ACCELERATING
SUSTAINABLE GROWTH

Forest carbon credit considered as a non visible forest product” that can be a viable alternative source of income for forest landowners. It’s a metric ton of carbon dioxide equivalent (CO2e), of whichthe emission is newly sequestered and is purchased by GHG emitters as a cost-control measure to make up for emissions occurring elsewhere.

Managing forests for carbon emission offsetting gives the world the opportunity to reverse or at least sequestered the emissions that they have already made or they are about to make into the atmosphere. The total GHG emissions are increasing rapidly. Most of the GHG emissions of all time have been done in the last 40 years of our existence. More GHG emission mean climatic shifts which leads to intensive droughts somewhere and acute floods in other areas of the world. Because of those blindly done deforestation which hampers the smooth functioning of the forest and gets in the middle of the process of habitats having their share of biodiversity.

Researches around the world point to a fact that forests can play a vital role in mitigating the inimical effects of climate change and can help in putting a shackle on this ever-increasing global warming. Quality and Quantity of herbs, restoring the disbalances caused by humans in nature, water as a resource in quantity & quality, providing wildlife a habitat to call home and protecting biodiversity in that habitat.

Forest & Carbon Offset

To get an understanding of the carbon offset markets, we need to know how CO2 is measured and traded for various purposes. CO2 being the major contributor as the GHGs in the atmosphere, promoting global warming. All other gases are not actually come that much into consideration because CO2 is more easily measurable that others. The carbon unit in which it is measured is “metric tons of CO2 Equivalent” often seen written as MtCO2e or tCO2e & also called as “Carbon Credit or Carbon offset”. Currently sellers of carbon offsets are majorly forest landowners who are looking to opening up different forest-based revenue streams by helping out the GHG emitters in exchange of a handsome payday.

Carbon Marketplaces

There are two distinct types of carbon markets; voluntary and compliance markets

Carbon markets are divided into two subdivisions – voluntary &compliance markets.

Voluntary markets exist where companies or individuals buy carbon credits for purely a voluntary basis. Many companies voluntarily purchase carbon credits to demonstrate their commitment to protecting the environment and to demonstrate corporate social responsibility.

Voluntary markets are there for the individuals and companies so that they buy the credits for the sole purpose of showcasing their concern towards the environment, its well-being and their willingness to go above and beyond to correct it. It fulfils their commitment to live up to the corporate social responsibility they owe to the society.

Prices for the carbon offset in voluntary market, globally, can fall anywhere between a wide range.Forest authorities & land usage projects are somewhat larger voluntary carbon project categories than any other kind. There are numerous factors that influence the price determination of carbon credits at the very point in time for e.g.,the type & location of project that is put up against asking for the credits, additional deemed project benefits that will play out to be an influencing factor, marketing efforts & many others.

The emission stays within limit as it is cancelled out by the very nature of the deal and there is no margin left to betray the environment in any case.

Compliance Carbon Market

Compliance carbon markets are such marketplaces through which “regulated by the cap & trade” entities obtain & surrender emissions allowances or better known as ‘offsets’ in order to meet predetermined regulatory targets.

In case of cap & trade programs; participants i.e., both emitters and intermediaries such as financial institutions; both are allowed to trade allowances to make profit from the unused allowances or for meeting regulatory requirements.

The tropics, a region encircling the Earth's equator, have long been perceived as lush rainforests with exotic animals and unchanging weather. However, they are also often associated with poverty, unstable governments, and environmental destruction. A new report, "The State of the Tropics," provides a deeper and more nuanced understanding of this diverse region.

Changing Perceptions

Historically, the tropics were misunderstood, with Aristotle even claiming that no civilization could thrive there. The report calls for a shift in perspective, urging recognition of the tropics from within and embracing local wisdom and experience. Compiled by 12 institutions, this comprehensive 400-page report delves into demographics, health, science, economics, biodiversity, and climate change..

Population Growth

Currently, the tropics are home to 40% of the world's population and 55% of children under five. Population growth is particularly rapid in Africa. By 2050, over half of the global population and 67% of young children will reside in the tropics. The region is expected to add 3 billion people by the end of the century, necessitating a rethinking of global priorities in aid, development, research, and education.

Economic and Social Challenges

A booming population drives increased demand for food, water, and resources. Tropical economies are growing 20% faster than those in temperate regions but still house two-thirds of the world's extreme poverty. While extreme poverty has decreased in Southeast Asia and Central America, it has doubled in Central and Southern Africa since the 1980s. Despite these challenges, there have been improvements, including a decline in undernourishment, rising life expectancy, and reduced maternal and child mortality.

Health Issues

The tropics face unique health challenges, with diseases like dengue fever and malaria remaining significant threats. These diseases are rarely found in temperate regions but are major health concerns in tropical countries.

