Abstract

ABSTRACTThis review paper describes a novel approach to plant cultivation under soil-less culture. At present, global climate change is expected to raise the risk of frequent drought. Agriculture is in a phase of major change around the world and dealing with serious problems. In future, it would be difficult task to provide a fresh and clean food supply for the fast-growing population using traditional agriculture. Under such circumstances, the soil-less cultivation is the alternative technology to adapt effectively. The soil-less system associated with the Hydroponic and Aeroponics system. In the aeroponics system, plant roots are hanging in the artificially provided plastic holder and foam material replacement of the soil under controlled conditions. The roots are allowed to dangle freely and openly in the air. However, the nutrient rich-water deliver with atomization nozzles. The nozzles create a fine spray mist of different droplet size at intermittently or continuously. This review concludes that aeroponics system is considered the best plant growing method for food security and sustainable development. The system has shown some promising returns in various countries and recommended as the most efficient, useful, significant, economical and convenient plant growing system then soil and other soil-less methods.

Highlights

  • The present study aims to describe a novel approach of plant cultivation under the soil-less system and provides the brief literature survey about the aeroponics system

  • Aeroponics system is the application of plant growth without soil by delivering water nutrient solution in the air

  • This review paper of the existing literature revealed as the population increases

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Summary

Introduction

One of the greatest challenges of today is to end hunger and poverty while making agriculture and food systems sustainable. KEYWORDS Food sustainability; controlled environment; aeroponics; ultrasonic atomization; nutrient solution; plant production In Aeroponics system, the seedlings of Acacia mangium were cultivated and result showed it is the wellknown technique for furnishing a very rich air environment around the plant root, enhance the performance and induce rapid growth of seedlings under greenhouse conditions (Martin-Laurent et al 2000).

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