The Aquaponic Ecosystem Study as a Base of Applied Research in Bioinformatics

This article is an enhancement of the authors chapter "Critical Review about Aquaponics is non-boring sciences, as a base of competence" about conceptual platform for the work of a network of regional experimental sites that work out various aspects of the implementation of design and research activities in the study of aquaponics.The chapter contains a description of the experience of creating a new component of the regional education system "Aquaponics in Education", the construction of the content of education in the educational organization, taking into account the new component; Designing a unified network of interaction between educational organizations of various types for the implementation of the author's experimental program "The Academy of non – boring Sciences. Aquaponics ". Methodical recommendations on the inclusion of innovative equipment Fish Plant Family Unit and Fish Plant Production in the educational system, the direction of design and research activities of students in the field of aquaponics are proposed.

Substantiation of reducing gas emissions from industrial wastewater treatment plants of a fish plant

The release of foul-smelling substances polluting the atmosphere from animal husbandry complexes, facilities for processing agricultural products (animal raw materials and aquaculture), as well as from treatment facilities of the listed facilities is a discussed topic among specialized specialists and the media since it turns out to be the cause of complaints from the population living in the immediate area. Based on a brief literature review of scientific works on topics related to gaseous emissions from livestock and poultry complexes, experimental studies were carried out to substantiate the reduction of gas emissions based on determining the quantitative and qualitative compositions and components of the gas-air mixture above the surface of the waste liquid in the sewage treatment facilities of the fish plant. Based on the results obtained, a technology based on sorption purification was proposed to reduce the number of emissions. The use of natural materials is proposed as a sorbent, which is a major benefit.

Making Aquaponics a Business: A Framework

Commercial aquaponics systems remain a challenge independent of the country, fish, plant species, or system design type. Most aquaponics systems are made by hobbyists, with aquaponics not being the main source of income. As such, scholars and practitioners have long debated the real profitability of aquaponics systems. With the growth of the aquaponics industry and commercial businesses, sustainable economic viability is necessary. Recently, considerable literature has been published around the theme of aquaponics systems design but there is a gap in the literature regarding the business aspect of this. Moreover, only by acquiring the enterprise knowledge of planning a business case, obtaining funds, and running and maintaining a business will this industry be able to grow. This paper intends to create a directory of possible considerations to plan for a viable commercial aquaponics system by uniting already established business frameworks and adapting them to the aquaponics industry. This framework proposes a guide to evaluate the economic feasibility of the enterprise depending on the revenues, costs and investments needed for the chosen system within its operations, market, and environment.

Production of Spinach (Spinacia Oleracea) Plant and Seed ofRohu (Labeo Rohita) in a Recirculating Aquaponic System

A 60-day experiment was conducted to optimize fish and plant component ratio in a recirculating aquaponic system. Three different fish: plant component ratio of Rohu (Labeo rohita) spawn to Spinach (Spinacia oleracea) plant viz. T1 (40 spawn:10 plants), T2 (40 spawn:14 plants) and T3 (40 spawn:18 plants) were assigned as treatments. All the treatments were compared for fish growth, plant growth, and various water quality parameters were observed to determine the best component ratio which maintains better water quality and gives better growth. Among all the treatments, the higher growth rate of fish was observed in T2 (5.08±0.12) followed by treatment T3>T2>C. At the end, the total production of spinach in terms of weight was 508.10±8.89 g in T2 followed by treatments T3 and T1. Based on the results, the fish: plants component ratio of 40 spawn:14 plants can be recommended for production of rohu seed and spinach in recirculating aquaponic system

Critical Review About Aquaponics

This chapter is a conceptual platform for the work of a network of regional experimental sites that work out various aspects of the implementation of design and research activities in the study of aquaponics. The chapter contains a description of the experience of creating a new component of the regional education system “Aquaponics in Education”, the construction of the content of education in the educational organization, taking into account the new component; Designing a unified network of interaction between educational organizations of various types for the implementation of the author's experimental program “The Academy of non – boring Sciences. Aquaponics “. Methodical recommendations on the inclusion of innovative equipment Fish Plant Family Unit and Fish Plant Production in the educational system, the direction of design and research activities of students in the field of aquaponics are proposed.