7 Agricultural Causes of Climate Change That You Should Know About

Ever since man started cultivating crops, we’ve been altering the environment around us. Without you knowing it, agriculture has increased global temperatures, has caused the sea level to rise to staggering heights, and even heatwaves and air pollution.

Global climate change or global warming is a problem that we face today as we continue burning fossil fuels. As the demand for food has increased, we’ve had to grow more crops in less space, too. In other words, we’ve had to change the way we farm. But while most of the changes we’ve made have been for the better, there are some effects of farming that we didn’t expect.

Many of the practices used on farms are the reason why we see changes in the climate. These practices may seem innocent, but they have a long-lasting effect. This article will take you through some of the most common causes of climate change in the agricultural industry.

Greenhouse Gas Emissions of Crop Cultivation

As we’ve already mentioned, planting crops to feed the world has had its effects on global climate change. Crops require a lot of water and nutrients to grow and can be grown in varieties that are especially suited to the climate where they are grown. This, in turn, affects the local climate by increasing the amounts of water and CO2 in the air through photosynthesis.

Planting crops for biofuels is also a common practice. This is done by converting crops – like corn, wheat, and sugarcane – into ethanol or other biofuels. While this process can provide an alternative transportation fuel, it can have effects on the climate by reducing the amount of food production in the world.

Livestock Farming in Developing Countries

Raising livestock is another common practice that affects global climate change. When humans began producing more meat, dairy, and eggs, they started using more land and resources. Livestock farming also uses a lot of water. This needs to be piped in from often distant sources, and can often be difficult to access.

The carbon released by livestock farming can also have a large impact on the climate and greenhouse gas emissions. Cows, sheep, and other animals produce methane when they digest food and breath out CO2. This can have a large negative impact on the climate.

Deforestation Contributes Global Warming

There are two types of deforestation: natural and human-made. Natural deforestation occurs when trees grow taller than the ecosystem can support. When this happens, the trees are cut down and the land used for farming or other use is abandoned.

In contrast, human-made deforestation occurs when humans clear trees from land to build homes, roads, or other structures. This change in land use often leads to more grass and farmland being used, and fewer trees being left on the ground. This change in land use can have a large impact on the climate.

Humans can also clear forests to create pasture for their livestock. This can lead to more land being used for grazing and can have a large impact on the climate. This change in land use can also affect the local climate.

Methane Emissions from Animal Waste Causes Global Temperature rise

When cows, sheep, and other animals eat grass, they release a gas called methane through their digestive systems. This is often released in large quantities by livestock. This can have a large impact on the climate, as methane is a greenhouse gas that traps more CO2 in the atmosphere than other gases. This is one of the major contributors to greenhouse gas emissions.

The methane is often released into the atmosphere through belches and flatulence of the animals. This can have a large impact on the climate by increasing the amount of CO2 in the air. This change in the amount of CO2 in the atmosphere can have a large impact on the climate. It has increased global temperature and global warming.

Sulphur Dioxide Emissions from Soil Fertilisation

Most farmland is fertilized with a chemical called sulfur. This helps increase crop growth, but it also has a significant impact on climate change by causing changes in the amount of water in a region.

This change in water quantity can have a large impact on the climate. As the climate is being altered, it can cause droughts or floods that can have a large impact on the local economy and societies. This increase in global greenhouse gas emissions can also affect human health in so many ways.

Burning Fossil Fuels

When fossil fuels are used for transportation or for electricity, emissions are released into the air. These emissions can have a large impact on the climate, as they can trap more CO2 in the atmosphere. Burning fossil fuels is not sustainable development, but we continue to do it even up to this day. Large corporations still opt burning fossil fuels than find alternative sustainable development like renewable energy projects. Renewable energy projects are our future to limiting warming and controlling carbon emissions.

This change in the amount of CO2 in the atmosphere can have a large impact on the climate. As these gases are released into the atmosphere, they can have a large impact on the climate by altering the amount of heat in the world.

Land-Use Change

Finally, land-use change can have a large impact on the climate change in a region. This can be either through deforestation, agriculture, or other human-made changes in land use. These changes can have a large impact on the climate by altering the amount of water in the area.

This change in the amount of water in an area can have a large impact on the climate by altering the amount of CO2 in the area. This can lead to changes in the local climate.

This is just a small selection of the ways in which agricultural practices can affect the climate. You can learn more about the impact of the agricultural industry on the planet by watching the video below.


If we do not change our approach, agriculture will continue to be a serious threat to our natural ecosystems. The negative impacts it has on our coastal ecosystems, natural resources, sea level, physical environment, energy systems, global health – the list goes on. Our climate scientists have spoken. With continuous rising sea levels and greenhouse gas emissions, it is high time that we put serious thought into topics like climate change and global warming.

