Agriculture Wastage Management System

Authors

  • Boddu Greeshmika Reddy2, Nishtala Nayanasri B.Tech Students, Department of CSE, Bhoj Reddy Engineering College for Women, India. Author
  • Ms K Shireesha Associate professor, Department of CSE, Bhoj Reddy Engineering College for Women, India Author

Abstract

While most of the Agritech start-ups are focused
either on supply chain, focus is now expanding to
farm and yield management. The area that still
remains UN explored is the “stubble left after grain
segregation”. Stubble burning is an alarming issue
today in North India. We need to design a solution
which can streamline and automate the process of
stubble collection, transportation to desired
location, notifications around stubble pickup and
delivery, tracking of stubble disposal in a more
environment friendly way. Agricultural waste
includes organic and inorganic materials discarded
after farming, such as crop residues, animal
manure, waste feed, chemicals, and packaging. With
large quantities produced annually it poses both
challenges and opportunities. When managed well,
this biodegradable, nutrient-rich waste can be
composted or converted into biofuels or biogas,
becoming a valuable resource. Agricultural waste
can harm ecosystems and life quality through water
pollution, reduced soil fertility, and health impacts.
With a growing population and rising food demand,
farmers must adopt cost-effective waste
management practices to avoid landfills and
promote eco-friendly strategies, ensuring a more
resource efficient world.

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Published

2025-04-27

Issue

Section

Articles

How to Cite

Agriculture Wastage Management System. (2025). International Journal of Engineering and Science Research, 15(2s), 841-853. https://www.ijesr.org/index.php/ijesr/article/view/412

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