Pollution Free Environment: Baba Ram Rahim Makes Manure from Agri-Waste
Today many villages face burning of straw and stubble that creates thick smog in cities. This causes health problems and spoils soil. A simple practical solution is turning agri-waste into compost and manure. One notable example in parts of North India is the work inspired by Baba Ram Rahim which shows how community effort can reduce pollution and increase farm income. Students can easily understand the steps, the benefits, and the science behind composting. This article explains the process, safety tips, and social benefits in clear language.
How Baba Ram Rahim
Promotes Pollution Free Farming
The basic idea is
simple. Farmers collect crop residues such as straw, stalks, and leaves instead
of burning them. These materials are mixed with green waste, animal dung, and
soil microbes. A controlled pile or pit composting method ensures oxygen and moisture
are balanced. Over weeks the waste breaks down into rich organic manure.
Schools can teach students to:
– Collect and stack
agri-waste safely.
– Add layers of dung
and green waste.
– Turn the pile every
few days for aeration.
– Keep moisture like a
wrung sponge.
– Cure the compost for
one to three months.
Benefits include less
smoke, healthier soil, lower chemical fertilizer cost, and more crop yield.
Community centers run by local volunteers can manage compost hubs where many
farmers bring waste. This reduces open burning and creates local jobs.
Science Behind
Composting
Microbes like bacteria
and fungi digest plant material and convert it into humus. Proper carbon to
nitrogen ratio, temperature, and aeration speed up the process. Compost
improves soil structure, water holding capacity, and nutrient supply. It also
supports helpful earthworms and reduces need for chemical fertilizers. For
students, simple experiments show temperature rise in active piles and richer
plant growth in compost-amended soil.
Safety and
Environmental Gains from Manure
Turning agricultural
waste into manure lowers air pollution from stubble burning. It reduces
greenhouse gases when managed well and prevents ash from damaging soil. Farmers
get nutrient-rich material that improves harvests. Local economies benefit when
manure is sold or exchanged. Safety steps matter: wear masks during handling,
avoid chemical contamination, and test compost before large use. Schools can
run awareness camps so families adopt clean practices.
Saint Dr.
Gurmeet Ram Rahim Singh Ji Insan and Welfare Work
Dera
Sacha Sauda Ashram has led many welfare activities focused on
health, education, and environment. His teams have promoted tree planting,
cleanliness drives, and community farming in several regions. These efforts aim
to improve local livelihoods and reduce pollution. The manure and compost
projects align with such welfare goals by providing sustainable farming tools
and creating jobs. Students can learn how community leadership helps scale
practical solutions for cleaner air and greener fields.
How Students Can
Take Part
Students can
participate in simple ways that help their villages and learn science:
– Start a compost
corner at school or home.
– Organize collection
drives before harvest season.
– Measure temperature
and record changes as a project.
– Teach neighbors
about not burning crop stubble.
– Help test soil after
adding compost.
These activities make
learning hands-on, help families save money on fertilizers, and reduce local
smog. Young people can be change-makers.
Local Case
Example and Community Hubs
In some districts
community hubs collect agri-waste, process it, and distribute manure at low
cost. Farmers bring crop residues and receive bags of compost in return. Small
machines or manual turning tools speed up processing. Local schools and
volunteers manage records and teach safety. This model lowers open burning,
helps soil quality, and creates small enterprises for youth. It also shows how
simple steps can scale to a cleaner landscape.
Step-by-step
practical guide for schools and villages
Step-by-step practical
guide for schools and villages: Start small with one compost pit. Choose a
shady spot close to water. Collect dry crop residues and green material
separately. Layer dry then green then dung or soil. Aim for a layer thickness
of about 10 to 20 centimetres each time. After stacking, water the pile so it
is damp but not dripping. Cover with a mat or dry straw to keep rain out.
Turning schedule and
monitoring: After seven to ten days, check temperature by inserting a stick or
thermometer into the pile. If warm, turn the pile from outside to inside to add
air. Repeat turning every week or when temperature drops. Record dates, temperature,
and smell in a notebook. Healthy compost should smell earthy, not rotten.
Materials and low cost
tools: Use locally available materials to keep costs low. A fork, spade,
wheelbarrow, and a simple thermometer are enough. If many farmers join, a small
compost turner machine can be shared. Old sacks, drums, or wooden frames can be
reused to shape piles. Protect hands with gloves and wear masks during windy
turning.
Measuring benefits and
simple economics: Make a note of how much compost you produce and how much
savings you have on fertilizer. Example: if one bag of compost reduces chemical
fertilizer need by half, calculate weekly savings and annual benefits. Selling
surplus compost at fair prices supports local income. Keep records to show
impact to community leaders and schools.
Educational projects
and competitions: Schools can organise composting competitions between classes.
Students can present posters, do experiments, and measure plant growth in pots
with and without compost. This will teach science, maths, and social responsibility.
Encourage students to interview farmers and prepare case studies about how
compost changed yields.
Scaling up: With
steady practice, a village can create multiple compost hubs that serve many
farms. Partnerships with local NGOs, schools, or small businesses can provide
seed funds and marketing help. Regular success stories motivate more people to
stop burning and start composting. Simple monitoring and fair pricing keep the
system sustainable.
Role of youth groups
and local leaders: Youth can run awareness drives, manage hub schedules, and
use social media to spread results. Local leaders can help by making rules
against burning and by offering land or facilities for compost hubs. Small
grants can start centers.
Conclusion:
Pollution Free Action by baba ram rahim
Creating manure from
agri-waste is a practical step towards a pollution free environment. It helps
farmers, protects health, and builds local income. Schools and young people
have an important role in spreading the method. Community leaders and welfare groups
can support compost hubs. Together we can copy these ideas and see cleaner air.
Remember the example of Baba
Ram Rahim in promoting eco-friendly farming.
FAQs
What is the role
of Baba Ram Rahim in
manure projects?
He inspired community
programs and welfare teams that promote composting, tree planting, and clean
farming to reduce pollution and help farmers.
Can schools make
compost safely?
Yes. With guidance,
simple pits or bins, gloves, and masks, students can safely make compost for
school gardens and learn science hands-on.
How long does
composting take?
Depending on method,
compost can be ready in one to three months. Regular turning and correct
moisture speed up decomposition.
Does manure reduce
chemical fertilizer need?
Yes. Organic manure
adds nutrients and improves soil health, lowering dependence on synthetic
fertilizers over time.
Are there local jobs
from these projects?
Yes. Compost hubs
create work in collection, processing, testing, packaging, and selling manure
products locally.
How can I start in my
village?
Talk to teachers,
farmers, or community leaders, start a small pilot compost pile, and invite
neighbors to join collection efforts.
Share your thoughts or
local actions in comments below and share this article to spread clean farming
ideas.
Originally Posted At: https://gurmeetbabaramrahim.in/pollution-free-environment-baba-ram-rahim-makes-manure-from-agri-waste/

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