Climate change is real. If there are simple ways we can reduce our greenhouse gas emissions, let’s do it. If you come from developing countries, join global warming events and summits to learn more about the rising global temperatures and know how you can make a change.

Climate action must begin now before it’s too late.

Temperate Rainforest and Tropical Rainforest: What is the Difference?

Rainforests are found in a wide variety of climates and environments. These forests are home to many different species of animals and plants, and they play an important role in the environment. Rainforests help to provide habitats for endangered species, provide food for people, and protect against climate change.

What are tropical rainforests?

A tropical rain forest is found mostly in the tropics. They are usually found in countries near the equator like Central America, South America, Central, and Western Africa, New Guinea, Southeast Asia, and Australia. Dense forests in these areas have a moist climate and heavy rainfall all year round.

Tropical rainforests are found only in a few parts of the world. They are much more diverse than temperate rainforests, and they have many different native species of animals and native species of plants or tree species. They play an even more important role in the environment because they can provide habitats for endangered species, provide food for people, and protect against climate change.

What are temperate rainforests? Are they found on the Pacific coast?

Yes, temperate rainforests are found mostly in coastal, mountainous areas with a temperate climate. Tropical rainforests are found in the warmer areas closer to the equator, while temperate rainforests are found near cooler coastal regions further north or south of the equator. You can find temperate rainforests on the Pacific coast such as the Appalachian temperate rainforest, Tongass national forest floor, Great bear rainforest, Taiheiyo evergreen forests, Atlantic oakwood forest, rocky mountains, ancient forests, and other nearby temperate coniferous forests.

Temperate rainforests are a very important part of the environment because temperate rainforests provide habitats for endangered species, and they help to control climate change. Moreover, temperate rainforests grow in places where the temperature is warm enough for rainforests to grow. Temperate rainforests have many different species of animals and plant species just like tropical rainforests do.

Why do temperate rain forests and tropical rain forests need to exist?

Apart from providing habitat for a lot of species, they help control the climate of every part of our planet. These rainforests help maintain the global temperature by absorbing carbon dioxide and releasing oxygen into the atmosphere. Temperate rainforests are also known to have many medicinal plants that are used to cure diseases in humans. They have been used for thousands of years. Many ancient forests are also home to many species of animals and plants that we’ll never find anywhere else. Their very existence is vital to the survival of our planet.

What can we do to save our temperate forests and tropical rain forests?

Contrary to popular belief, there are so many things we can do to make sure that we save our temperate rainforests and tropical rain forests. For one, education is the key to making people understand their importance. You can raise awareness about important terms in schools such as:

  • temperate rainforests
  • tropical rainforests
  • forest floor
  • deciduous trees
  • deciduous forests
  • evergreen broadleaf trees
  • giant trees of Sitka spruce
  • Valdivian temperate rainforest
  • coastal forests
  • Southern hemisphere rain forests
  • Coniferous forests
  • Japanese stone oak forest floor
  • Western hemlock
  • coniferous trees
  • beech trees
  • temperate zones
  • tree species in the Pacific Northwest, Northern South Carolina, and Western North Carolina

These are just some terms that anyone can learn by simply sharing what they mean. In order for people to learn more about temperate rainforests and tropical rainforests, they must learn what is in them to see their importance.


Temperate rainforests and tropical rainforests are very important for many reasons. They help to protect endangered species, they help in the control of climate change and they provide medicinal plants that are used to cure diseases in humans. They are also important for many other reasons. They provide oxygen and absorb carbon dioxide. Temperate rainforests and tropical rainforests are in danger because of human activities such as deforestation and illegal poaching. We must take care of the rainforests to protect our planet. They are a vital part of our Earth.

Amazonian Deforestation: Impact on Climate and People

Deforestation is the loss of tree cover, which can result in the degradation of ecosystems. This can increase soil erosion and dust, and an overall reduction in carbon dioxide uptake by plants. The Amazonian deforestation affects the environment, local biodiversity, and human populations by reducing plant and animal habitat.

People are directly affected by deforestation because they lose their livelihoods, health (from air pollution), homes, and cultural heritage. Space research and study published by researchers from Brazil’s National Institute show that the Amazon rainforest is one of the most important ecosystems as it provides free oxygen, natural resources, and cloud cover to our planet every day.

At least more than three-quarters of the world’s fresh water originates from the Amazon rainforest. 

The Amazon rainforest is the world’s largest rainforest, covering an area of around 2.3 million square miles, and is located in South America. 

Rising Amazonian deforestation rates

Deforestation rates have increased by over 50% since 1990. The deforestation in the Brazilian Amazonian rainforest is depressing knowing that it is home to many animal species including jaguars, giant river otters, giant anteaters, giant armadillos, and harpy eagles.

