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1-971-212-8337 virginia@waterisalive.org

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Project Summary
- The Trinity River Bioremediation Demonstration Project Permit! 2021-2022
Links
Contact
- We keep you posted
Sponsors
Blog
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Youtube feed
AgriLife-Biostimulant-Study
JohnBunkerSandsWetlandsTrinityRiverBioremediationProject

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Home
Project Summary
- The Trinity River Bioremediation Demonstration Project Permit! 2021-2022
Links
Contact
- We keep you posted
Sponsors
Blog
Donate
Youtube feed
AgriLife-Biostimulant-Study
JohnBunkerSandsWetlandsTrinityRiverBioremediationProject

Home
Project Summary
- The Trinity River Bioremediation Demonstration Project Permit! 2021-2022
Links
Contact
- We keep you posted
Sponsors
Blog
Donate
Youtube feed
AgriLife-Biostimulant-Study
JohnBunkerSandsWetlandsTrinityRiverBioremediationProject

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Water Is Alive

YouTube Video UCcfZi6cq1ZrvECMRwWwKCgA_N4YmY1LiSU0

This video is on field tests conducted with an onion based biostimulant. The first clips show the foliar application of the onion biostimulant to the leaves of kale plants prevents a certain insect from infesting the plants.
The next clip is showing the start of a field demonstration on May 3, 2022 of various rates of application, 10%, 25% and 50% of the biostimulant mixed with water and applied to corn at the time of planting. The control patch of land seeded with corn has no biostimulant. We did not add any fertilizers. We planted 4 rows at 17.5 feet long with 32 plants in each row of the biostimulant at 10%, 25% and the control patch. Each row of these 3 groups represents 1/1000 of an acre. We will be following the progress of this demonstration.
The third portion is the "worst-case-scenario" study of the application of the biostimulant. By soaking the same corn seeds planted in the field study for 24 hours, we show that the seeds soaked in a 10% solution of the biostimulant looked much better and were much bigger than the control study that was only soaked in water without biostimulant. Thank you. Please comment.

This video is on field tests conducted with an onion based biostimulant. The first clips show the foliar application of the onion biostimulant to the leaves of kale plants prevents a certain insect from infesting the plants.
The next clip is showing the start of a field demonstration on May 3, 2022 of various rates of application, 10%, 25% and 50% of the biostimulant mixed with water and applied to corn at the time of planting. The control patch of land seeded with corn has no biostimulant. We did not add any fertilizers. We planted 4 rows at 17.5 feet long with 32 plants in each row of the biostimulant at 10%, 25% and the control patch. Each row of these 3 groups represents 1/1000 of an acre. We will be following the progress of this demonstration.
The third portion is the "worst-case-scenario" study of the application of the biostimulant. By soaking the same corn seeds planted in the field study for 24 hours, we show that the seeds soaked in a 10% solution of the biostimulant looked much better and were much bigger than the control study that was only soaked in water without biostimulant. Thank you. Please comment.

This video is a tour of the AgriLife Extension Center in Dallas Texas featuring Fouad Jaber, Ph.D., P.E. Professor and Extension Specialist Biological and Agricultural Engineering Department at Texas A&M AgriLife Extension Service. A monumental example of how we can manage stormwater runoff with meandering berms, native plants and trees and an amazing rainwater harvesting system. Thank you Bluebonnet Resource Conservation and Development District for the Soil Builders Internship Summer Camp. Go Soil builders, GO!

The proposed location of the Trinity River Bioremediation Demonstration Project is Joe's Creek. This video is recorded on a warm summer day during a survey of Joe's Creek, near downtown Dallas. We are raising funds to test Water Is Alive's biofilters in these waters that contain high levels of e-coli. The methods we will use in three kinds of biofilters are myceliated (mushroom) filters and food grade bacteria that eat the e coli in the water. Our tests will have very minimal impact on the creek bed or the banks and promise to improve water quality. We have qualified for Nationwide Permit 18 and with your support we can prove in Joe's Creek how YOU TOO can use microorganisms to clean up contaminated water! For more information check out the Permit page on www.waterisalive.org
Thanks for watching, enjoy the trip!

We hope this is inspiring you to Bokashi compost and do something excellent like clean a friends fridge!

Bokashi compostering zorgt dat uw vuilnis niet gaat stinken. Bokashi is goed voor de aarde, het kan ook biologische en chemische vervuiling opruimen en uw tuin of de stad groener maken! Bokashi brengt organische stoffen terug de grond in en waarborgt de aminozuren en enzymen van de onherroepelijk schade thermodynamische compostering verricht. DNA is opgebouwd door aminozuren die door de wortels van planten opgenomen zijn. Alle onze cellen zijn gemaakt van DNA. Als we beter voor de aminozuren zorgen, hoog waarschijnlijk zal het beter gaan met de gezondheid van mens en dier.

Bokashi es un abono orgánico. Con dos baldes o cubetas y microorganismos alimentares que ponemos sobre desechos orgánicos de vegetal y animal, se pueden enriquecerlo la tierra. Los microorganismos autóctonos activan al proceso fermentativo e se quitan olores malos de su basura.

The cold fermentation of Bokashi composting takes better care of the amino acids and enzymes that we need to build our DNA than the regular kind of composting. That is because temperatures of over 120 degrees Fahrenheit melts enzymes, amino acids and DNA, and most kinds of composting results in the heating up of the organic matter above 120 degrees Fahrenheit. Bokashi is the fermentation of organic materials and it happens in a closed bucket. This video shows you one inexpensive way to Bokashi compost with buckets you might already have, and how to bury your Bokashi in two kinds of above ground composting systems. Bokashi composting can be easy, because everything can go into your Bokashi buckets. Meats, dairy, citrus, bread and almost all of your organic wastes can go into the Bokashi fermentation process that breaks the organic matter down before going back into the ground. Once in the ground the organic matter quickly breaks down into soil and is absorbed by the roots of plants to start the cycle of life over again. This is also one amazing way to clean up contaminated soil and when specially prepared with hard fruits or vegetables your Bokashi may also help clean up contaminated water. www.waterisalive.org

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An introduction to Bokashi

What is Bioremediation?

Bioremediation has been happening on Earth for 3.5 billion years. Since the existence of the first single-celled organisms on earth over 3.5 billion years ago, microorganisms have been eating hazardous compounds and breaking them down. This is one of the oldest natural technologies and can be strategically applied to include the clean-up of modern environmental contamination. Romans applied microorganisms to clean their wastewater. This form of bioremediation is documented as early as 600 BC.

General inquiries

virginia@waterisalive.org /
waterisalive.org

Home
Project Summary
- The Trinity River Bioremediation Demonstration Project Permit! 2021-2022
Links
Contact
- We keep you posted
Sponsors
Blog
Donate
Youtube feed
AgriLife-Biostimulant-Study
JohnBunkerSandsWetlandsTrinityRiverBioremediationProject

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