Microbial Organic Fertilizer for Next Generation Agriculture

Microbial Organic Fertilizer for Next Generation Agriculture

Microbial organic fertilizers have huge potential to improve agriculture sustainability and food security. Soils can be supplemented with high rates for microbial P, N, and S cycling. This means that microbial strains from these soils must be able to provide useful metabolic attributes for increasing plant nutrition. Microbial fertilizers promote plant growth and development by multiple mechanisms and processes and help to improve growth by enhancing plant nutrition and fighting against stresses.

Imagine a world where agricultural soils are no longer an area of concern and we can produce enough food for everyone; Microbial organic fertilizer has huge potential to improve sustainability and food security. Microbial organic fertilizers (MOFs) are the most efficient way to provide the soil with phosphorus, nitrogen, and sulfur. Microorganisms as biological or chemical agents can improve plant establishment, nutrient uptake, yield, and quality.

This indicates that the management history at the site may affect the degree of mutualism of the isolate. These strains can be used to make microbial biofertilizers, microbial organic fertilizers, bacterial inoculant fertilizers, microbiological fertilizers, and microorganisms fertilizers.

Studies have reported that the use of bacterial strains for improved phosphorus and sulfur solubility can greatly improve crop growth and yield. Functional assays including enzyme measurements and growth in minimal media confirmed that strains from low SO42- soils have several mechanisms for polymerizing organic-S.

These results indicate that research programs that seek “elite” microbes that can boost plant nutrition should start with inocula derived from areas that support plant-soil feedbacks like organic farms and unfertilized earth.

Soil Fertility Improvement by Using Microbial Organic Fertilizer

There is a need to find innovative agro-inputs to allow agriculture to adapt to changing environmental conditions.

Organic Biostimulants

Exploiting microbial resources is one promising way to accomplish this goal.

There are different types of biostimulants and growers can use any good quality biostimulants as per requirements and availabilities.

  • Amino acid biostimulant
  • Aagrigro biostimulants
  • Plant biostimulants
  • Cytogro
  • Tag bio enriched organic biostimulant
  • Stimplex crop biostimulant
  • Brand plant biostimulants
  • Kelpak biostimulant
  • Seaweed biostimulant
  • Vitazyme biostimulant
  • Ebic biostimulants
  • Chitosan biostimulant
  • Organic biostimulants
  • Activemax biostimulant
  • Microbial biostimulants
  • Syngenta biostimulants
  • UPL biostimulants
  • Next biostimulants
  • Plantonik biostimulant
  • Cytogro biostimulant
  • Yara biostimulants
  • Radifarm biostimulant
  • Adams earth biostimulant
  • Valagro biostimulants

A growing number of studies have shown that many microbes are beneficial to soil fertility and productivity in major cropping systems.

Factors Affecting Efficiency of Microbial Organic Fertilizer

There are various factors including plant species, native microbe communities, environmental conditions, and soil type that directly affects the efficiency and potential of microbial organic fertilizer.  To ensure that agricultural microbes can be successfully manipulated, commercialized, and widely used, progress in this area will depend on an understanding of these factors.

Microbial Organic Fertilizer

Microbial sulfur-fertilizers increase soil organic matter, which improves fertility by enhancing water holding capacity and cation exchange capacity (CEC) […] Microbial P-fertilizer is a promising method for agricultural development because it can reduce costs associated with traditional phosphorus fertilizers, increase crop yields, and improve soil fertility.

The next generation agriculture must make full use of all resources to get maximum crop production at the little expense of environmental footprints and resource utilization. Next-generation agriculture, next-generation farming, and new-generation farming can greatly transform deprived communities into prosperous ones.

Future Prospects and Challenges for the Use of Microbial Organic Fertilizer

Requirement of Multidisciplinary Approaches

Multidisciplinary approaches are essential in the development of microbial-based solutions that work in conjunction with mineral fertilizer resources. This could create market opportunities and new agricultural paradigms that reflect contemporary conceptions of sustainability.

Development of Sustainable Formulations

Scientists and manufacturers interested in microbial biostimulants must focus on developing stable formulations that can withstand harsh storage conditions and ensuring extended shelf life by limiting viability loss. Similar one:Food Scraps as Valuable Resources 

Safe Manufacturing of Microbial Inoculants

Microbial inoculants manufacturing is a critical step. There have been many carriers used, with different results depending on the microbial species or pretreatment methods. This could lead to new opportunities in this area.

Development of Control Release Microbial Organic Fertilizer

These are not widely used for staple crops and can be too expensive to be used in intensive agriculture.

Coated Biofertilizers

This could help overcome low P availability, which is pH-dependent, easily bounded by divalent cations, and belowground leakage.

Combining new-generation coatings and microbial technology is a promising area of research that should be explored more.

A breakthrough in this area could lead to the development of smart fertilizers that match precision agriculture’s few concepts (sensing technology and farming satellite data analysis, controlled release fertilizers, etc.).  Also, Like Smart Digital Farming.

We should explore the use of these fertilizers to ensure that we are able to provide an adequate food supply for everyone in the future.