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AUTHOR(S): Adamchuk-Chala Nadiia, Subramanian Sowmyalakshmi, Chala Yelyzaveta, Yankiv-Vitkovska Liubov
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ABSTRACT The application of advanced plant-based technologies to optimize agriculture productivity, sustainability and crop resilience is referred to as precision phytotechnology. The use of cutting-edge tools such as genomics and associated bioinformatics, microbial biotechnology, remote sensing and the use of AI-driven data acquisition and analysis helps understand and enhance crop performance, improve resource efficiency and mitigate environmental impacts due to climate change. In this review, the principles of functioning and methods of using information support of biocenology (study of biotic communities), principles of development of phytology (plant science), its phyto-productology (plant natural product research), reductive efficiency of soil microbiota of phyto-cenoses (plant communities) are highlighted. The theory and practice of phyto-cenoses production in Ukraine, the hardware and software of precision phyto-technologies used and their realization methods, are summarized along with materials on environmental aspects of application of precision phyto-technology and their efficient use. The review is designed for managers of agro-consulting companies managing commercial agriculture, graduate students, and researchers in the field of plant production. |
KEYWORDS Phytocenosis, Precision agriculture, Phytotechnology, Agricultural productivity |
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Cite this paper Adamchuk-Chala Nadiia, Subramanian Sowmyalakshmi, Chala Yelyzaveta, Yankiv-Vitkovska Liubov. (2025) Precision Phytotechnology in the Agro-industrial Complex. International Journal of Agricultural Science, 10, 149-160 |
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