Defining Our Identity and Purpose
Defining our identity and purpose is vital for personal growth, guiding our actions, and fostering a sense of belonging and direction in life.
Who We Are?
At Carbon Revolve, we combat climate change by implementing sustainable solutions. As pioneers in environmental conservation, we prioritize agroforestry, rejuvenating techniques, waste administration, and education. We aim to capture CO2, advocate for sustainable practices, and emphasize the significance of safeguarding about our environment.
Established to create a sustainable future, Carbon Revolve partners with communities, organizations, and schools to execute efficient strategies. Our committed team is enthusiastic about making tangible change, from groundbreaking waste management initiatives to educating future generations on environmental responsibility.
Each endeavor is significant. I am committed to helping our partners achieve their sustainability goals. Join us in promoting a more sustainable, environmentally conscious world for all. At Carbon Revolve, we take satisfaction in funding our projects autonomously. Demonstrating our unwavering commitment to environmental sustainability.
We also enthusiastically pursue funding and partnership opportunities for those who support our mission and want to participate in our initiatives. Are you interested in collaborating with or backing up our initiatives?
Mission Drive
57.74 MM CO2
A milestone has been set for 2030 for the amount of carbon sequestration equivalent to that number. The CO2 calculation and management program tracks progress.
20 MM Trees
We will plant approximately the same number of trees and shrubs across a 1,226-hectare buffer zone. This will sequester 35.5 million metric tons of carbon dioxide from 5 million households.
0.9 M Students
As part of our climate education initiative, we plan to teach school children about climate change and net zero solutions from an early age.
Why We Are Exist?
Sustainable Technologies and Climate Education
The development and implementation of sustainable technologies and practices can result in jobs and economic growth for Carbon Revolve. Climate education initiatives will help people gain a deeper understanding of climate change and sustainable practices, empowering them to make informed decisions. Reducing carbon emissions improves air quality, boosts respiratory health, and enhances well-being. Implementing sustainable practices creates cleaner, greener communities and raises the standard of living. Net zero solutions decrease greenhouse gas emissions, helping to mitigate the effects of climate change.
Resource Conservation and Ecosystem Health
Promoting sustainable practices better manages and conserves natural resources. We must protect ecosystems and wildlife from pollution and habitat destruction. Carbon Revolve targets carbon reduction, which reduces the frequency and severity of climate-related events. Reducing environmental degradation and improving air quality strengthens ecosystems, making them more resilient. Sustainability ensures long-term resource availability and environmental health. Carbon Revolve’s efforts create a healthy, balanced, and sustainable environment for us and future generations.
Our Values & Commitment
Sustainably Yours
We prioritize sustainable practices in all our initiatives, ensuring long-term environmental health and resource conservation for future generations.
Future Focus
We are committed to long-term sustainability and innovation to ensure a healthier, more resilient planet for future generations.
Discuss The Environmental Benefits Of Carbon Sequestration
So, plant and microbial systems permanently remove some portion of the carbon and lock it away in soils. Atmospheric carbon is captured by plants to build organic biomass. Soil organisms use the biomass to release CO2 back into the atmosphere. Only 2-4% of carbon from the organic biomass is sequestered in the soil as Humus and Glomalins.
- Plants capture atmospheric carbon to build organic biomass
- Soil organisms use the biomass to release CO2 back into the atmosphere
- Only 2-4% of carbon from the organic biomass is sequestered in the soil as Humus and Glomalins.
How Can We Protect Soil Health?
Human actions induce agricultural pests and diseases. Healthy soils produce healthy plants and humans: the Soil and Health—Albert Howard (1945). The predisposition theory, developed by H. M. Ward in 1890 and subsequently by many scientists, showed that nutrient imbalance causes stress. Stressed plants produce free amino acids, which attract insect pests and diseases. Plants that receive natural nutrients from the soil are healthy and stress-free. They produce chemicals that fight back insects and diseases.
Healthier Plants and Fewer Pests
Healthy soils directly produce healthy plants, reducing their susceptibility to insect and disease attacks. In The Soil and Health, Sir Albert Howard, known as the father of organic farming, argues that human interventions cause pests and diseases, a process termed agricologenic. Contrary to the belief that organic farms suffer more damage, evidence shows that well-established natural farms face far fewer insect and disease problems, similar to forest ecosystems.
Plant Protection
No Agrochemicals
The first rule is do not use agrochemicals such as synthetic fertilizers and synthetic pesticides, that destroy natural balance in the ecosystems.
What is Soil Management?
Agricultural science
In agriculture and farming practices, agronomy, soil management, and mechanical methods represent various facets of the process. We will examine each of them and their distinctions:
Definition
Farming science and practice encompass cultivation and land stewardship. Crop management technology involves examining and implementing principles associated with plant cultivation, crop choice, soil fertility, and crop management methods.
Concentration
Agronomy is important in maximizing crop yields, quality, and sustainability as a field of study. Crop variety selection, sowing techniques, insect and disease control, and overall ecosystem vitality and output all play a part in this process.
Important factors
Fertility regulation, crop alteration, watering, pest and weed management, plant nutrients, and insecticides are all encompassed in agronomy.
Soil Management
Definition
Soil stewardship pertains to methods and tactics for preserving and enhancing soil vitality. Farming techniques that promote robust plant growth and long-lasting soils are included in this subject.
Concentration
One crucial aspect of soil management is the supervision of the soil itself. These measures hinder soil erosion, enhance soil composition, increase nutrient content, and diminish soil degradation.
Key components
A soil management plan includes soil analysis, soil enrichment fertilization, cover crops, and organic matter additions, and erosion prevention measures
Mechanical Mеasurеs
Dеfinition
Crop cultivation and land management are often performed using machinery, equipment, and physical technologies.
Focus
Tools and machinery perform specific agricultural operations efficiently through mechanical measures. There are several types of farming operations, such as planting, harvesting, plows, tillers, and irrigation systems.
Kеy aspects
Among the mechanical measures are selecting and using tractors, plows, seeders, combines, and other farm machinery. Farming tasks aim to improve productivity, reduce labor, and achieve better results.
Kеy Diffеrеncеs
It encompasses aspects of soil management and the science and practices of crop production. Soil management is focused on maintaining and enhancing the soil’s properties and health.
Our Team Member
Mohammad Haunur Rashid
External Advisor, CARBON REVOLVE
Sustainability, Traceability, Regenerative Agriculture & International Personnel.
Md Shohag Molla
Chairman, CARBON REVOLVE
Sustainability, Traceability, Regenerative Agriculture, Recycling Cotton and Project Management Experts
Hasanul Banna
Co-Chairman, CARBON REVOLVE
Research Commercialization, Grants Management And Communication
Md Milon Shak
CEO, CARBON REVOLVE
Human Resource Management, Admin, Finance and Strategic Planer
Md Hafizur Rahman
COO, CARBON REVOLVE
Farm Operations and Capacity Building , Partnership and Lead Stakeholder Management
Shehnaz Munnaf
Technical Lead Agriculture, CARBON REVOLVE
Researcher, Sustainable Agriculturist, Entomologist , Regenerative Agriculture, Plant-insect interaction