Dr. Long Bao | Agronomic Sciences | Best Researcher Award

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Dr. Long Bao | Agronomic Sciences | Best Researcher Award

Associate Professor at  Chifeng University, China.

Dr. Bao Long is an accomplished Associate Professor at the College of Agriculture, Chifeng University, specializing in plant allelopathy and sustainable agricultural practices. With a Ph.D. in Agricultural Science from Tokyo University of Agriculture and Technology, he has established himself as a leading researcher in the field of biological production science. His academic journey reflects a strong commitment to advancing plant-based solutions for environmental and agricultural challenges. Through his innovative projects, publications, and collaborations, Dr. Bao Long continues to make meaningful contributions to the global scientific community, particularly in the area of medicinal plant research and crop sustainability.

Professional Profile

ORCID

Education

Dr. Bao Long earned his Ph.D. in Agricultural Science with a focus on Biological Production Science from the Tokyo University of Agriculture and Technology. His doctoral work strengthened his expertise in plant physiology, allelopathy, and crop interactions, forming the foundation of his subsequent research. Building on this academic background, he developed a strong interest in addressing issues related to medicinal plants and desert ecosystems. His education not only equipped him with advanced research skills but also provided him with an international perspective, enabling him to connect global agricultural challenges with practical, localized solutions for sustainable crop production.

Professional Experience

Dr. Bao Long began his professional career as a Lecturer at Chifeng University , where he quickly established himself as a capable academic and researcher. He was later promoted to Associate Professor at the College of Agriculture, reflecting his dedication and scholarly achievements. In addition, he served as a Visiting Researcher at Meiji University’s Faculty of Agriculture, Japan. His career has been marked by active involvement in applied research projects and consultancy for local agricultural industries. This combination of teaching, research, and industry engagement highlights his well-rounded professional expertise in agricultural science.

Research Interest

Dr. Bao Long’s primary research interests revolve around plant allelopathy and allelochemical interactions, with a particular focus on medicinal and desert plants. He has dedicated his efforts to exploring the mechanisms behind continuous cropping obstacles, especially in Platycodon grandiflorus. His work examines the potential of natural compounds and activated carbon to mitigate crop stress and improve soil health. By bridging fundamental plant science with practical applications, he aims to enhance sustainability in medicinal crop cultivation. His long-term vision is to contribute innovative solutions that improve agricultural resilience, biodiversity, and the productivity of medicinal plants in challenging environments.

Award and Honor

In recognition of his research contributions, Dr. Bao Long received the Bronze Poster Prize at the 4th Asian Allelopathy Society Conference. This award highlighted his innovative work on plant allelopathy and acknowledged his role as an emerging researcher in agricultural science. His career continues to be enriched by active memberships in professional organizations such as the Asian Society of Allelopathy, the Japanese Society of Desert Studies, and the Weed Science Society of Japan. These honors and affiliations underscore his commitment to advancing agricultural research and his growing reputation within the international scientific community.

Research Skill

Dr. Bao Long possesses a diverse set of research skills, particularly in allelopathy assessment, allelochemical identification, and continuous cropping studies. He has demonstrated strong expertise in both laboratory experiments and field trials, allowing him to validate his findings in real-world conditions. His ability to integrate plant biology with practical agricultural solutions highlights his applied research capacity. Moreover, his consultancy experience with local agricultural cooperatives showcases his problem-solving skills in addressing industry challenges. Through his multidisciplinary approach, he combines technical proficiency with innovation, ensuring his work contributes to both academic advancements and the development of sustainable farming practices.

Publications

Bao, L., Zhao, X., Kang, G., Suzuki, K., Ismail, T., Fujii, Y., & Motoki, S. (2024). Assessment of the allelopathic activity of various parts of Platycodon (Platycodon grandiflorus) and its mitigation by activated carbon. Agronomy.

Bao, L. (2022). The determination of allelopathic effects of Belamcanda chinensis and analysis of causes for continuous cropping obstacles. Journal of Chifeng University (Natural Science Edition).

Bao, L. (2019). Screening of allelopathic activity of plants growing in the desert area of Inner Mongolia Autonomous Region and discovery of Sea Buckthorn and Sweet annie as highly active plants and estimation of their active substances. Journal of Arid Land Studies.

Bao, L. (2010). On the development of sustainable dairy farming industry in Inner Mongolia Autonomous Region. Journal of International Relations Studies.

Conclusion

In conclusion, Dr. Bao Long is an innovative researcher and academic leader whose work bridges science and application in agricultural sustainability. His career path demonstrates a balance between academic rigor, practical consultancy, and international collaboration. By focusing on the challenges of continuous cropping in medicinal plants, he has provided solutions with significant implications for farmers and researchers alike. His achievements, including publications, awards, and professional memberships, reflect his influence in the field of plant allelopathy. As he continues to advance in his career, Dr. Bao Long remains committed to contributing knowledge and innovations that support sustainable agriculture worldwide.

Muhammad Abbas | Chemical Ecology | Young Scientist Award

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Dr. Muhammad Abbas | Chemical Ecology | Young Scientist Award

Research Associate at Bahauddin Zakaria University, Pakistan.

Muhammad Ghazanfar Abbas is a dedicated entomologist and chemical ecologist from Pakistan, actively engaged in advancing research on insect chemical communication and pest management. His work focuses on the ecological and biochemical interactions of insects with host plants, contributing to sustainable agricultural practices. With several peer-reviewed publications, he has demonstrated expertise in exploring essential oils and plant-derived compounds as environmentally friendly alternatives to synthetic pesticides. Abbas has served in diverse roles including research associate, lecturer, and lab manager, showcasing strong professional growth. His contributions highlight his commitment to applied entomology and integrated pest control strategies.

Professional Profile

ORCID

Education

Muhammad Ghazanfar Abbas pursued his academic journey at Bahauddin Zakariya University, Multan, where he earned his B.Sc. (Hons.), M.Sc. (Hons.), and is currently completing his Ph.D. in Agriculture Entomology. His research has emphasized plant essential oils and their bioactive potential against vector and agricultural pests. His M.Sc. thesis explored the repellant and larvicidal effects of essential oils against Aedes aegypti, a major dengue vector. Throughout his studies, Abbas has maintained a strong academic record and cultivated specialized expertise in chemical ecology, insect behavior, and bio-rational pest control approaches, aligning his education with his research career goals.

