Microbe-Based Green Funeral Practices: Dying to Go Green

Abstract For ages, a widespread method of human remains disposal has been done using traditional coffins. These coffins crafted from wood and metals, are buried approximately six feet underground within concrete plots. Research indicates that during decomposition, the harmful greenhouse gases such as methane, as well as hazardous metals and pathogens, can seep from the remains, causing considerable environmental harm. Consequently, there is's a mounting call to move away from these traditional burial practices toward greener alternatives like biodegradable mushroom coffins, organic capsules, capsula mundi, and microbial composting. These processes could be employed as next generation method to reduce carbon footprints. In the present article authors have presented a very topical issue that is difficult to solve and underestimated in countries with large population density like China, India, Brazil, etc. during the situation of epidemics and pandemics like Covid COVID-19-19. The Aauthors have endeavored to encompass all the essential information regarding eco-friendly approaches for disposing animal carcasses, and converting barren graveyards into green fields using organic agricultural practices. Generating multifaceted bioformulations with both biofertilizer + and biopesticidal properties from the remains of animal carcasses could serve as a natural way to increase crop production in barren graveyards, thereby addressing the issue of space constraints in a sustainable manner by 2050.

Authors

Publication Details

Journal
Journal of Biological Research and Reviews.
Published
2025-01-01
DOI
https://doi.org/10.5455/jbrr.20240913095614
Primary Topic
Human-Animal Interaction Studies
Type
article
Field-Weighted Citation Impact
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article

Microbe-Based Green Funeral Practices: Dying to Go Green

Sakshi Tewari, Manikant Tripathi, Ranjan Singh, Gunjan Saxena et al.
Journal of Biological Research and Reviews.
Human-Animal Interaction Studies
article

Microbe-Based Green Funeral Practices: Dying to Go Green

Sakshi Tewari, Manikant Tripathi, Ranjan Singh, Gunjan Saxena, Anurag Mishra, Mangla Gulati, Priyanka Virmani
article en

Abstract

Abstract For ages, a widespread method of human remains disposal has been done using traditional coffins. These coffins crafted from wood and metals, are buried approximately six feet underground within concrete plots. Research indicates that during decomposition, the harmful greenhouse gases such as methane, as well as hazardous metals and pathogens, can seep from the remains, causing considerable environmental harm. Consequently, there is's a mounting call to move away from these traditional burial practices toward greener alternatives like biodegradable mushroom coffins, organic capsules, capsula mundi, and microbial composting. These processes could be employed as next generation method to reduce carbon footprints. In the present article authors have presented a very topical issue that is difficult to solve and underestimated in countries with large population density like China, India, Brazil, etc. during the situation of epidemics and pandemics like Covid COVID-19-19. The Aauthors have endeavored to encompass all the essential information regarding eco-friendly approaches for disposing animal carcasses, and converting barren graveyards into green fields using organic agricultural practices. Generating multifaceted bioformulations with both biofertilizer + and biopesticidal properties from the remains of animal carcasses could serve as a natural way to increase crop production in barren graveyards, thereby addressing the issue of space constraints in a sustainable manner by 2050.

Journal of Biological Research and Reviews.(0)
Zero hunger
Openalex Percentile: Top 99%
Human-Animal Interaction Studies
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Microbe-Based Green Funeral Practices: Dying to Go Green — Sakshi Tewari, Manikant Tripathi, et al. · Journal of Biological Research and Reviews. (2025) | TGRS Research Map | TGRS