Land and Environmental Struggles

Growing populations and consumption have led to land-use clashes. Indigenous groups struggle to maintain control over their lands as corporations seek resources for agriculture, livestock, and commodities. Conservationists are working to preserve vital ecosystems, as the tropics host 80% of Earth's terrestrial biodiversity and 95% of mangrove and coral reef biodiversity. Unfortunately, forest loss continues, especially in Oceania.

Oceanic Pressures

Marine resources in the tropics, including coral reefs and mangroves, face unprecedented pressures. Overfishing and destructive practices have depleted species. Mangroves, crucial for coastal protection and carbon storage, are being rapidly destroyed for aquaculture and development. Climate change and ocean acidification further threaten these ecosystems.

Future Challenges

Climate change poses significant challenges for the tropics, including extreme weather, rising seas, and changing precipitation patterns. These changes could impact agriculture and increase the number of refugees and regional conflicts. The tropics are expanding into temperate zones, which will have implications for water resource management and agricultural systems.

Conclusion

The future of the tropics is one of rising influence and wealth, alongside ongoing struggles with poverty, hunger, health standards, biodiversity, climate change, and resource conservation. The report emphasizes the importance of sustainable development and conservation to safeguard resources for future generations. The tropics hold great potential and influence, making it crucial to address these challenges thoughtfully and effectively.

In the relentless struggle against climate change, two unsung heroes have emerged from the Earth's embrace - land and forests. While these resources may seem unassuming, they wield unparalleled influence in mitigating the colossal challenge posed by rising global temperatures. Let's delve into the intricate ways in which land and forests play a pivotal role in combating climate change.

The Carbon Dilemma: A Tale of Sinks and Sources

At the heart of the matter lies carbon dioxide (CO2), the notorious greenhouse gas responsible for trapping heat in our atmosphere. Forests, trees, and grasses collectively act as nature's "sinks" for CO2, heroically absorbing a significant portion of this harmful gas emitted through human activities. This process, known as carbon sequestration, is akin to Earth's own carbon capture and storage technology.

Yet, like a multifaceted puzzle, this story isn't solely one of absorption. The land also serves as a source of CO2 emissions, a consequence of activities such as deforestation and land degradation. These actions release stored carbon back into the atmosphere, contributing to the alarming rise in CO2 levels. Thus, understanding the delicate balance between land as a sink and a source is crucial in comprehending its role in the climate equation.

The Dance of Estimation and Uncertainty

Scientists shoulder the responsibility of deciphering the intricate dance between land, forests, and carbon. They endeavor to estimate the net impact of these natural systems on carbon emissions. This intricate task is no easy feat, considering the myriad variables at play - from diverse forest ecosystems to ever-changing human interventions

Enter climate change, a disruptor that further complicates this intricate ballet. Escalating temperatures place stress on forests, rendering them susceptible to devastating wildfires. As landscapes transform, their ability to sequester carbon is jeopardized. In essence, forests, once reliable carbon sinks, are challenged by the very crisis they seek to alleviate.

Peering Through the Numbers: Insights from Research

Research, as a beacon of understanding, illuminates the intricate nuances of this relationship. A study published in Nature Climate Change (2021) unveiled a striking revelation. Over the span of two decades, global forests sequestered twice as much carbon dioxide equivalent (CO2e) as they emitted. This delicate balancing act, led by Nancy Harris and her team at the World Resources Institute, demonstrated that forests annually absorbed approximately 15.6 billion tons of CO2e, overshadowing emissions from disturbances.

In parallel, the Intergovernmental Panel on Climate Change (IPCC) Special Report on Climate Change and Land 2019 corroborated this narrative. Land use, it indicated, contributed to 13% of human-induced CO2 emissions while concurrently acting as a net sink of around 11.2 billion tons CO2 per year. This net carbon absorption equated to a staggering 29% of total CO2 emissions during the same period.

The Green Road Ahead: Reforestation and Beyond

With our planet at a precipice, the preservation and expansion of forests are thrust into the global spotlight. As nations grapple with the inadequacy of emission reductions, reforestation emerges as a beacon of hope. The idea is simple yet profound: by nurturing existing forests and strategically planting new trees, we amplify nature's ability to counteract our carbon emissions.

However, this endeavor poses multifaceted challenges. Land ownership, equitable distribution of benefits, and the true cost of preserving these ecosystems become focal points. It is imperative that the noble cause of reforestation does not inadvertently perpetuate social or economic inequities.

In a world where climate solutions are paramount, the significance of land and forests as allies cannot be overstated. They stand as testament to nature's resilience and offer tangible pathways to confront climate change head-on. As we navigate the path to a sustainable future, the role of land and forests serves as a compelling reminder of the interconnectedness that binds humanity to the environment.