Professional Experience

Muhammad Ghazanfar Abbas has held various professional roles that enriched his expertise in entomology. He worked as a research associate in an HEC-funded project on locust feeding preferences, where he gained hands-on experience in insect behavior and host plant interactions. He has been a lab manager at Bahauddin Zakariya University overseeing research and academic activities. His professional portfolio also includes work as a visiting lecturer, secondary school teacher, and agriculture farm manager. Additionally, he served as assistant coordinator at a pesticide group, broadening his applied knowledge. These experiences reflect his versatility and leadership in both research and education.

Research Interest

Muhammad Ghazanfar Abbas has a strong research interest in chemical ecology, insect behavior, and sustainable pest management. His focus is on the chemical composition and bioactivity of plant essential oils, particularly their role as repellents, larvicides, and oviposition deterrents against mosquitoes and agricultural pests. He is also interested in exploring environmentally friendly alternatives to chemical pesticides, aligning with integrated pest management principles. His recent works extend into the study of insect–plant interactions, microbial biocontrol agents, and alternative protein sources in poultry nutrition. Abbas’s research aims to bridge ecological theory with practical solutions for agriculture and public health challenges.

Awards and Honors

Muhammad Ghazanfar Abbas has been recognized for his academic dedication and leadership with multiple awards. He received the Best Lab Manager Award from the Department of Entomology at Bahauddin Zakariya University for his outstanding service in research management. His academic journey has also been supported through national initiatives, including laptops awarded by both the Prime Minister and Chief Minister of Pakistan. Additionally, he was granted a solar panel under the Prime Minister’s scheme, reflecting recognition of his scholarly promise. These honors not only acknowledge his hard work but also highlight his commitment to advancing scientific research and education.

Research Skills

Muhammad Ghazanfar Abbas has developed strong research skills in entomology and chemical ecology. He is proficient in insect rearing, behavioral assays, and olfactory studies to understand host plant preferences and vector control. His expertise includes advanced laboratory techniques for essential oil extraction, chemical analysis, and bioassays for evaluating repellency, larvicidal activity, and antibacterial effects. Abbas is skilled in managing collaborative research projects, data interpretation, and scientific writing, demonstrated by his multiple publications in high-impact journals. As a lab manager, he has cultivated skills in supervision, resource management, and student training, showcasing a comprehensive research and leadership profile.

Publications

Muhammad Ghazanfar Abbas has contributed significantly to entomological science through multiple research publications. His works primarily explore the chemical composition and biological activities of essential oils against Aedes aegypti, Anopheles gambiae, and agricultural pests. He has co-authored papers on mosquito repellency, antibacterial effects, and alternative protein sources for poultry. His articles are published in internationally recognized journals including Biology, Molecules, and Frontiers in Animal Science. These contributions reflect his ability to collaborate with international scientists and address global challenges in pest and vector control. His publication record underscores his expertise in bio-rational pest management strategies.

Nawaz, M., Ullah, B., Abbas, M. G., Binyameen, M., Apšegaitė, V., Mozūraitis, R., & Azeem, M. (2024). Antibacterial and mosquito repellent potential of eight citrus cultivars and their chemical composition. Horticulturae.

Abbas, M. G., Azeem, M., Bashir, M. U., Ali, F., Mozūratis, R., & Binyameen, M. (2024). Chemical composition, repellent, and oviposition deterrent potential of wild plant essential oils against three mosquito species. Molecules.

Parveen, A., Abbas, M. G., Keefover-Ring, K., Binyameen, M., Mozūraitis, R., & Azeem, M. (2024). Chemical composition of essential oils from natural populations of Artemisia scoparia collected at different altitudes: Antibacterial, mosquito repellent, and larvicidal effects. Molecules.

Haris, A., Azeem, M., Abbas, M. G., Mumtaz, M., Mozūratis, R., & Binyameen, M. (2023). Prolonged repellent activity of plant essential oils against dengue vector, Aedes aegypti. Molecules.

Abbas, M. G. (2022). Chemical composition, larvicidal and repellent activities of wild plant essential oils against Aedes aegypti.

Conclusion

Muhammad Ghazanfar Abbas is an emerging researcher in the field of entomology, with a growing reputation in chemical ecology and bio-rational pest management. His academic achievements, professional roles, and impactful publications collectively highlight his contribution to science and sustainable agriculture. With recognized awards and honors, he continues to demonstrate excellence in research and teaching. His expertise in essential oil-based pest control and insect behavior positions him as a valuable contributor to future innovations in agriculture and public health. Abbas’s career reflects a strong commitment to advancing knowledge and applying science for environmental sustainability.

Bait Ullah | Bio Chemistry | Young Researcher Award

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Mr. Bait Ullah | Bio Chemistry | Young Researcher Award

Research Associate at COMSATS University, Pakistan

Bait Ullah is a dedicated Research Associate in Chemistry at the Centre for Advanced Drug Research (CADR), COMSATS University Islamabad, Abbottabad Campus. His expertise spans drug design, synthesis, and in-silico studies, with a strong focus on medicinal chemistry and natural product research. He has contributed to innovative projects targeting inflammation and neurological disorders through novel purinergic receptor antagonists. His academic journey, complemented by practical laboratory experience and teaching roles, has shaped his multidisciplinary skills. Bait Ullah is committed to advancing scientific research through innovative methodologies and collaborative approaches, aiming to make impactful contributions in chemistry and biomedical sciences.

Professional Profile

Scopus

Eduaction

Bait Ullah holds a Master of Science in Chemistry from COMSATS University Islamabad, Abbottabad Campus, where he specialized in the chemical analysis of medicinal plants, including their antimicrobial, antioxidant, and anticancer activities. He earned a Bachelor of Science in Biochemistry from the University of Peshawar, focusing on computational studies and molecular docking for anticancer drug targets. His academic foundation also includes higher secondary and secondary education in science, completed with distinction. This diverse educational background equips him with both theoretical and practical expertise, enabling him to bridge the gap between computational modeling, chemical synthesis, and biological evaluation in scientific research.

