Skip to main content

Prairies


 What are prairies?

Prairies are a type of North American grassland with different grasses and flowers. The types of grasses are quite hardy and can survive harsh winters and more. Prairies have little trees around.  At the border of prairie and forest, there is a constant battle going on. Tree saplings start invading prairie but then fire comes and pushes the forest back. Before Christopher Columbus, prairie was as far south as Louisiana and as far east as Pennsylvania. It was because the Indigenous people of the Great Plains eliminated forest competition using fire. In turn, there was more bison so they had more food. 

Keystone prairie species

Bison are one of keystone prairie species as they graze on grass and keep it from overgrowing. Prairie dogs come with the same benefit and also they are prey for lots of animals. With out both of these species, a prairie would die out.

Their decline

After Columbus' discovery, colonization of North America happened and Native Americans got pushed out of their homes and prairie got replaced with farmland and cities. However, there were places that were spared. They exist all over America and give us a glimpse into how America's prairies looked like before colonization.

Restoration

However, there are restoration efforts in progress. Two elements are needed to restore a prairie. Those elements are keystone species and fire. However to reach the biodiversity of a remnant, centuries has to pass. 



Prairies vs Forests from a carbon standpoint

So, let's talk about prairies and how they store carbon. Prairie grass has a fast metabolism and because of that, they take carbon from the air and store it deep in the ground because their roots are deep. With forests, trees take carbon and use that to build their bodies. Most trees are not fire resistant and so the carbon they captured gets released into the atmosphere.

Bibliography

A lot of books and media have contributed to this post. Thank you!

 



Comments

Popular posts from this blog

Microsoft's Majorana 1: A Leap Toward Practical Quantum Computing

  In February 2025, Microsoft unveiled a groundbreaking advancement in quantum computing: the Majorana 1 chip. This development marks a significant step toward realizing practical, large-scale quantum computers. What Is the Majorana 1 Chip? The Majorana 1 chip is Microsoft's first quantum processing unit (QPU) designed to harness topological qubits. Unlike traditional qubits, which are susceptible to errors due to environmental noise, topological qubits are inherently more stable. This stability arises from the use of Majorana zero modes—quasiparticles that are their own antiparticles and are theorized to exist in certain quantum states. To create these topological qubits, Microsoft introduced a new class of materials known as topoconductors . These materials combine indium arsenide (a semiconductor) with aluminum (a superconductor) to achieve a state called topological superconductivity. When cooled to near absolute zero and exposed to specific magnetic fields, these materials...

CRISPIR

Introduction                  Today we are going to learn about CRISPIR. So let's roll and learn about it! What is CRISPIR?                                                             CRISPIR is nothing but editing DNA.  What is Cas9 and how does it work? Cas9 is a protein. Let's say yellow fever enters the body and body makes the protein Cas9. Now the body has faced yellow fever before and it has a fragment of the virus' DNA. It creates the Cas9 protein and puts the fragment of viral DNA in the protein. Then the body leaves it to go on patrol. So Cas9 like "scans" every "invader" DNA in the body with the fragment it has. Then snip snap it cuts the DNA. In other words Cas9 patrols the body until it finds an "invader" with the DNA fragment Cas9 has. If that...

How to decarbonize the electricity sector by 2050

Wind, solar, and energy storage will not be dominant     First, before everyone thinks that wind, solar, and batteries are the future of electricity, everyone reading should know a key statistic against a future where wind and solar are dominant: we've started investing heavily in those three since 2000. We're almost halfway to 2050; yet the wind and solar percentage in the global electricity mix doesn't even make up a fourth of it. If we keep on going like this, we're only going to achieve a dominant wind and solar future at the end of this century.  If you aren't convinced, a wind and solar dominant world would require a lot of land to provide for the world's electricity needs, and as they increase, the amount of land covered by wind and solar would only increase. The materials needed to make wind turbines and solar panels would have to be acquired by rare earth mining, which would have to take place in countries like China since the environmental regulations ...