Kateryna Naumova

Straw mulch protects wheat by evaporation suppression and moisture loss reduction, moderating soil temperature, reducing wind erosion, and boosting germination and drought resilience in semi-arid cropping.

Phytomonadina-based formulations offer a sustainability tool for blueberry farming, enhancing soil health, water-use efficiency, and biodiversity, while boosting plant resilience and yield stability—integrating with sustainable practices.

Explores crab meal as a slow-release organic fertilizer for garden beds, covering soil incorporation, crab meal timing, salt management, and application rates to improve soil health and microbial activity.

This article on phosphorus management in potato systems explores fish bone meal as a slow-release organic P source to support tuber development and boost potato yield while improving soil health.

This article shows phytomonadina preparations as eco-friendly biostimulants that boost sustainability in blueberry farming by enriching soil microbiome, biodiversity, and reducing chemical inputs, while protecting yield and berry quality.

Climate adaptation guides resilient farming through diversified crops, soil and water management, and conservation agriculture with mulching to reduce losses, boost soil health, and secure yields amid a changing climate.

Blood meal supports almonds through vegetative growth, while soil amendments guide steady canopy vigor and balanced flowering for sustainable yield.

This article reviews induced resistance and herbivore interactions in crops, detailing elicitors, JA/SA signaling, and plant priming, and outlines sustainable IPM strategies to boost defenses and reduce chemical inputs.

Organic farming relies on soil microbiology; microbial biomass and enzyme activity, including dehydrogenase, drive nutrient cycling and soil health, guiding practices like compost, cover crops, and reduced tillage.

Oats as a cover crop boost weed suppression in organic systems through rapid canopy, mulch, and allelopathy, improving soil health and moisture while guiding practical planting and termination for resilient organic farming.

Livestock manure is a nutrient-rich resource for soil fertility. The article covers composting, vermicomposting, and bokashi as on-farm routes to stabilize nutrients, cut waste, and sustain nutrient cycling in mixed farms.

Phytomonadina frames plant-microbe interactions to boost potato health and soil health, with biosafety and regulatory safeguards guiding safe, field-ready practices.

Sorghum-sudangrass is a dynamic cover crop for weed suppression, shading out Canada thistle with dense biomass and allelopathic residues—an organic farming strategy to enhance soil health and long-term resilience.

bradyrhizobium inoculation boosts nodulation and nitrogen fixation in peanuts. A concise guide on seed coating, inoculant selection, and field management to optimize peanut yields.

Explores biodiversity as the foundation of resilient aquaculture, showcasing multispecies systems and IMTA to boost nutrient cycling, habitat complexity, disease resilience, and sustainable production.

Wood ash can be a cautious soil amendment for carrot cultivation, aiding ph adjustment and boosting calcium, when used with soil testing, gradual application, and integration with other amendments to avoid pH swings.

Biochar improves soil fertility in legume systems, enhancing long-term health and yield stability for soybeans by boosting water retention, nutrient availability, and a thriving rhizosphere.

Soybean meal supports organic fertility in maize by providing slow-release nitrogen via microbial mineralization, boosting soil health and biology. Pair with compost, cover crops, and timed applications; potassium comes from other organic sources.

Leguminous crops for pig nutrition in organic farming: this article outlines how protein from legumes (faba beans, peas, lupins) supports on-farm feed and animal welfare while nitrogen fixation boosts soil health and sustainability.

Explores sustainable agriculture through biological nitrogen fixation: leveraging diazotrophs and nitrogenase engineering, aided by synthetic biology to develop safe biofertilizers that reduce synthetic nitrogen inputs and boost yields.