Professional Experience

Bait Ullah currently serves as a Research Associate at CADR, COMSATS University Islamabad, where he designs and executes drug discovery projects, including synthesis, bio-evaluation, and in-silico modeling. His responsibilities include managing laboratory safety, maintaining analytical instruments such as FTIR and GC-MS, and troubleshooting technical issues. He has also worked as a Graduate Research Associate, contributing to medicinal and material science applications. Beyond research, he gained teaching experience as a Lecturer at Bital College, Peshawar. His combined research and academic experience reflects his versatility, leadership skills, and commitment to fostering both innovation in the laboratory and knowledge in the classroom.

Research Interest

Bait Ullah’s research interests lie in medicinal chemistry, drug discovery, and natural product chemistry. He focuses on the design, synthesis, and biological evaluation of novel compounds for treating inflammation and neurological disorders, particularly through purinergic receptor antagonists. His work also explores the antimicrobial, antioxidant, and anticancer potential of natural products, integrating both experimental and computational approaches. He is passionate about molecular docking, in-silico modeling, and structure-activity relationship studies to guide drug development. By combining advanced instrumentation, bioassays, and computational tools, Bait Ullah aims to discover and optimize bioactive molecules with therapeutic potential in modern healthcare.

Award and Honor

Bait Ullah has received multiple academic accolades recognizing his excellence and dedication. He was awarded the Prime Minister’s Laptop Scheme based on academic merit and won the Stars of KPK Merit Scholarship during his F.Sc. studies. He also secured the Political Scholarship for students from FATA/Balochistan and received the Education Fund Scholarship to support his Master’s degree. Additionally, he has been recognized under the Prime Minister Talent Laptop Scheme for outstanding academic performance. These achievements underscore his consistent academic excellence, perseverance, and commitment to advancing his education and research despite challenges, making him a role model in his field.

Research Skill

Bait Ullah possesses a strong set of research skills, including drug synthesis, in-silico studies, enzyme-based and cell-line-based bioassays, molecular docking, and DNA extraction techniques. His technical expertise spans advanced instrumentation such as FTIR, GC-MS, flow cytometry, UV-visible microplate readers, real-time PCR, and fluorescent microscopy. He is proficient in software tools like PyMol, SeeSAR, ChemDraw, Origin, and EndNote. He also excels in designing research protocols, laboratory safety management, and troubleshooting analytical instruments. With his integrated knowledge of computational chemistry, analytical techniques, and biological evaluation, he brings a comprehensive approach to addressing scientific challenges in drug discovery and development.

Publications

Bait Ullah has contributed to scientific literature with publications in reputed journals. Notably, he co-authored a 2024 research article in Horticulturae titled Antibacterial and Mosquito Repellent Potential of Eight Citrus Cultivars and Their Chemical Composition. This study explored the bioactive properties and chemical profiles of citrus cultivars, highlighting their potential in pest control and antibacterial applications. His publications reflect his multidisciplinary expertise in natural product chemistry, bioassays, and analytical chemistry. Through his research, he aims to contribute valuable findings that bridge traditional knowledge of medicinal plants with modern chemical analysis and pharmacological evaluation techniques.

Title: Antibacterial and mosquito repellent potential of eight citrus cultivars and their chemical composition
Authors: Nawaz, M., Ullah, B., Abbas, M. G., Binyameen, M., Apšegaitė, V., Mozūraitis, R., & Azeem, M.
Journal: Horticulturae

Conclusion

Bait Ullah is a passionate and goal-oriented chemist committed to excellence in scientific research and innovation. With a strong academic foundation, practical laboratory expertise, and a proven publication record, he bridges the domains of computational modeling, chemical synthesis, and biological evaluation. His dedication to exploring natural and synthetic compounds for medicinal applications underscores his commitment to addressing global health challenges. Recognized through multiple academic awards, he continues to demonstrate perseverance and academic excellence. As he advances in his career, Bait Ullah remains focused on contributing impactful research that drives innovation in medicinal chemistry and pharmaceutical sciences.

Xiushuang Li | Organic Farming | Best Researcher Award

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Assist. Prof. Dr. Xiushuang Li | Organic Farming | Best Researcher Award

Research Scholar at Sichuan Normal University, China

Li Xiushuang is an accomplished assistant researcher at the Southwest Land Resources Evaluation and Monitoring Key Laboratory, Sichuan Normal University. His expertise lies in plant nutrition and soil organic carbon dynamics, with a strong academic foundation built through rigorous training and impactful research. Dedicated to advancing sustainable agricultural practices, he integrates innovative approaches to optimize soil fertility and crop productivity. With a keen focus on improving nitrogen management and carbon sequestration strategies, he contributes significantly to both scientific understanding and practical applications. His work reflects a commitment to ecological balance, resource efficiency, and the promotion of environmentally responsible farming systems.

Professional Profile

Scopus | ORCID

Education

Li Xiushuang holds a doctoral degree in Plant Nutrition from Northwest A&F University, where he also earned his master’s degree in the same field and his bachelor’s in Resource and Environmental Science. His academic journey has been characterized by a deep engagement with soil science, plant nutrient cycling, and sustainable crop management. Through years of dedicated study and research, he has developed strong theoretical knowledge combined with hands-on experimental skills. These academic achievements laid the foundation for his later research in soil carbon sequestration, nitrogen use efficiency, and environmentally sound farming techniques tailored to diverse agricultural environments.

Professional Experience

Li Xiushuang has served as an assistant researcher at the Southwest Land Resources Evaluation and Monitoring Key Laboratory, Sichuan Normal University. In this role, he leads and participates in projects addressing soil organic carbon turnover, nitrogen management, and sustainable farming practices. His responsibilities include designing experiments, supervising field trials, analyzing data, and publishing findings in peer-reviewed journals. Prior to this, he built extensive research experience during his doctoral and master’s studies, collaborating with multidisciplinary teams to explore solutions for enhancing soil health and crop productivity in both rainfed and irrigated agricultural systems.

