Climate change and global warming require not only radical reductions in existing emissions, but also active removal of historical carbon from the atmosphere. Biochar is proving to be one of the most promising and effective in this regard. (more…)
Humanity today finds itself in a profound paradox: our model of economic growth is running up against inexorable planetary limits, while the gap between the global North and South remains morally indefensible. The question is no longer whether we must transform ourselves, but whether we can reconcile global equality. (more…)
Every year on June 5th we commemorate World Environment Day, proclaimed by the United Nations in 1972 on the occasion of the opening of the United Nations Conference on the Human Environment. The day has become the most important global platform for raising awareness (more…)
National governments, multilateral institutions and international organisations around the world face a particularly difficult challenge: how to reconcile long-term environmental goals, such as protecting declining biodiversity and addressing urgent climate change, with equally important economic development goals. The prevailing view in society is that these two worlds are in direct conflict and that protecting nature automatically means economic losses. In the first ever analysis However, in a study of its kind, which included 146 countries around the world, an interdisciplinary research team led by experts from the University of Minnesota found something completely different. Their extensive study, published in the prestigious scientific journal Science, clearly demonstrates that Improved land use and management can bring huge, yet untapped benefits for both biodiversity and climate, as well as for economic development itself..
To reach these conclusions, the researchers integrated a vast amount of spatial biophysical and economic data with advanced optimization methods in a new model. The result of their work was the development of so-called „land sustainability efficiency frontiers“ for each of the 146 countries analyzed. This groundbreaking concept visualizes the maximum possible and feasible combinations of biodiversity protection, terrestrial climate change mitigation (focused on net carbon sequestration and methane emission reduction), and net economic value that comes from growing crops, raising livestock, and forestry production.
The country's efficiency frontier shows in practice how the highest possible economic value from agriculture and forestry can be achieved with a specifically set score for biodiversity protection and climate mitigation. The key finding of the study is that In most countries of the world, current land use generates results that are well below their efficiency limit.. This means that states are currently operating inefficiently and there is a gigantic scope for achieving both environmental and economic gains simultaneously.
If we applied this knowledge globally, the numbers would be fascinating. The sum of the results from all 146 countries shows the potential increase climate change mitigation by more than 200 billion metric tons of CO2 equivalent, which would represent an increase of more than 20 %. At the same time, we could increase net economic value by more than $350 billion, or more than 80% of GDP. These massive benefits could be achieved without harming biodiversity and without the need to expand agricultural land.
These gains would result from two main approaches. The first is targeted land reallocation, which involves the selective restoration of forest areas in areas that are highly productive for this. The second step is intensification of crop cultivation, which has huge potential, especially in lower-income countries suffering from low agricultural yields.
Stephen Polasky, the study's lead author, highlights a key psychological dimension to the research. "We know we're facing both a climate crisis and a biodiversity crisis, but the argument against doing something about it is usually that it's going to cost too much," Polasky said. He says the analysis shows people what's realistically possible, and when they see the huge gains firsthand, making changes doesn't seem so daunting.
This view is also supported by Becky Chaplin-Kramer of the World Wide Fund for Nature (WWF), who stated: „"This research proves that the alleged trade-off between nature conservation and growing economies is false."“. By creating detailed maps, international institutions and investors were given a precise plan to achieve common goals.
The practical impact of the findings is already beginning to be felt. The researchers are currently working with partners, including the World Bank, to develop country-specific analyses. The aim is to help international financial institutions better target resources so that countries can meet national economic goals while also meeting international climate and conservation commitments. The authors add that the model does not yet include many other ecosystem services and economic activities, which opens up room for further exploration of these fantastic synergies in the future. JRi&CO2AI
This report uses climate literacy as the ability to understand the causes, consequences and solutions of climate change and carbon literacy as the ability to link everyday decisions to greenhouse gas emissions and to act to reduce emissions. As the EU (more…)
Based on the latest global scientific report The State of Carbon Dioxide Removal 2026 it can be stated that integrated modeIt is among the most promising types of new generation projects because it connects several priorities that are today considered key for climate policy, nature protection, and financing of carbon projects.
Strengths of the model
1. Solves multiple problems at once
The report emphasizes that the future of CDR (Carbon Dioxide Removal) will not only be about carbon storage, but also about projects that bring other social and environmental benefits (co-benefits), such as:
This is exactly what your model fulfills.
2. Biochar is among the fastest growing CDR technologies
According to the report, today practically all technological revolutions consist mainly of:
Biochar is identified as one of the most promising technologies for permanent CO₂ removal.
