Overview of microbial herbicides and their field performance across crop systems, examining how climate variability, product formulation, and delivery influence efficacy, adoption, and economic viability within integrated weed management.
Overview of biofertilizers and rhizosphere microbiome management in organic farming, with bacillus- and Trichoderma-based biocontrol, mycorrhizal allies, and inoculant practices to boost nutrient cycling and crop resilience.
This article details sustainability in olive cultivation, highlighting fungal symbiosis and soil health as drivers of nutrient uptake, drought resilience, and reduced inputs through AMF and soil biodiversity.
This article explains how soaking, sprouting, and fermentation boost nutritional enhancement in organic grains and pulses by reducing phytic acid and improving mineral bioavailability.
This article explores organic potato cultivation and nitrogen management, emphasizing soil health, blood meal and compost as key nitrogen sources, with soil testing and side-dress strategies for steady tuber development.
Roller-crimper termination in organic systems creates a protective mulch from cover crops to suppress weeds in no-till farming, emphasizing timing, residue management, and soil health for resilient yields.
Alfalfa meal as a long-term soil builder enhances soil health, boosts organic matter and microbial activity in orchard beds, and with mulch synergy, improves structure, moisture retention, and nutrient cycling.
Entomopathogenic fungi such as Beauveria bassiana and Metarhizium anisopliae offer eco-friendly pest control within IPM. This article covers product registration, label claims, and choosing registered options for field use.
Explores sustainability in maize production through mycorrhizal inoculation and soil health to boost water-use efficiency and resilience via biodiversity and biological soil amendments.
Overview of certifications and QA in the wellness botanicals market, linking organic and non-gmo credentials with gmp-based traceability, transparency, and standardization to ensure safe, potent, and trustworthy plant-based products.
Sustainable cucumber farming hinges on soil health, microbial inoculants, and key microbes such as bacillus and pseudomonas within an IPM-based rotation system that boosts yield, fruit quality, and resilience.
Organic farming relies on soil biology and microbial activity to cycle nutrients, suppress disease, and strengthen crops; it links soil structure and aggregate stability to fungi, bacteria, earthworms, green manures, and crop rotation.
Balcony gardens blend organic media, trellis systems, and space-saving vertical farming to maximize yields in small urban spaces, with simple irrigation, mulching, and season extension.
This article surveys biocontrol innovations in viticulture, highlighting endophytes, induced resistance, and microbiome engineering as strategies to reduce chemicals and boost grape health and wine quality.
Self-sustaining forest gardens built as plant guilds pair nitrogen fixers with dynamic accumulators, pollinators, and perennials to boost soil health, pest suppression, and resilient yields.
Eco-friendly, low-input aquaculture water quality is explained here, focusing on dissolved oxygen, ammonia management, nitrification, and ph control within biofiltration and sediment systems to cut inputs and energy use.
This article reviews sustainability in asparagus production through microbial consortia and biofertilizers to boost soil health, nutrient uptake, and water use efficiency, within integrated management for resilient yields.
This guide demonstrates balcony farming and container gardening, turning compact spaces into year-round urban agriculture with soil, light, and drip irrigation for greens, herbs, and microgreens.