Research Interest

Li Xiushuang’s research focuses on the interactions between organic amendments, nitrogen inputs, and soil carbon cycling in agricultural ecosystems. He is particularly interested in the mechanisms underlying soil organic carbon sequestration and how farming practices can be optimized to promote long-term soil fertility. His work often examines the role of crop residues, green manures, and combined nutrient strategies in improving soil structure and resilience. Through a systems-based approach, he aims to develop sustainable agricultural methods that balance productivity with environmental protection, contributing to climate change mitigation and the restoration of degraded farmland soils.

Awards and Honors

While Li Xiushuang’s profile reflects notable scholarly achievements, his recognition primarily stems from his role as the sole first author of multiple high-impact journal publications. These works, published in respected international journals, highlight his innovative contributions to soil science and plant nutrition research. His consistent authorship demonstrates leadership in study design, execution, and scientific communication. The depth and breadth of his research output have established his reputation as a promising scientist in the field, setting a strong foundation for future accolades and expanded collaborative opportunities within academic and applied agricultural research communities.

Research Skills

Li Xiushuang possesses advanced skills in soil nutrient analysis, experimental design, and data interpretation. He is proficient in assessing soil organic carbon fractions, evaluating nitrogen cycling, and applying statistical modeling to agricultural systems. His expertise includes integrating laboratory assays with field trials to generate practical, evidence-based recommendations for improving soil management. He is adept at using both traditional agronomic techniques and modern analytical tools to investigate complex interactions between soil, plants, and environmental factors. His skillset supports interdisciplinary research aimed at enhancing soil fertility, optimizing nutrient use efficiency, and promoting sustainable agricultural productivity.

Publications

Li Xiushuang has authored multiple peer-reviewed articles as the sole first author, published in respected journals such as Journal of Soil Science and Plant Nutrition, Agronomy, and Agriculture, Ecosystems & Environment. His research topics range from the effects of crop straw incorporation and green manure application to long-term straw mulching combined with nitrogen fertilization. These publications provide valuable insights into the mechanisms of soil organic carbon sequestration and the optimization of nutrient inputs. Collectively, his works contribute to global discussions on sustainable agriculture, soil health, and climate change mitigation through improved land management strategies.

Long‐term effects of straw mulching coupled with N application on soil organic carbon sequestration and soil aggregation in a winter wheat monoculture system. Xiushuang Li, Chunyan Qu, Yunuo Li, Zhiying Liang, Xiaohong Tian, Jianglan Shi, Peng Ning, Gehong Wei. Agronomy Journal.

Short‐term effects of combined organic amendments on soil organic carbon sequestration in a rain‐fed winter wheat system. Xiushuang Li, Zhiying Liang, Yunuo Li, Yihui Zhu, Xiaohong Tian, Jianglan Shi, Gehong Wei. Agronomy Journal.

Potassium fertilization combined with crop straw incorporation alters soil potassium fractions and availability in northwest China: An incubation study. Xiushuang Li, Vassilis G. Aschonitis, Yafei Li, Tianqi Wu, Chunyan Qu, Peng Ning, Jianglan Shi, Xiaohong Tian. PLOS ONE.

Conclusion

Through his dedication to soil science and sustainable agriculture, Li Xiushuang has established himself as a committed researcher with a clear vision for the future of farming. His contributions bridge the gap between fundamental science and practical field applications, enabling better resource use while preserving environmental quality. With strong expertise in soil carbon and nutrient management, he continues to pursue innovative solutions to the challenges facing modern agriculture. His career reflects not only academic excellence but also a deep responsibility toward fostering resilient food systems for future generations.

Nikita Kankanawadi | Sericulture | Women Researcher Award

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Nikita Kankanawadi | Sericulture | Women Researcher Award

Project Assistant at Central Sericultural Research and Training Institute, India

Nikita Kankanawadi is an accomplished agricultural professional specializing in sericulture, with a strong foundation in scientific research, technology integration, and sustainable farming practices. Her academic journey and practical exposure have shaped her expertise in silkworm breeding, disease management, and mulberry cultivation. She has participated in prestigious international and national training programs, enhancing her skills in smart agriculture and entrepreneurship. Nikita’s passion for innovation in agriculture is evident from her active involvement in conferences, workshops, and research projects. She combines scientific rigor with practical field knowledge, contributing meaningfully to advancements in sericulture and related agricultural domains.

Professional Profile

ORCID 

Education

Nikita holds an M.Sc. (Agriculture) in Sericulture from the University of Agricultural Sciences, Bangalore, where she developed advanced expertise in silkworm biology, breeding, and disease resistance. She earned her B.Sc. (Agriculture) from the University of Agricultural Sciences, Dharwad, building a solid foundation in crop sciences, pest management, and sustainable farming. Her early academic journey at renowned institutions instilled a deep commitment to agricultural innovation. Complementing her formal education, she engaged in specialized training programs, enhancing her technical knowledge in AI applications, biotechnology, and agribusiness strategies, further preparing her for impactful contributions to agricultural research and development.

Professional Experience

Nikita has gained extensive practical experience through rural agricultural work, agro-industrial attachments, and research collaborations. She has worked directly with farmers to evaluate high-temperature and disease-tolerant silkworm hybrids across multiple districts in Karnataka. Her fieldwork included assessing raw silk quality, analyzing reeling performance, and addressing sericulture challenges at the grassroots level. Nikita’s professional exposure spans international training in Finland, where she learned smart agriculture technologies, and diverse national-level programs focusing on livestock, aquaculture, and sustainable farming. Her ability to bridge academic research with field application makes her a valuable contributor to agricultural development initiatives.

Research Interest

Nikita’s research interests encompass silkworm breeding, disease resistance, mulberry improvement, and value-added products from sericulture. She is particularly fascinated by integrating biotechnology, molecular biology, and artificial intelligence into sericulture for yield enhancement and disease control. Her work also explores the potential of mulberry leaves in herbal products, sustainable cocoon production, and women’s empowerment in sericulture. She is committed to advancing eco-friendly, high-quality silk production methods and promoting sericulture as a sustainable livelihood option. Her research vision aligns with bridging traditional practices and modern innovations to create resilient and profitable sericulture systems for future generations.

