methods, and timing to boost nutrient uptake, water use efficiency, and soil health while ensuring quality control and monitoring.

ipm in spinach: a biology-first approach using biological control and beneficial insects, with nematodes and cultural practices to reduce spinach pests while safeguarding pollinators and soil health.

Beneficial nematodes in a cherry orchard IPM guide: steinernema feltiae and heterorhabditis bacteriophora offer targeted, low-toxicity control of soil-dwelling pests like Rhagoletis cerasi, supporting sustainable yield.

Overview of nitrogen fixation in soybean: rhizobia symbiosis, nitrogenase activity, and how environmental drivers and management choices boost nitrogen use efficiency and sustainable yields.

Spinach producers learn how to use nematode inoculants effectively, with best practices on storage and viability, precise application, establishment, monitoring, and reapplication within IPM.

Explores phytomonadina as a conceptual microbe group and its hypothetical influence on strawberry quality, flavor, and texture through metabolism, signaling, and postharvest dynamics.

Biological strategies for cherry yield hinge on soil health, mycorrhizal fungi, plant growth-promoting rhizobacteria, and rhizosphere microbiome management to boost fruit size, resilience, and pest suppression.

Assesses gibberellin-producing bacteria as bioinoculants for rice production, shaping soil health through improved root growth and agroecology, with safety, regulation, and field-implementation guidance.

Native microbiota form antagonist networks that strengthen IPM by suppressing pathogens; soil health fuels these networks. Practical steps include diverse rotations, habitat-friendly practices, monitoring, and farmer-ready decision support.

Survey of biofertilizers powered by omics, systems biology, and synthetic biology; engineering microbial consortia and metabolic pathways to boost plant nutrition, resilience, reliability while addressing safety and regulatory considerations.

Pheromones enable precise, eco-friendly pest control through mating disruption, monitoring with lures, and IPM integration—guided by trap density and release rates for sustainable crop protection.

Explores yield optimization in blueberries using phytomonadina-based inoculants within integrated management, detailing mechanisms, soil health, monitoring, and field strategies for higher yields and resilience.

Sorghum sustainability boosted by microbial inoculants that produce auxin and phosphate-solubilizing bacteria, improving root growth, phosphorus use, and water efficiency in integrated nutrient management.

Actinobacteria and rhizobia synergize to boost soybean nodulation and yield via co-inoculation, seed coating, and compatibility testing, improving seedling vigor and soil health.

Hormone-producing microbial inoculants enhance drought tolerance in sorghum by ethylene modulation via acc deaminase, while auxin-producing and phosphate-solubilizing microbes improve root systems and water-use efficiency.

Aligns nematode species with spinach pest life cycles; highlights application timing, optimal soil temperature and soil moisture, delivery methods, and integrated management for sustainable nematode use.