Satellite data shows that deforestation in the Brazilian Amazonian rainforest poses threats to the health and well-being of people living in and around it. One major threat that deforestation poses for people is the loss of their livelihoods, which can lead to a decreased quality of life in the indigenous territories. The loss of the Amazon rainforest cover also leads to air pollution and increased heat for people living in the region. Deforestation in the Brazilian Amazon rainforest has increased forest fires in the last few years.

The Brazilian Amazon rainforest is home to over half a million species of plants, animals, and insects. The Amazon rainforest provides a habitat for a large number of animals that are in danger without being able to migrate or adapt after deforestation.

Illegal deforestation has been an issue of concern for many years. Deforestation can have a negative impact on the environment and human health.

What is Illegal Deforestation?

Deforestation is the loss of forestland for other uses, usually due to human activities such as the cutting and burning of trees for fuel, forest clearing, or agricultural purposes, cattle pasture, cattle ranching, soy production, and other use for agricultural land.

The deforestation in the Brazilian forested areas or forest destruction in the Brazilian state is one of the most significant environmental issues facing our planet today. It is responsible for a significant amount of greenhouse gas emissions that lead to climate change. In fact, deforestation accounts for more than 20 percent of the world’s carbon dioxide emissions every year! This is a huge problem because this carbon dioxide causes global warming and climate change, which has dire consequences on both humans and animals on our planet.

Forestry experts estimate there could be an increase in climate change-related deaths due to a rise in temperatures as well as an increase in drought-related mortality rates, illegal logging activity, and diseases spread during an outbreak of wildfires.

Causes of Deforestation

Deforestation is a major cause of climate change as the Amazon rainforest is an area that absorbs about 20 percent of global carbon dioxide emissions. The destruction of the forest also increases soil erosion and dust and contributes to lower levels of carbon dioxide uptake by plants.

As mentioned in this article, the forest loss of the Amazon rainforest is caused by a lot of factors and the major driver is small farmers using the land for soy fields and domesticated animals. An aerial view of the forest shows the devastation of the land, trees, and forests in Brazil.

When it comes to history, European colonization of the Amazon has been a major cause of deforestation in the state’s forests. In the late 19th century, European settlers began to cut down trees for use as wood and for charcoal, which was used in the early 20th century. Most deforestation occurred in places like Bolivia, Colombia, and Brazil. Data shows that the Brazilian amazon hit the bottom when most deforestation in the same period became prevalent in their forest area.

Global warming and its impact on the Environment

The Amazon rainforest is the single largest rainforest on Earth. The ecosystem of this forest provides the air we breathe, cloud cover, and free oxygen for our planet every day. Its economy is worth more than $20 billion a year, and it contributes to more greenhouse gases than any other ecosystem on Earth.

Deforestation and forest loss not only affect the environment but also impacts human populations. People who live in the area depend on nature for their livelihoods. People are directly affected by deforestation. This is because they lose their homes, livelihoods, culture (from climate change). On top of that is their health, and even their cultural heritage.

Impact on Human Population

Deforestation is a huge issue. Whether it’s rainforest destruction or forest loss conversion, the impacts are devastating. Deforestation accounts for about 20 percent of global greenhouse gas emissions. This means that deforestation contributes to global warming by taking in more carbon dioxide than nature can take out.

If you love the Brazilian Amazon rainforest, then you should be worried about this Amazonian deforestation trend. The Amazonian Rainforest is one of the earth’s most important ecosystems. It provides free oxygen to our planet every day and more than half of its total land area. This is why deforestation affects humans through air pollution and endangered species loss. Moreover, human livelihoods and cultural heritage.

How can we end Amazonian deforestation in Brazil?

The federal government of Brazil has been lacking in deforestation prevention action despite the efforts of the country’s space agency. By putting international pressure on the federal government of Brazil to end Amazon deforestation, everyone can support the global climate. This will also push the Brazilian government to take action. This can lead to calls for more environmental laws in Brazil. This includes protecting national parks, poor farmers, and indigenous peoples of Brazil. With this, they can enjoy the natural resources of the Amazon rainforest and other agricultural lands they have.

We can raise awareness about the effects of cattle ranching, forest fires. Also, the increasing soy farms, and paving the way to cheap land in Brazil.

People can also fund space research in a national institute in Brazil about the Amazon and climate change. One can also show space research satellite data by Brazil’s national institute. This includes recording deforestation rates to show people about the annual forest loss. We can end deforestation by putting pressure on the Brazilian president. Also, the environment minister of Brazil, and those who are in power in Brazil.

Protect the Brazilian amazon rainforest! Stop the Amazonian deforestation.

Every change that happens in the Amazon rainforest is a loss for the inhabitants of the rainforest. The environment is in crisis and our forests are losing their natural color. This is not good for the people who live there as well as for us.