Award and Honor

Nikita’s dedication to excellence has earned her numerous accolades, including the Best Poster Presenter Award during UASB Science Week 2024 and the Best M.Sc. Thesis Award by the Green Plant Agrotec Foundation. She topped NPTEL courses in Nanotechnology in Agriculture, earning a Gold Medal, and in Soil Science and Technology, receiving a Silver Medal. She was awarded the Dr. H. R. Arakeri Merit Scholarship and successfully qualified for the UGC-National Eligibility Test in December 2024. Her achievements reflect her commitment to academic and professional excellence, innovative thinking, and impactful contributions to agricultural research and education.

Research Skill

Nikita possesses strong research skills, including experimental design, field trials, laboratory analysis, and statistical evaluation. She has expertise in silkworm rearing, hybrid evaluation, disease diagnosis, and quality assessment of cocoons and raw silk. Her proficiency extends to mulberry germplasm evaluation, gene action studies, and biochemical analyses. She is adept at scientific writing, having authored original research papers, review articles, and popular publications. Additionally, she is skilled in data interpretation, use of AI tools in agriculture, and the preparation of value-added sericulture products. Her blend of technical competence and creative problem-solving enhances the depth and applicability of her research.

Publications

Nikita has made significant scholarly contributions through original research articles, review papers, and popular articles. Her research covers areas such as high-temperature and disease-tolerant silkworm hybrids, mulberry leaf utilization, genetic variability studies, and women’s participation in sericulture. She has published reviews on biotechnological advances, hormonal regulation in silkworms, and medicinal properties of mulberry. Her popular writings highlight contemporary issues and opportunities in sericulture, such as space-based silk production, Ahimsa silk, and sustainable livelihoods. These publications demonstrate her ability to address both scientific and societal aspects of agriculture, making her work relevant to academia, industry, and rural communities.

Kankanawadi, N., Veenita, M. K., Shwetha, G. V., Aramani, K., Sindhu, G. S., & Tejaswini, A. S. (2025).   20-Hydroxyecdysone in silkworm biology: Molecular mechanisms of biosynthesis, development and biotechnological applications. Uttar Pradesh Journal of Zoology.

Field evaluation of new bivoltine silkworm foundation crosses tolerant to high temperature and muscardine disease.

Reeling and raw silk assessment of new double hybrids tolerant to high temperature and muscardine disease at Central Silk Technological Research Institute.

Women's participation and constraints in sericulture: A study from Karnataka, India.

Conclusion

Nikita Kankanawadi’s journey reflects a harmonious blend of academic excellence, field expertise, and research innovation in agriculture, particularly sericulture. Her contributions extend beyond laboratory and fieldwork to encompass community engagement, women’s empowerment, and sustainable agricultural practices. With a strong record of publications, awards, and professional training, she is well-positioned to influence the future of silk production and mulberry-based innovations. Her vision is to advance sericulture through modern science while preserving its traditional roots, ensuring it remains a viable, profitable, and environmentally friendly enterprise for generations to come.

Mr. Adeoluwa Olasehinde | Indoor Farming | AgroGenius Excellence in Research Award

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Mr. Adeoluwa Olasehinde | Indoor Farming | AgroGenius Excellence in Research Award

Mr. Adeoluwa Olasehinde | Indoor Farming - Research Scientist at Grow Erie, Nigeria

Adeoluwa Olasehinde is a dynamic environmental scientist and biochemist with interdisciplinary expertise in hydroponics, sustainable agriculture, environmental compliance, and biotechnological innovations. With a strong academic background and practical experience across research, industry, and public sector environments, he excels in developing data-driven solutions that address global agricultural and ecological challenges. His leadership in hydroponic systems, regulatory policy, and environmental health has positioned him as a proactive advocate for sustainability. Through collaborative projects, publications, and community engagement, Olasehinde consistently advances science-based approaches that integrate cutting-edge technologies with real-world applications for sustainable development.

Professional Profile

Google Scholar

Education

Mr. Olasehinde holds a Master of Science in Environmental Science and Management from Gannon University, where he specialized in risk assessment, environmental chemistry, and environmental law. He also earned a certificate in Environmental Law and Policy from the University of North Carolina, Chapel Hill, enriching his knowledge of regulatory frameworks. His academic journey began with a Bachelor of Science in Biochemistry from the University of Ibadan, Nigeria. This combination of scientific depth and regulatory insight has enabled him to bridge environmental research with actionable solutions in the fields of sustainability, public health, and resource management.

Professional Experience

Adeoluwa’s career spans academia, industry, and regulatory bodies. As a Research Scientist at Grow Erie, he led initiatives in hydroponic system design and bio-based media development, significantly improving crop yield and sustainability. At Eriez Manufacturing, he pioneered magnetic separation technologies to enhance nutrient recovery and led patent-generating research. His tenure at NESREA in Nigeria focused on environmental health, compliance, and community-based conservation projects. With each role, he brought innovation, operational excellence, and a commitment to sustainable practices. His leadership in environmental safety, cross-functional collaboration, and real-time monitoring systems marks his significant contributions to the sector.

Research Interest

His research primarily focuses on sustainable indoor agriculture, nutrient optimization, renewable resource use, and smart farming technologies. Adeoluwa explores how hydroponic systems can be integrated with IoT, AI, and green technologies to maximize productivity while reducing environmental impacts. His interests extend to the intersection of environmental health policy, bioinformatics, water recycling, and agricultural biotechnology. His current research includes photonic feedback systems for plant health and the modeling of photosynthetic efficiency under spectral lighting, showing his passion for leveraging technology to create efficient, scalable farming solutions in both urban and rural environments.

Award and Honor

Adeoluwa has received numerous accolades, including the Global Student of the Year Award (2023) at Gannon University and multiple “Employee of the Year” honors for outstanding contributions in environmental science. He has also won regional science competitions and received bursary support for academic excellence. These recognitions reflect his unwavering dedication to research, innovation, and community engagement. His ability to combine leadership with scientific rigor has not only earned him academic and professional accolades but also positioned him as a thought leader in sustainable agriculture and environmental policy development on local and international platforms.

