Archives July 2025

7 Impacts of Deforestation That Threaten Our Future

Deforestation is no longer an issue we can ignore. Year after year, the numbers keep rising. According to data from Indonesia’s Ministry of Environment and Forestry, forest loss reached 121,100 hectares in 2023 and surged to 175,400 hectares in 2024.

Forests are vital for life on Earth. They absorb carbon, regulate the climate, and support biodiversity. Imagine what would happen if these roles continued to decline each year. Of course, extreme weather, landslides, and other natural disasters would become more frequent.

While preventing deforestation entirely may be difficult, we can still reduce its impact. One solution is transitioning to cleaner energy sources like LNG (Liquefied Natural Gas). But how exactly can LNG help save our planet? Let’s find out.

Why Does Deforestation Happen?

Put simply, deforestation is the conversion of forested areas into non-forest land. In Indonesia, several key factors contribute to deforestation, including plantation expansion, forest fires, mining, and excessive natural resource extraction.

Another major driver is the high rate of logging, which leads to widespread forest loss. As forests are cleared to make way for agriculture, industry, and settlements, their vital ecological functions are stripped away.

Palm oil plantations are a major contributor to shrinking forests. Additionally, government-sponsored transmigration programs have led to the conversion of forest areas into residential zones.

Read More: 5 Signs of Global Warming: Its Symptoms Are Getting Worse

What Are the Dangerous Impacts of Deforestation?

Forests are home to complex ecosystems and play a crucial role in sustaining life on Earth. That’s why deforestation presents so many serious threats to ecological, social, and economic systems.

1. Loss of Biodiversity

Natural forest habitats are slowly being destroyed. Millions of plant and animal species are at risk of extinction as they lose their homes. The collapse of ecosystems threatens the delicate balance of nature.

This leads to long-term consequences for humans, such as food sources and medicinal plants becoming increasingly rare.

2. Worsening Climate Change

Forests act as natural carbon sinks. When they are destroyed, their ability to absorb carbon disappears, releasing even more greenhouse gases into the atmosphere. As a result, the planet warms up at an accelerated pace.

This is why deforestation is a major contributor to climate change and global warming. It also disrupts natural balance, leading to floods, landslides, droughts, and storms that put human lives at risk.

Read More: The Main Causes of Climate Change and Its Devastating Impact on Earth

3. Disrupted Water Sources

Forests help regulate the water cycle. Without them, rainwater can no longer be absorbed into the ground properly. This leads to higher surface runoff, which causes floods during rainy seasons and severe droughts during dry ones.

4. Landslides and Soil Erosion

Deforestation increases the risk of landslides and erosion, especially in mountainous regions where tree roots stabilize the soil. When trees are cut down, the soil loses its cohesion and becomes vulnerable to rain, making landslides more likely.

Read More: The Process of Global Warming: From the Beginning to Its Impact

5. Socioeconomic Impacts

Communities that depend on forests for their livelihoods lose vital resources when forests are cleared. This results in economic hardship, both immediate and long-term. Wider socioeconomic consequences include forced migration, social conflict, economic losses, environmental degradation, and disruptions in tourism and global trade.

6. Rise in Zoonotic Diseases

As deforestation destroys animal habitats, wildlife is forced to move closer to human settlements. This increases the risk of zoonotic diseases, illnesses transmitted from animals to humans.

When wild animals lose their homes, they start searching for food and shelter in urban areas, raising the risk of new disease outbreaks.

7. Changes in Local Climate

Beyond global impacts, deforestation also alters microclimates at the local level. It can change wind patterns, raise local temperatures, and reduce humidity. Forests help balance atmospheric carbon and prevent excessive warming. When they disappear, this natural regulation breaks down, speeding up the effects of global warming.

Read More: Why the Energy Crisis Poses a Serious Threat to the Global Economy?

How LNG Can Help Mitigate the Effects of Deforestation?

With deforestation already occurring at massive scales, we must now face its consequences, chief among them, the rise in atmospheric carbon emissions that fuel climate change and global warming.

To prevent emissions from getting worse, one of the most strategic steps we can take is switching to lower-emission energy sources, like LNG (Liquefied Natural Gas).

Coal and petroleum combustion are among the top contributors to high carbon emissions. In the midst of a deforestation crisis, continuing to rely on these “dirty” energy sources only accelerates environmental damage.

LNG, on the other hand, is a cleaner transitional fuel. It produces about 50% less carbon dioxide than coal when burned, making it a far more sustainable option.

That’s why many developed countries have made LNG a key part of their clean energy policies. Its flexibility and low-emission profile make LNG a powerful bridge toward a greener energy future.

