AGRICULTURE Hydrophonic FERTILISER PPT.pptx

It's a research paper ppt which consit of hydrophonic farming in agriculture

1. IMPACT OF HYDROPONIC FARMING IN AGRICULTURE INTRODUCTION Hydroponic is a method of growing plants without soil. Instead, plants are grown in a nutrient-rich water solution, or in moist inert materials like vermiculite and rockwool. The water used in hydroponics can be recycled, and nutrients can come from a verity of sources, including fish excrement William Frederick Gericke is credited for his earliest modern reference to Hydroponics in 1937. He grew tomato vines about 7.6 meters high in his backyard in mineral nutrient solution.

2. Hydroponic is a method of growing plants without soil. Instead, plants are grown in a nutrient-rich water solution, or in moist inert materials like vermiculite and rockwool. The water used in hydroponics can be recycled, and nutrients can come from a verity of sources, including fish excrement William Frederick Gericke is credited for his earliest modern reference to Hydroponics in 1937. He grew tomato vines about 7.6 meters high in his backyard in mineral nutrient solution. INTRODUCTION

3. LITERATURE REVIEW 1)Hydroponics as an advanced technique for vegetable production Authored by Nisha Sharma, Somen Acharya, Kaushal Kumar, Narendra Singhand O.P. Chaurasia , in the Journal of Soil and Water Conservation 17(4): 364-371,October-December 2018 ISSN: 022-457X,  T his article discuss various hydroponicstructures  viz. wick, ebb and flow, drip, deep water culture and Nutrient  FilmTechnique (NFT) system; their operations; benefit and limitations; performance of different crops and water conservation by this technique. It also talks about the pHand electric conductivity required for organic soilless farming. 2)A review on plant without soil – Hydroponics Authored by Ms. Mamta D. Sardare , Ms. Shraddha V. Admane , AssistantProfessor , MIT Academy of Engineering, Alandi Pune, Maharashtra, India. ISSN:2319 – 1163, Vol 2 Issue 3, T his article discusses various technologies available for Soilless farming and comparison of the performance of various crop in soil andsoilless cultivation. 3)Soilless farming – the next generation Green evolution Authored by Bikram Pradhan and Bandita Deo, published in Current Science, Vol.116, No. 5, this paper discusses about the origin of soil less farming and it’s presentform throughout the world. Also, discusses all the important parameters of soillessfarming and its large-scale implementation. 4)Challenges and possibilities in Hydroponics: an Indian perspective Authored by Shailesh Solanki, Nitish Gaurav, Geetha Bhawani and AbhinavKumar , published in International Journal of Advanced Research (IJAR), this paper focus on the challenges and possibilities to bring soil less farming in India, to ensureits stability so that it may prove more beneficial for growing crops which are 100%organic, toxic free and of better quality. 5)Integration of Vertical Farming and Hydroponics: Authored by Awadhesh Kumar, published in Acta Scientific Agriculture (ISSN:2581-365X) Volume 3, Issue 2, 2019 this paper talks about the inclusion of Verticalfarming with Hydroponics farming and its impact on the agricultural yield

4. 1 2 3 4 Providing an ideal Environment Growing plants Healthily Increasing crop yields Improving the Quality of produce 5 Saving water and Nutrients Increasing space Playing a Vital role in Food Security 6 7 OBJECTIVES PROCESS OF HYDROPONIC FRAMING

5. ADVANTAGES WATER CONSERVATION FEWER CHEMICALS WATER CONSERVATION 1 2 FEWER CHEMICALS FASTER GROWTH 3 FASTER GROWTH ADVANTAGES DISADVANTAGES DISADVANT AGES COST 1 2 3 COST ENERGY RISKS ENERGY RIS KS HYDROPONIC SYSTEMS ARE EXPENSIVE TO SET UP REQUIRE CONSTANT MAINTENANCE AND MONITORING. HYDROPONIC VERTICAL FARMING CONSUMES A LOT OF ENERGY. HYDROPONIC SYSTEM RELY ON TECHNOLOGY TO MAINTAIN OPTIMAL GROWING CONDITION HYDROPONIC SYSTEM RECIRCULATE WATER, WHICH REDUES WATER WASTE WHILE HYDROPONIC SYSTEM DON’T ERADICATE PEST ISSUES, IT DOSES LOWER THE POTENTIAL OF THIS HAPPENING, RESULTING IN LESS NEED FOR PESTICIDES AND HERBICIDES PLANTS GROWN IN HYDROPONIC SYSTEMS GROW 30% TO 50% FASTER THAN THOSE GROWN IN SOIL.

6. ❖ We have some following misconceptions about: Hydroponic plants cant perform better than soil plants. Hydroponic plants cant grow better than soil farming Hydroponic plants cant produce more than soil farming ➢ By research we found that the Following misconception are not truth : 1.Hydroponic plants perform better than soil plants [If given the same germinating and growing conditions, hydroponic plants may perform as well or better than soil pants] 2.Hydroponic plants grow better[plants grown in a hydroponic system may grow better in terms of height and color than plants grown In soil.] 3.Hydroponic plants produce more[Hydroponic plants may produce a greater yield of fruits and vegetables they are more densely spaced together.] HYPOTHESES

7. Hydroponic farming is a method of growing plants without soil. It’s simple method tha involves placing containers on the ground or on tables, where water with nutrients flows continuously. METHODOLOGY

8. FINDINGS HIGHER YIELDS: Hydroponic plants can produce three to ten times more food than conventional agriculture in the same space. Plants can also grow in half the time LESS WATER UES: Hydroponic methods use up to 90% less water than traditional farming. NO NEED FOR SOIL: Hydroponic plants get all the nutrients they need without having their roots encased in dirt. FASTER GROWTH: PLANTS GROWN IN HYDROPONIC SYSTEMS GROW 30% TO 50% FASTER THAN THOSE GROWN IN SOIL.

9. REFERENCES Hydroponics- An Overview: A ResearchGate PDF that discusses how hydroponics system can grow plants faster, use less space, and allow farmers to grow 3-10 times more crops Hydroponic farming- A state of art for the future agriculture : A science Direct article that discusses how hydroponic farming systems can save 70%-80% less water than soil-based farming systems Hydroponics: A Brief Guide to Growing Food Without soil: An extension. Unr.edu article that discusses the advantages of hydroponics, including: plants can be grown year – round more control over growing conditions no weeding required up to 90% water saving no need for crop rotation

10. SOLUTIONS HERE SOME SOLUTIONS FOR THE DISADVANTAGES UNDERSTAND THE VARIOUS COSTS ASSOCIATE WITH HYDROPONIC FARMING IMPLEMENT COST-SAVING STRATEGIES SUCH AS ENERGY-EFFICIENT EQUIPMENT RECYCLE WATER NUTRIENTS

11. Hydroponic farming is a sustainable method of growing plants without soil. It uses a water-based nutrient solution instead of soil, and can include a growing media like coconut coir etc. Conclusion

12. THAKS FOR WATCHING

13. THAKS FOR WATCHING