Research Skill

Mr. Olasehinde is skilled in hydroponic system design, nutrient formulation, and environmental impact analysis. He utilizes advanced analytical techniques such as spectrophotometry, chromatography, and GIS for environmental data modeling. His research methodology emphasizes system automation, statistical analysis (SPSS, R), and sensor-based monitoring to ensure precision in controlled environments. Adeoluwa’s technical proficiency extends to water quality analysis, pest control strategies, and data-driven farming innovations. Whether managing a $250,000 research budget or leading interdisciplinary collaborations, he excels in translating complex research into impactful, scalable, and sustainable agricultural and environmental solutions.

Publications

Adeoluwa has authored several peer-reviewed articles in journals such as the Current Journal of Applied Science and Technology and International Journal of Engineering Technology Research & Management. His publications cover topics like nutrient management, hydroponic crop diversity, magnetic separation, and AI-optimized agronomic systems. He has also co-authored interdisciplinary studies on bio-photonics and phenotypic response in indoor crops. These works have strengthened the academic discourse around sustainable agriculture, particularly in indoor farming technologies, and have contributed significantly to knowledge-sharing in environmental biotechnology and smart farming systems.

Olasehinde, A. A., Blessing, A. O., Adelagun, A. A., & Obiora, S. (2022). Multi-layered modeling of photosynthetic efficiency under spectral light regimes in AI-optimized indoor agronomic systems. International Journal of Science and Research Archive.

Olasehinde, A. A., Blessing, A. O., Obodozie, J. C., & Chukwuemeka, S. O. (2023). Cyber-physical system integration for autonomous decision-making in sensor-rich indoor cultivation environments. World Journal of Advanced Research and Reviews.

Olasehinde, A. A. (2025). Evaluation of crop diversity in hydroponic systems for maximizing nutritional output. Current Journal of Applied Science and Technology.

Olasehinde, A. (2025). Biodegradable growth media alternatives for sustainable hydroponic farming. Current Journal of Applied Science and Technology.

Olasehinde, A. A., Blessing, A. O., & Chukwuemeka, S. O. (2024). Development of bio-photonic feedback systems for real-time phenotypic response monitoring in indoor crops. International Journal of Engineering Technology Research & Management.

Conclusion

Adeoluwa Olasehinde exemplifies the integration of scientific innovation, sustainability, and global impact. His multidisciplinary experiences, combined with academic rigor and practical skills, position him as a forward-thinking environmental leader. He continues to drive advancements in controlled-environment agriculture, environmental policy reform, and capacity-building initiatives that uplift communities and ecosystems alike. Whether in laboratories, classrooms, or field projects, Adeoluwa remains committed to improving global food systems and environmental outcomes through intelligent, scalable, and community-focused solutions. His journey reflects not only expertise but a deep-seated purpose to create a more sustainable and equitable world.

Dr. Alfonso Andrade | Biofertilizer Production | Outstanding Scientist Award

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Dr. Alfonso Andrade | Biofertilizer Production | Outstanding Scientist Award

Post doctoral student at Juárez University of the state of Durango, Mexico

Dr. Alfonso Andrade Sifuentes is a dedicated agronomist and soil scientist with extensive expertise in environmental and agricultural sciences. He holds advanced degrees in Soil Science and Water and Soil Sciences. His work focuses on sustainable agriculture, plant-microbe interactions, and soil fertility enhancement. With significant teaching experience in microbiology, bio-statistics, and environmental sciences, he contributes actively to academia and research. He is currently a postdoctoral fellow at Universidad Juárez del Estado de Durango, leading research initiatives and mentoring students. Dr. Andrade is also recognized by the National System of Researchers (SNI) as a candidate-level investigator.

Professional Profile

Google Scholar

Education

Dr. Andrade obtained his Agronomy Engineering degree from the Instituto Tecnológico de Torreón. He went on to earn a Master's degree in Soil Sciences from the same institution. Pursuing further specialization, he completed his Doctorate in Water and Soil Sciences, also from Instituto Tecnológico de Torreón. Throughout his academic journey, he developed a strong foundation in agro-environmental sciences, preparing him for diverse roles in research and academia. Each of his degrees is supported by professional certifications and practical field-oriented training, marking a consistent commitment to scientific advancement.

Professional Experience 

Dr. Andrade has served in various academic and technical capacities since 2010. His roles include teaching and advisory positions in institutions such as UJED, Instituto Tecnológico Superior de Lerdo, and Universidad de Sonora. He has taught subjects like biology, chemistry, microbiology, and bio-statistics at the undergraduate level. Additionally, he contributed to governmental and rural development projects under FIRCO-SAGARPA. His experience extends to advising farmers, managing infrastructure projects, and conducting postdoctoral research. Dr. Andrade’s work bridges academic research and practical applications in sustainable agriculture and rural innovation.

Research Interest

Dr. Andrade’s research interests lie in soil microbiology, plant growth-promoting rhizobacteria (PGPR), organic amendments, and nutrient management. He focuses on integrating microbial technologies and organic fertilization to enhance crop productivity and soil health, particularly in arid and saline environments. His current postdoctoral work explores the interactions between rhizobacteria, vermicomposting agents, and phosphorus solubilization. These investigations aim to support ecological farming practices, reduce chemical dependencies, and provide sustainable solutions to regional agricultural challenges. His interdisciplinary approach combines biotechnology, soil science, and environmental sustainability.

Award and Honor

Dr. Alfonso Andrade Sifuentes is recognized by Mexico's Sistema Nacional de Investigadores (SNI) as a Candidate-Level Researcher, an honor highlighting his early-career research contributions. His scholarly presentations at national and international conferences have earned him acclaim and professional recognition. He has also been selected for multiple postdoctoral research programs, including “Estancias Posdoctorales por México,” reflecting the academic community’s trust in his expertise. His collaborative efforts with institutions like Universidad de Sonora and Universidad Autónoma de Chihuahua have further established his professional standing in the field of sustainable agricultural science.

Research Skill

Dr. Andrade possesses extensive skills in microbial isolation, biofertilizer development, and molecular biology techniques. His research proficiency includes nutrient solution formulation, greenhouse management, and vermicomposting processes. He is adept in designing and executing field experiments, analyzing bio-statistical data, and preparing scientific manuscripts for high-impact journals. His knowledge spans multiple scientific disciplines, which he integrates to solve complex agricultural problems. Additionally, he is experienced in academic curriculum planning and guiding undergraduate and postgraduate research theses, showcasing both technical and pedagogical competence.

