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Indigenous-Led Alliance re establishes ITEK Approach to Conservation of Natural Resources through In-Situ Regenerative Agriculture and Amendment Application of Biochar in Consort with Non-GMO Native Microbiota
“Indigenous people have long suffered the consequences of industrial pollution. Remediation efforts led by government and land grant institutions have proven inadequate and have failed to build the knowledge and expertise necessary for Indigenous farmers to learn how to clean up their lands independently. It is time for Indigenous People to take the lead.” – Tim Houseberg,
The rapid rate of degradation of air, water, and soil quality is o f major concern, especially for underserved and disproportionately-affected tribal, minority, and low-income farmers and communities. Although considerable efforts have been put forth from a multitude of sources, these previously proposed solutions have fallen short for a variety of reasons.
The ITEK (Indigenous Traditional Ecological Knowledge) Approach brings about innovative practices sourced from ancestral and indigenous ecological knowledge to produce a seemingly revolutionary solution. This approach utilizes biochar with a variety of native non-GMO microbes combined with indigenous traditional principles of regenerative agriculture to establish and enhance not only immediate conservation efforts of fundamental natural resources but to fulfill an obligation to establish and maintain a sustainable state for seven generations and beyond.
University-supported research (to include application thereof) demonstrates that the ITEK Approach effectively increased the overall condition of both water and soil health. Support is needed for the Alliance to expand field trials to include indigenous-led partners to employ the ITEK Approach on multiple contaminated sites to solidify best practices for widespread application of the ITEK Approach. The primary objective is to establish a protocol that, when implemented, will promote the conservation of land and water in a manner which is productive, safe, environmentally beneficial and cost-effective. Culturally appropriate methodologies will be employed to communicate project-optimized practices through education and outreach programs to target historically-underserved indigenous, minority, and low-income farmers and communities. Utilization of such practices will empower the target groups to grow profitable, safe, diverse and culturally appropriate crops to reduce food insecurity, promote viable livelihoods and ensure clean, working lands.
Scope: Outreach Education Demonstrations of Indigenous Stewardship Methods This ISM will build capacity advocates, organize and train American Indian farmers and ranchers in climate-smart methods planning and implementation of conservation.
Purpose: Improve soil health; water quality and air quantity; Provide habitat for local wildlife species of concern; Improve the environmental and economic performance of land; Build Strengthen local community sustainable food production and economic
Provide conservation solutions that transmuting pesticide residues, heavy metals, chemicals fertilizers radioactive elements into beneficial essential fatty acids generating food for the environment.
Implement ISM nature based cultural methods to replace toxic commercial agricultural practices
Summary of Project Objectives
Indigenous Alliance reestablishes TEK Approach to Conservation of Natural Resources through In-Situ Regenerative Agriculture and Amendment Application: Biochar in Consort with Non-GMO Native Microbiota and Phytoremediation
The Tar Creek Superfund Site in northeastern Oklahoma is one of the most toxic legacy mining sites in North America, with over four decades of limited progress in addressing widespread contamination from lead, cadmium, zinc, manganese, and other heavy metals. The ongoing environmental and health risks continue to impact surrounding communities, particularly those within the Quapaw Nation and affiliated Tribal lands.
Turtle Island Group, in partnership with various Tribal and Aboriginal organizations, is actively seeking alternative, effective, and scalable technologies to accelerate the remediation of contaminated water and restore affected lands to safe, productive use. Lotic Technologies proposes a phased approach that will lead to the deployment of a 1000 gpm Electro-Catalytic Advanced Oxidation Process (EC-AOP) system to support these efforts.
The EC-AOP process has been successfully used to treat a wide range of contaminated waters, with demonstrated removal of hydrocarbons, organics, suspended solids, and most critically—heavy metals— through advanced oxidation, electrocoagulation, and in-situ hydroxyl radical generation.
Phased Implementation Strategy
To ensure treatment effectiveness, regulatory acceptance, and community alignment, the proposal includes the following three stages:
∙ Phase 1 – Bench Testing: Contaminated water from Tar Creek is shipped to Lotic Technologies’ facility in Canada for small-scale EC-AOP testing. These tests will verify the technology’s ability to remove site-specific contaminants (metals, organics, etc.) and generate verified third-party lab data.
∙ Phase 2 – On-Site Pilot Project (25 gpm): A mobile EC-AOP pilot unit will be deployed to Tar Creek for in-field testing and validation. This unit can be used to support EPA review, community demonstration, and permitting activities.
∙ Phase 3 – Full-Scale Treatment Facility (1000 gpm): Based on successful outcomes from Phases 1 and 2, Lotic Technologies will design and build a 1000 gpm EC-AOP remediation plant to continuously treat contaminated water from the site.
This proposal outlines the project scope, technology benefits, and potential outcomes of deploying EC AOP as a powerful tool in the long-delayed cleanup of Tar Creek. At Native Health Matters Foundation, our vision is to create a community where mental health is a top priority and individuals can access the resources they need to achieve optimal well-being.
Native Health Matters Foundation
86603 Hwy 59 Cherry Tree, Oklahoma 74960, United States