References:

  • Kementerian Kehutanan. Accessed 2025. Hutan dan Deforestasi Indonesia Tahun 2024
  • IEC. Accessed 2025. Mengenal Deforestasi: Penyebab, 5 Bahaya dan Dampaknya
  • Forest Digest. Accessed 2025. Dampak Deforestasi Terhadap Kita
  • Solar Industri. Accessed 2025. Mengenal Lingkungan sebagai Gas Alam Ramah Lingkungan

The Potential of LNG as Train Fuel: Is It More Efficient?

Fossil fuels still play a major role in powering the transportation sector, including trains. While electric-powered trains are now in use, their implementation remains limited to certain urban areas.

However, beyond these fuel types, there’s a promising alternative energy source that could offer a better solution: LNG (Liquefied Natural Gas). Compared to traditional fossil fuels, LNG presents a more cost-efficient fuel option and produces significantly lower exhaust emissions.

Curious about how LNG could help drive a more eco-friendly transportation system? Let’s explore its full potential in this article.

What Types of Fuel Are Used for Trains?

Trains around the world use various types of fuel for operation. These include coal, petroleum, electricity, natural gas, and even renewable energy sources.

1. Coal

Steam locomotives still use coal as the main fuel to generate steam and power the train. However, today, coal-powered trains are rare and typically serve special purposes, such as tourism or transporting mining products in specific regions.

Read More: The Ideal Coal Replacements

2. Petroleum

In the early 1900s, petroleum began replacing wood as the fuel for steam trains. As the steam era ended, petroleum was used to power diesel locomotives, which were more efficient and could travel longer distances.

In Indonesia, PT Kereta Api Indonesia (KAI) still uses B35 biodiesel for its diesel locomotives. However, with advancements in transportation technology, the use of petroleum-based fuels is gradually declining.

3. Electricity

Electricity powers urban rail systems like commuter lines and MRTs, which depend on rapid transit networks. But electric trains come with their own challenges, such as the need for dedicated infrastructure like electrified rail tracks.

As a result, electric trains are generally limited to areas with existing electrification, making them less flexible for broader railway operations.

Read More: The Crucial Role of Alternative Electricity Sources in Shaping Our Future

4. Renewable Energy

In several developed countries, train propulsion has begun shifting toward renewable energy, such as wind and solar power. Though the application of these technologies remains limited, they demonstrate that the transport sector can actively contribute to the clean energy transition.

Solar and wind energy offer several unbeatable advantages: they are abundant, environmentally friendly, and emit no pollution during use.

5. Natural Gas

The use of natural gas in transportation is still in its early stages and mostly limited to pilot projects. However, it’s seen as a promising energy source thanks to its lower emissions and environmental benefits compared to coal and petroleum.

One of the most viable forms of natural gas for train fuel is LNG. LNG offers greater fuel efficiency and allows trains to travel longer distances on a single fill-up.

Read More: Top Benefits of Natural Gas, More Than Just Low Emissions

Why LNG Is a Strong Contender for Train Fuel?

There’s no denying the environmental downsides of fossil fuels like coal and petroleum, especially in the form of greenhouse gas emissions that harm the planet.

LNG emerges as a cleaner alternative fuel, aligning with the global push for greener, more sustainable transportation.

According to BPH Migas, countries like the USA, Canada, Russia, and India have already adopted LNG as a train fuel. The agency also stated that Indonesia has a strong opportunity to become the fifth country in the world to integrate LNG into its national railway system.

LNG doesn’t just reduce carbon and particulate emissions, it also brings cost savings on operations and offers improved engine performance compared to diesel fuel.

Read More: Is Transportation Truly the Biggest Energy Consumer?

Indonesia’s LNG-Powered Train Pilot Project

PT Kereta Api Indonesia (KAI) has shown strong interest in developing LNG-powered trains. This initiative supports both energy efficiency goals and the broader green energy transition in the transport sector.

According to CNBC Indonesia, the government has already initiated a pilot project to convert diesel fuel to Liquefied Natural Gas (LNG) on the Jakarta–Surabaya railway route, in collaboration with KAI.

This pilot marks an important first step in proving that LNG can serve as a cleaner, more sustainable alternative for transportation.If the conversion proves successful and is implemented on a broader scale, LNG-powered trains could significantly reduce greenhouse gas emissions, contributing to climate change mitigation and supporting Indonesia’s carbon reduction targets.

References:

  • BPH Migas. Accessed 2025. Percepat Implementasi Penggunaan LNG untuk Bahan Bakar Kereta Api
  • Atonergi. Accessed 2025. Kendaraan Listrik vs Kendaraan Subsidi BBM
  • CNBC Indonesia. Accessed 2025. Wiih! Kereta Api Mulai Diuji Coba Pakai LNG
  • Dunia Energi. Accessed 2025. Ini Potensi Efisiensi Penggunaan LNG pada Kereta Pembangkit KAI