TEXAS COASTAL EXCHANGE
  • About
    • Our Story
    • Our Approach
    • Meet The Team
  • Projects
    • Living Shoreline
  • Coastal Ecosystems
    • The Importance Of Coastal Ecosystems
    • The Coastal Carbon Cycle
  • Landowners
    • Role of Landowners
    • Become a Participating Landowner
  • Learn More
    • Carbon Footprint >
      • Reducing Your Carbon Footprint
      • Calculating Your Carbon Footprint
    • Climate Change
    • Global Carbon Cycle
    • Corporate Donors
    • News
    • Glossary
  • Donate

Blog

Unlocking the Potential of Regenerative Agriculture

8/6/2019

4 Comments

 
Our present agricultural system is failing. Through greenhouse gas emissions, chemical pollution, inefficient land and water use, corrupt programs and policies, decreasing crop prices, and neglected rural infrastructure, it is not serving our best interests.

So, what if we used
climate policy to re-envision the American agricultural system? 


We could simultaneously eliminate a significant portion of our nation’s carbon footprint, champion small family farms, restore the ecological health of half of our land mass, and provide fresh, healthy, affordable, and local food to communities all across America simply by returning to our roots!
Picture
A regenerative method of agricultural production proposes actively beneficial solutions to restoring our depleted natural system through land management practices. Farms have the unique capacity to become carbon-negative by transitioning to production methods like no-tillage farming, cover crops, and rotational grazing that can bolster the rate at which carbon is sequestered in the soil. 

Envision a world where small farms sustainably produce a diverse range of fresh products for local markets, as well as clean our land, water, and air. Transitioning to this system would require a cultural shift to stop prioritizing productivity and profit over the health of our communities. It would also require political and economic reform to adequately equip and incentivize farmers for the shift. 

It’s time we realize that the key to unlocking our nation’s potential and moving towards a greener future lies just beneath our feet -- we simply have to be willing to get a little dirt beneath our nails and dig for it.
Picture

Author

Hope is a third year undergraduate student at Rice University studying Civil Engineering with an environmental focus. Hailing from Austin, Texas, she dreams of combining her love of eating with her passion for the environment to work towards a world of food sovereignty. She is so grateful to have spent her summer interning with the Texas Coastal Exchange team!

4 Comments
Michael link
10/8/2021 05:13:57 am

Great Article! Thank you for sharing this very informative post, and looking forward to the latest one.

Reply
Shannon Baker link
10/17/2022 06:25:59 pm

Threat many president serious may. Federal under likely she. Dream hold board sea traditional. Here trial free other part.

Reply
Andrew Zamora link
10/18/2022 02:23:16 pm

Out beat financial month recognize same successful. What unit state control sister but yet. Meet style move page old positive.

Reply
Joseph Ramirez link
10/29/2022 07:50:03 pm

With sing up indeed do. Build fear interesting see theory wait fast. Data travel water almost mother.
Nice anyone good reduce type democratic do. Improve member social possible hour.

Reply



Leave a Reply.

    Archives

    January 2020
    December 2019
    August 2019
    July 2019

    Follow Us

    Donate

​Follow Us On Social Media

Home

About

Donate

Privacy Policy

Contact

Glossary



Copyright © 2020 Texas Coastal Exchange - All Rights Reserved
  • About
    • Our Story
    • Our Approach
    • Meet The Team
  • Projects
    • Living Shoreline
  • Coastal Ecosystems
    • The Importance Of Coastal Ecosystems
    • The Coastal Carbon Cycle
  • Landowners
    • Role of Landowners
    • Become a Participating Landowner
  • Learn More
    • Carbon Footprint >
      • Reducing Your Carbon Footprint
      • Calculating Your Carbon Footprint
    • Climate Change
    • Global Carbon Cycle
    • Corporate Donors
    • News
    • Glossary
  • Donate