Selection of an Effective Stabilizer for the New Liquid-Phase Biological Product

Intensifi cation of agricultural production increases the burden on the environment. Modern management and planning of agricultural activity requires a comprehensive assessment of the environmental status of the industry. (Research purpose) To develop recommendations for improving the environmental safety of agricultural production based on the implementation of the best available technologies, methods for monitoring and controlling technological processes for the disposal of organic animal waste. (Materials and methods) The authors studied agricultural enterprises, their specialization and production capacities, technologies for manure and litter utilization. The studies included an assessment of enterprises according to the criteria approved in the recommendations of Helsinki Commission for the Baltic Sea. The authors used standard methods for processing statistical, fi eld and personal data. (Results and discussion) The authors conducted a state analysis of the agro-industrial complex of Leningrad Region in terms of the organic waste formation from animal husbandry and poultry farming, and evaluated the potential for their use. They studied 142 large complexes, which produce more than 90 percent of livestock and poultry products. The average livestock density in Leningrad Region is 2.2 conventional heads per hectare of cultivated agricultural land. They showed that there are 22,200 households in southern Finland, 79 percent of which are plant growing enterprises that are engaged in small-scale production. They took into account the specifi c features of the studied territories in terms of nutrient load and proposed a system of environmental impact regulation. (Conclusions) The authors developed 4 main recommendation sections to reduce the risks of biogenic environmental pollution: the development of an industrial environmental control system based on technological regulations; mastering the system of regional monitoring and coordination of work with organic fertilizers; adoption and implementation of a program of livestock enterprises technological and technical modernization in terms of the organic waste disposal; creation of demonstration platforms for environmental specialists advanced training in the implementation of modern technological solutions.

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“…a source of environmental pollution and are considered as production waste with the ensuing consequences [11][12][13].…”

Section: экология Ecologymentioning

confidence: 99%

The Ecological Status of Livestock and Poultry in the Border Regions of Russia and South-East Finland

et al. 2020

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“…The All-Russian Research Institute of Reclaimed Lands developed a unique fermentation and extraction technological line to manufacture various liquid-phase biological products including the LBP designed for plant growing and agriculture. The LBP features a high biogenic level: its agronomically useful microorganisms content reaches n*10 12 colony-forming units/ml, especially high phosphorus and potassium contents reach 6.0-10.0 g/l and 6.0-9.5 g/l for P 2 O 5 and K 2 O respectively, physiologically active substances occur (Rabinovich et al 2014;Rabinovich, 2016).…”

Section: Introductionmentioning

confidence: 99%

Efficacy of the liquid biological product on the growth and development of potatoes

Rabinovich

Fomicheva

2018

IJARe

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The liquid-phase biological product (LBP) is a high-level biogenesity, nutritional value and physiological effect. This work considers an efficacy the LBP influence on the growth and development of potatoes. The research was conducted of a VNIIMZ test field (Tver Region, Russia). The LBP was used for potatoes flooding and spraying in various concentrations on the background of the basic organic fertilization. It has been revealed that the spraying was more effective. The maximum crop rise (14.9 % relative to the basic organic fertilizer background) was achieved by a triple spraying with the LBP working solution made by its dilution 1:300 by water. The LBP promoted the development of medium and large potato tubers - which finally formed almost 90% of the total productivity. This fact was caused by greater forming of new tubers: the number of them grew by 54% during the test period.

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Selection of an Effective Stabilizer for the New Liquid-Phase Biological Product

Cited by 2 publications

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The Ecological Status of Livestock and Poultry in the Border Regions of Russia and South-East Finland

The Ecological Status of Livestock and Poultry in the Border Regions of Russia and South-East Finland

Efficacy of the liquid biological product on the growth and development of potatoes

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