Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

AQUAPONICS: A SUSTAINABLE TECHNOLOGY FOR AQUACULTURE AND AGRICULTURE FOOD SECURITY

View through CrossRef
Aquaponics are one of green technologies and that would allow for the production of multiple food products like fish and vegetables in one complete system. Aquaponic systems also have potential as a sustainable food security practice as the production of vegetables and fish can be done simultaneously. The process also supports global Sustainable Development Goals (SDG); SDG 1 (no poverty) and SDG 2 (zero hunger), with the implementation of aquaponic systema by local communities. The aquaponic concept is characterised by the recycling of fish waste into beneficial products and as a source of nutrients and natural fertilisers for plant growth. The synergy between the plants, fish and bacteria in the soil and fish waste benefits all components in the system and promotes a circular economy. This review emphasises the types of aquaponic systems, the fish that are suitable for aquaponic cultivation, the types of vegetables that are suitable for aquaponic cultivation and the benefits of the application of aquaponic systems. Aquaponic systems, help promote a sustainable environment, for the recycling of fish and plant waste into fertilisers that maximise resources use and production yields. In this manner, the system helps the local community improve socioeconomic and income generation as well as supports national and global food security agenda.
Title: AQUAPONICS: A SUSTAINABLE TECHNOLOGY FOR AQUACULTURE AND AGRICULTURE FOOD SECURITY
Description:
Aquaponics are one of green technologies and that would allow for the production of multiple food products like fish and vegetables in one complete system.
Aquaponic systems also have potential as a sustainable food security practice as the production of vegetables and fish can be done simultaneously.
The process also supports global Sustainable Development Goals (SDG); SDG 1 (no poverty) and SDG 2 (zero hunger), with the implementation of aquaponic systema by local communities.
The aquaponic concept is characterised by the recycling of fish waste into beneficial products and as a source of nutrients and natural fertilisers for plant growth.
The synergy between the plants, fish and bacteria in the soil and fish waste benefits all components in the system and promotes a circular economy.
This review emphasises the types of aquaponic systems, the fish that are suitable for aquaponic cultivation, the types of vegetables that are suitable for aquaponic cultivation and the benefits of the application of aquaponic systems.
Aquaponic systems, help promote a sustainable environment, for the recycling of fish and plant waste into fertilisers that maximise resources use and production yields.
In this manner, the system helps the local community improve socioeconomic and income generation as well as supports national and global food security agenda.

Related Results

Bioeconomic feasibility of aquaponics in South Africa: leapfrogging for sustainable development of freshwater aquaculture.
Bioeconomic feasibility of aquaponics in South Africa: leapfrogging for sustainable development of freshwater aquaculture.
Food security is being threatened globally due to a combination of factors, such as climate change, anthropogenic pressures and burgeoning competition for limited water and land re...
Recent advancements in aquaponics with special emphasis on its sustainability
Recent advancements in aquaponics with special emphasis on its sustainability
AbstractAn aquaponic system which is an integration of hydroponics with aquaculture is sustainable, ecologically friendly, and uses non‐renewable resources with very high efficacy....
Visioning the future of Aquaculture in Hawai‘i
Visioning the future of Aquaculture in Hawai‘i
The University of Hawai‘i Aquaculture Program and the National Oceanic and Atmospheric Administration’s (NOAA) Hawaiian Islands Humpback Whale National Marine San...
IMPLEMENTATION OF AN AQUAPONICS AT KELURAHAN KEMBANGAN SELATAN
IMPLEMENTATION OF AN AQUAPONICS AT KELURAHAN KEMBANGAN SELATAN
History proves that food security is closely related to social security, economic stability, political stability and national security or security. Therefore, one of Goal the Natio...
AQUAPONICS: A SUSTAINABLE FOOD PRODUCTION ALTERNATIVE
AQUAPONICS: A SUSTAINABLE FOOD PRODUCTION ALTERNATIVE
 A new agricultural production system has to be implemented to meet the food demands of the future global population. Consequently, it is vital to select cropping systems, methods,...
SMART FARMING USING A SOLAR POWERED AQUAPONICS SYSTEM FOR A SUSTAINABLE FOOD PRODUCTION
SMART FARMING USING A SOLAR POWERED AQUAPONICS SYSTEM FOR A SUSTAINABLE FOOD PRODUCTION
This paper discusses the prospect of utilization of solar energy for aquaponics operation. Aquaponic is a platform for farmers to simultaneously grow fish and plants in a same unit...
Cash‐based approaches in humanitarian emergencies: a systematic review
Cash‐based approaches in humanitarian emergencies: a systematic review
This Campbell systematic review examines the effectiveness, efficiency and implementation of cash transfers in humanitarian settings. The review summarises evidence from five studi...
Environmental Impacts of Wastes and Contaminants from Aquaculture and Their Remediation Techniques
Environmental Impacts of Wastes and Contaminants from Aquaculture and Their Remediation Techniques
World food production needs to increase as the human population is increasing too steadily over the years. On the other hand, global food production sectors are being compromised a...

Back to Top