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Agroecology
Call 3
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Mustafa SOYLAK
Turkey
Erciyes University
University
agriculture, sugar beet, farm, plant regulators, biopesticides, zero waste
Determine and assess benefits/impacts and trade-offs of agroecology, and identify best practices
I am seeking collaborations to develop sustainable and innovative solutions in agriculture, particularly in sugar beet cultivation, precision farming, plant growth regulators, biopesticides, and zero-waste management. My primary focus is on eco-friendly approaches that enhance productivity while reducing environmental impact.
One of our key objectives is to minimize the reliance on conventional chemical pesticides by developing natural and effective alternatives. We are actively working on plant-based biopesticides and growth regulators that support healthier crops and sustainable farming practices. Additionally, our research integrates zero-waste principles to maximize resource efficiency and minimize agricultural waste.
To demonstrate the feasibility of our approach, we have already developed a working prototype showcasing the effectiveness of our innovations. We are eager to collaborate with academic institutions, research centers, and industry partners to further refine and commercialize our solutions. Our expertise spans material synthesis, analytical chemistry, and advanced extraction techniques, providing a strong foundation for innovative agricultural applications.
We are open to joint research projects, technology development, and investment opportunities with organizations that share our commitment to sustainable agriculture. If you are interested in pioneering next-generation agricultural solutions, we welcome the opportunity to explore potential partnerships.
One of our key objectives is to minimize the reliance on conventional chemical pesticides by developing natural and effective alternatives. We are actively working on plant-based biopesticides and growth regulators that support healthier crops and sustainable farming practices. Additionally, our research integrates zero-waste principles to maximize resource efficiency and minimize agricultural waste.
To demonstrate the feasibility of our approach, we have already developed a working prototype showcasing the effectiveness of our innovations. We are eager to collaborate with academic institutions, research centers, and industry partners to further refine and commercialize our solutions. Our expertise spans material synthesis, analytical chemistry, and advanced extraction techniques, providing a strong foundation for innovative agricultural applications.
We are open to joint research projects, technology development, and investment opportunities with organizations that share our commitment to sustainable agriculture. If you are interested in pioneering next-generation agricultural solutions, we welcome the opportunity to explore potential partnerships.
1.bölüm
I am seeking collaborations to develop sustainable and innovative solutions in agriculture, particularly in sugar beet cultivation, precision farming, plant growth regulators, biopesticides, and zero-waste management. My primary focus is on eco-friendly approaches that enhance productivity while reducing environmental impact.
One of our key objectives is to minimize the reliance on conventional chemical pesticides by developing natural and effective alternatives. We are actively working on plant-based biopesticides and growth regulators that support healthier crops and sustainable farming practices. Additionally, our research integrates zero-waste principles to maximize resource efficiency and minimize agricultural waste.
To demonstrate the feasibility of our approach, we have already developed a working prototype showcasing the effectiveness of our innovations. We are eager to collaborate with academic institutions, research centers, and industry partners to further refine and commercialize our solutions. Our expertise spans material synthesis, analytical chemistry, and advanced extraction techniques, providing a strong foundation for innovative agricultural applications.
We are open to joint research projects, technology development, and investment opportunities with organizations that share our commitment to sustainable agriculture. If you are interested in pioneering next-generation agricultural solutions, we welcome the opportunity to explore potential partnerships.
I am seeking collaborations to develop sustainable and innovative solutions in agriculture, particularly in sugar beet cultivation, precision farming, plant growth regulators, biopesticides, and zero-waste management. My primary focus is on eco-friendly approaches that enhance productivity while reducing environmental impact.
One of our key objectives is to minimize the reliance on conventional chemical pesticides by developing natural and effective alternatives. We are actively working on plant-based biopesticides and growth regulators that support healthier crops and sustainable farming practices. Additionally, our research integrates zero-waste principles to maximize resource efficiency and minimize agricultural waste.
To demonstrate the feasibility of our approach, we have already developed a working prototype showcasing the effectiveness of our innovations. We are eager to collaborate with academic institutions, research centers, and industry partners to further refine and commercialize our solutions. Our expertise spans material synthesis, analytical chemistry, and advanced extraction techniques, providing a strong foundation for innovative agricultural applications.
We are open to joint research projects, technology development, and investment opportunities with organizations that share our commitment to sustainable agriculture. If you are interested in pioneering next-generation agricultural solutions, we welcome the opportunity to explore potential partnerships.