The Amazon rainforest is a huge ecosystem that we need to respect and preserve for future generations. The indigenous communities, our trees, and our wildlife depend on this forest to survive.

Let us not wait for the tipping point. Heavy rains, more dry season, and more devastation in our land forests in Brazil. Our forests and trees give us easy access to natural resources. The Brazilian Amazon forest is being destroyed and its inhabitants are slowly being displaced because of deforestation. This can have a significant impact on the climate in the long term. It can also impact people who live, not just in Brazil, but throughout the world.

Stopping deforestation is a long way to go. The previous year may not be good. But we can work harder this same month with our efforts in saving our forest areas. Deforestation prevention methods can be implemented through the use of conservation efforts and other alternative farming methods. We can preserve the Brazilian Amazon rainforest and its inhabitants.

Unsustainable Agriculture: Why Is It The Biggest Threat to Rainforests?

When we think of threats to rainforests, most of us would probably think of wildfires or illegal logging. But did you know that one of the biggest threats to our rainforests all over the world today is unsustainable agriculture?

Pretty shocking, right?

Farmers are stripping the rainforests to clear a path for crops. The irony is, even though rainforests are home to over a portion of the world’s species. The rainforest is the most biodiverse environment on earth. But, they are not exactly a favorable place to grow crops.

Rainforest soils are not so fertile. Biomass sustains the topsoil layer in rainforests. Biomass is the total mass of all life forms in an area. It is high in rainforests and is the lone reason rainforests even have topsoils. When a certain life form dies, it decomposes quickly and allows other life forms to thrive.

Oxisols are the soil you will find in rainforests. Oxisols have a thin, natural layer. They are drained in minerals. Somewhat due to the disintegration pace of natural material. In addition to that, it is due to the measure of precipitation that filters most minerals out of the framework. These specks of dirt are a shade of red, because of the significant levels of iron.

So, when biomass is taken out from an oxisol, there isn’t anything left to shape the topsoil layer. This makes the growth development hard for the new plants that generally endure just for a couple of years.

Unstable environments due to unsustainable agriculture

Contingent upon a flawless and solid framework to keep on enduring.

When an area is good for agriculture, for the most part, enormous single cash crops are grown. This includes rice, citrus organic products, oil palms, coffee, coca, opium, tea, soybeans, cacao, elastic, and bananas. Most of these crops can adapt better to such conditions. Plus, they last longer on cleared rainforest areas. Nonetheless, there are a few issues with this kind of monoculture (single harvest manors) in the forests. Other than the deficiency of woodland. To begin with, such planting of a single crop yield makes the harvest exceptionally defenseless against illness and irritations. In a typical rainforest setting, widespread infestations are uncommon because people of a given animal variety are generally scattered. Second, the planting of monocultures can be monetarily unsafe with the value variances so regular in global products markets. Moreover,

What are some examples of unsustainable agriculture that remains a problem until today?

Palm Oil

Specific kinds of palm trees produce enormous red fruit which is rich in oil. After the refining process, this oil, known as palm oil, can be utilized to deliver a wide range of items. Incorporating oils utilized in nourishments like chocolates and treats, beautifying agents like cosmetics. Even biodiesel, a fuel that can be utilized in vehicles rather than diesel!

Oil palms, as these trees are called, have high oil yields – probably the most noteworthy of any harvest utilized for biofuel creation.

The most affected ecosystems by the development of oil palm are rainforests and peatlands. Peatlands are territories where the dirt is made of peat. Peat works like a sponge, absorbing water and forestalling floods. It likewise stores a lot of carbon.


When peatlands are depleted, the putaway carbon responds with air to deliver carbon dioxide into the environment, expanding convergences of the ozone harming substance. The dry peat at that point turns out to be profoundly combustible, expanding the danger of enormous scope fires when ranch designers use fire to clear land and consume agrarian waste.

Amazon Soy

The production of soy in the Amazon became large in the mid-1990s. Following the improvement of another assortment of soybean that is adaptable to the dirt and atmosphere of the area. Most developments happened in the cerrado. A lush field biological system, and the progress timberlands in the southern edges in the Amazon bowl, particularly in conditions of Mato Grosso and Pará — direct change of rainforests for soy has been generally restricted. Soy development has driven up land costs. Made exactly for foundation enhancements that advance backwoods clearing. And dislodged cows farmers to wilderness regions, prodding deforestation.

What can we do these unsustainable agriculture practices?

There’s no denying that agriculture is an important part of our lives today. But unsustainable agriculture practices can negatively impact our rainforests today. Adopting a sustainable approach is important. The government, companies, and consumers must go hand in hand in making better choices. This is in terms of what we consume to make our agriculture practices more favorable. After all, we all have a role to play to make our rainforests and the rest of the world a better place to live in.