Publications

Andrade-Sifuentes*, A., Fortis-Hernández, M., Preciado-Rangel, (2020). Azospirillum brasilense and solarized manure on the production and phytochemical quality of tomato fruits (Solanum lycopersicum L.). Agronomy, 10(12), 1956.

Hernández, M. F., Lopez, J. O., Rangel, P. P.,Andrade-Sifuentes*, Valencia, R. T., Fortiz, E.  (2022). Biofortification with copper nanoparticles (Nps Cu) and its effect on the physical and nutraceutical quality of hydroponic melon fruits. Notulae Botanicae Horti Agrobotanici Cluj-Napoca, 50(1), 12568–12568.

Preciado-Rangel, P., Andrade-Sifuentes*, A., Sánchez-Chávez,  (2019). Potassium influence the nutraceutical and antioxidant content of Serrano hot pepper (Capsicum annuum L.). Agrociencia, 53(4).

Andrade-Sifuentes*, A., Gaucin-Delgado, J. M., Fortis-Hernandez, (2024). Iodine biofortification improves yield and bioactive compounds in melon fruits. Horticultura Brasileira, 42, e275325.

Conclusion

Dr. Alfonso Andrade Sifuentes stands out as a committed academic, researcher, and practitioner in the fields of agronomy and soil science. His diverse experiences in teaching, research, and fieldwork make him a valuable contributor to sustainable agriculture. Through his work, he not only enhances scientific understanding but also supports practical solutions for farmers and environmental conservation. His passion for education, paired with technical excellence, continues to drive his impactful contributions to agroecological development and innovation in Latin America.

Prof. Dr. Mercy Manyuchi | Bio-Fertilizers | Women Researcher Award

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Prof.Dr. Mercy Manyuchi | Bio-Fertilizers | Women Researcher Award

Prof.Dr. Mercy Manyuchi | Bio-Fertilizers - Director at SustainableTech Environmental Management Company, Zimbabwe

Prof. Dr. Eng. Mercy Manyuchi is a distinguished chemical engineer and academic leader with a rich portfolio in sustainable engineering. With extensive experience in academia, research, innovation, and leadership, Prof. Manyuchi has contributed significantly to the fields of waste valorisation, bioenergy, and environmental sustainability. Currently serving as Professor Extraordinarius at UNISA and former Visiting Professor at the University of Johannesburg, Prof. Manyuchi has held several high-impact academic and consultancy roles. Recognized globally for contributions to sustainability, this profile highlights a strong foundation in engineering education, groundbreaking research initiatives, and impactful publications that support the global sustainability and circular economy agenda.

Professional Profile

Google Scholar | ORCID

Education

Prof. Manyuchi holds a Doctor of Technology in Chemical Engineering from Cape Peninsula University of Technology, complemented by an MScEng from Stellenbosch University and a BEng from the National University of Science and Technology, Zimbabwe. Additionally, executive leadership training was completed through an EMBA at Bindura University and an Executive Diploma at the Zimbabwe Institute of Management. This educational trajectory highlights a strong blend of technical and managerial competencies, positioning Prof. Manyuchi as a dynamic leader in the intersection of engineering, research, and sustainable development.

Professional Experience

Prof. Manyuchi’s professional career spans over a decade of service in higher education, research, and consulting. Academic appointments include tenure at Harare Institute of Technology and a multi-level visiting professorship at the University of Johannesburg. Industry experience includes roles at ZimChem Refiners and Nestlé Zimbabwe. In leadership, Prof. Manyuchi directed departments, academic programs, and consultancy firms focused on sustainability. These roles were pivotal in leading engineering education reforms, developing environmental technologies, and managing cross-disciplinary teams. Their unique experience merges academic scholarship with industrial application, making valuable contributions to engineering practice and societal development.

Research Interest

Prof. Manyuchi’s current research focuses on the water-energy-food nexus and its alignment with sustainable development goals. Specialized areas include waste-to-energy technologies, biomass valorisation, biochar production, wastewater treatment, and circular economy innovations. Collaborative projects span local and international platforms, addressing global challenges through innovative green technologies. Their research also explores low-cost environmental engineering solutions for developing regions. By fostering interdisciplinary collaborations, Prof. Manyuchi aims to bridge scientific research and policy to promote climate resilience and sustainable urban development. The overarching objective is to engineer eco-efficient systems that benefit both society and the environment.

Award and Honor

Prof. Manyuchi has been recognized with numerous prestigious awards and fellowships. These include the Women Corporate Directors Award (2023), Green Talents Fellowship (Germany), Japanese Agricultural Researchers Award (2016), and the Presidential Research Award (Zimbabwe). Notably, Prof. Manyuchi has been a Tony Elumelu Foundation grantee and a World Energy Council Future Energy Leader. Many other accolades reflect contributions to entrepreneurship, engineering excellence, and sustainable innovation. These honors demonstrate a global appreciation of Prof. Manyuchi’s efforts in advancing environmental engineering and shaping future-ready solutions for global sustainability challenges.

Research Skill

Prof. Manyuchi is adept in experimental design, techno-economic assessments, process optimization, and life cycle analysis related to chemical and environmental engineering. Key skills include biomass valorisation, bioenergy systems modeling, and development of sustainable waste management technologies. Proficiency in supervising postgraduate research, conducting interdisciplinary projects, and publishing in high-impact journals showcases an ability to translate complex scientific findings into practical applications. Additional competencies include technology transfer, vermicomposting innovation, and environmental impact assessment. These skills are foundational to Prof. Manyuchi’s mission of developing technologies that contribute to cleaner, safer, and more resource-efficient communities.

Publications

Muisa, N., Nhapi, I., Ruziwa, W., & Manyuchi, M.M* (2020). Utilization of alum sludge as adsorbent for phosphorus removal in municipal wastewater: A review. Journal of Water Process Engineering.

Chaukura, Manyuchi, M.M* N., Gwenzi, W., & Tawenga, N. (2016). Biosorbents for the removal of synthetic organics and emerging pollutants: Opportunities and challenges for developing countries. Environmental Development.