This means that the use of:
for biochar production is fully in line with the current direction of the global CDR market.
3. Fire prevention is a recognized climate benefit
The report states that a significant part of projects funded in the field of CDR are also motivated by the objectives of:
That is exactly the core of the model.
The greatest added value: disaster wood
This is where perhaps the strongest argument of the entire concept arises.
Calamitous wood:
represents a huge amount of biomass, which often:
If this biomass is converted into biochar:
Such an approach is significantly more valuable than simply burning biomass for energy.
The strongest economic aspect
The report warns that future CDR projects will need to combine multiple sources of revenue, as carbon credits alone may not be sufficient.
The model allows to simultaneously generate:
This is a significantly more robust model than a classic biochar project.
Compliance with EU trends
The model is very well compatible with:
This is a concept that can be financed from multiple European sources at the same time.
The model can be classified into the following categories:
Integrated Landscape Carbon Removal System (ILCRS)
or
Climate Resilient Landscape Carbon Removal Model (CRLCR).
It is a hybrid between:
From the perspective of the latest news State of Carbon Dioxide Removal 2026 The concept of an integrated model is extremely promising because it addresses exactly those areas that experts identify as the future direction of CDR development:
✔ biochar carbon removal
✔ biodiversity protection
✔ forest fire prevention
✔ use of disaster wood
✔ soil regeneration
✔ water retention in the landscape
✔ climate adaptation of forests
✔ multi-source ecosystem financing.
Such a complex model does not yet have a single standardized designation, but it is among the closest to what could be called „"Landscape Carbon Removal Economy", which is a very likely direction for the development of climate projects in the EU after 2030. JRi&CO2AI
Carbon dioxide removal (CDR) is no longer seen as a hypothetical insurance policy option in climate policy, but as an essential element of the global mitigation architecture. Massive implementation of CDR at the gigatonne (GtCO₂) scale is needed to achieve net zero emissions and limit warming to 1.5°C. (more…)
This report elaborates an integrated model that combines forest and landscape fire prevention, biodiversity protection, processing of residual biomass and disaster wood into biochar, soil restoration, water retention, climate change adaptation measures and multi-source financing through public budgets, (more…)
Climate change has long since transcended the boundaries of a purely environmental issue and has transformed into a fundamental economic, security and civilizational risk. We are facing extreme droughts, collapsing water regimes in the country, rapid land degradation and (more…)
Humanity is currently facing two closely interlinked existential threats: climate change and growing food insecurity. These crises are not isolated phenomena, but share a common root cause: the widespread destruction of natural resources. (more…)
Climate change is not only affecting global temperatures, it is also fundamentally changing how our waters work. The global water cycle has been intensifying since at least the 1980s, bringing with it intensified cycles of precipitation and evaporation. These changes threaten not only the ecosystems themselves, but also the key services they provide us, such as (more…)
The systemic connection of forest fire prevention harvesting, biodiversity protection and biochar production offers a circular bio-economy model. The collected forest waste is processed in pyrolysis plants instead of open burning. (more…)
Weather extremes are no longer just catastrophic headlines from far-flung corners of the world. The latest report from the European Environment Agency (EEA) and Eurofound, based on data from 27,000 respondents in 27 EU countries, renders a raw image (more…)
The circular economy today represents a major strategic business opportunity to expand the European market, secure significant economic returns and reduce our dependence on limited global resources. At the same time, it is (more…)
The biodiversity crisis and climate change are now inextricably linked. Climate change, with extreme droughts and heat waves, is significantly accelerating the destruction of the natural environment, particularly through devastating forest fires. On the other hand, the loss of (more…)
The climate crisis represents one of the most pressing challenges of our time. Organization Science Based Targets initiative (SBTi) was created to enable companies and financial institutions around the world to play their part in the fight against global warming. SBTi (more…)
EU Mission Portal for Climate Change Adaptation is a central platform aimed at providing information and solutions to the public, regions and local authorities in tackling climate challenges. The main financing instrument (more…)
As part of its climate ambitions, the European Union proposes a target for 2040 of a net reduction in greenhouse gas emissions of 90 % compared to 1990 levels. (more…)
The world's meteorologists, climatologists and economists are sounding the alarm. After previous years of cooling the planet by the La Niña phenomenon and the subsequent transition through a neutral phase, our planet is currently on the verge of a massive and potentially catastrophic (more…)
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