Phiri, Manyuchi, M.M*. (2013). Vermicomposting in solid waste management: A review. International Journal of Scientific Engineering and Technology.

Manyuchi,M.M*, Phiri, A., Muredzi, P., & Chitambwe, T. (2013). Comparison of vermicompost and vermiwash bio-fertilizers from vermicomposting waste corn pulp. World Academy of Science, Engineering and Technology.

Manyuchi M.M*, CMEM. (2018). Potential to use municipal waste bio char in wastewater treatment for nutrients recovery.

Conclusion 

Prof. Dr. Eng. Mercy Manyuchi exemplifies a rare combination of academic brilliance, practical innovation, and leadership in the domain of sustainable chemical engineering. From impactful research and transformative teaching to international collaborations and industry contributions, Prof. Manyuchi has consistently championed green technologies and environmental resilience. With a forward-thinking approach, the work continues to inspire new solutions in waste valorisation, climate adaptation, and circular economy systems. As a mentor, researcher, and policy advocate, Prof. Manyuchi remains at the forefront of global sustainability efforts, building a legacy grounded in science, service, and societal impact.

Chrispin Kaphaika | Agri-food systems and innovation | Young Researcher Award

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Chrispin Kaphaika | Agri-food systems and innovation | Young Researcher Award

Chrispin Kaphaika | Agri-food systems and innovation - Research and Innovation Specialist/Technology Transfer Officer at Lilongwe University of Agriculture and Natural Resources, Malawi

Chrispin K. Kaphaika is an intellectual property management specialist and innovation advocate with deep expertise in technology transfer, agribusiness entrepreneurship, and research commercialization. With an interdisciplinary academic background and a strong orientation toward inclusive development, Chrispin supports enterprise growth, innovation-driven policies, and sustainable commercialization strategies. Their professional focus integrates agribusiness economics, startup support, and IP policy reform. Chrispin thrives in multicultural research and institutional settings, consistently driving impact through capacity building, policy engagement, and cross-sector collaboration aimed at fostering inclusive economic transformation in Malawi and beyond.

ACADEMIC PROFILE

ORCID

EDUCATION

Chrispin holds a PhD candidacy in Agribusiness Management and Entrepreneurship at LUANAR, and a Master's in Intellectual Property from Africa University. They also completed an MSc in Agricultural and Applied Economics at LUANAR, with a specialization in climate economics through a joint program with NMBU. Chrispin’s academic journey began with a BSc in Agricultural Economics at LUANAR. This multidisciplinary education equipped them with solid analytical, economic, and legal knowledge, enabling a unique perspective in areas like technology commercialization, innovation policy, and startup support across agriculture and allied industries.

PROFESSIONAL EXPERIENCE

Chrispin’s experience spans roles at LUANAR, University of Cape Town, CIIER, UNICEF, and various consulting projects. They currently serve as Technology Transfer Specialist at LUANAR and Co-Director at CIIER Consult. They have led national research initiatives, coordinated innovation projects, and managed IP portfolios. Their practical contributions include supporting university TTO functions, drafting commercialization agreements, and facilitating stakeholder engagement. With years of experience in research assistance and tutoring, they continue to build networks and support systems that drive institutional innovation and entrepreneurial success across multiple sectors.

RESEARCH INTEREST

Chrispin’s research interests lie at the intersection of intellectual property rights, agribusiness development, and sustainable innovation systems. They explore how IP and commercialization mechanisms can foster entrepreneurship, particularly in agriculture and food systems. Their focus extends to climate economics, policy impact evaluation, seed system adoption, and biofortified crop technologies. They are deeply engaged in assessing innovation ecosystems and contributing to frameworks that enable equitable access to knowledge, increase technology adoption, and support inclusive economic empowerment through research-led enterprise development.

AWARD AND HONOR

Chrispin has received several accolades recognizing their leadership and research excellence. These include the Research Award for Outstanding Contribution, Best Graduate and Best Student Awards in Intellectual Property Studies, and multiple Leadership Awards. These honors reflect their commitment to academic excellence, impactful research, and contributions to institutional and national innovation ecosystems. Their accolades are a testament to their consistent pursuit of high standards in both scholarly and professional capacities, particularly in shaping the future of IP and innovation in agriculture and beyond.

RESEARCH SKILL

Chrispin is highly skilled in technology transfer, IP policy design, commercialization strategies, and innovation management. They are proficient in patent search and drafting, market analysis, IP valuation, contract negotiation, and institutional policy development. With experience conducting field research, facilitating focus groups, and managing research ethics, they effectively bridge research and practice. Their ability to communicate technical concepts to diverse stakeholders and mentor early-career innovators underlines their capacity to lead innovation platforms and enhance institutional research translation across academic and entrepreneurial domains.

PUBLICATIONS

Chrispin’s publications reflect their research interest in seed systems, agricultural innovation, and pro-nutritional technology adoption. Notable works include: "More Interventions, Low Adoption: To What Extent Are the Existing Seed Sources to Blame?" and "Does the Adoption of Pro-nutritional Technologies Spur Farmers’ Yields? Evidence from Biofortified Orange-Fleshed Sweet Potato in Rural Malawi." These contributions underscore their commitment to evidence-based policy reform and inclusive innovation. Their research is informed by practical field experience and aims to generate insights that support transformative agricultural development.

CONCLUSION

Chrispin K. Kaphaika exemplifies leadership in research commercialization and intellectual property management with a passion for agribusiness transformation and institutional innovation. Their trajectory reflects a rare blend of academic depth, professional engagement, and policy insight. With a vision anchored in inclusive development, Chrispin continues to contribute to building ecosystems that empower communities, elevate startups, and promote knowledge-driven economies. Their career is a model of how multidisciplinary expertise and dedication to equity can drive meaningful change across education, research, and enterprise.

Huijing Meng | Forestry | Best Academic Researcher Award

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Dr. Huijing Meng | Forestry | Best Academic Researcher Award

Dr. Huijing Meng | Forestry - Student at Henan Agricultural University, China

Huijing Meng is an emerging researcher in forest biotechnology, focusing on genetic breeding and cultivation of stress-resistant, high carbon-sequestering plants. With expertise in molecular biology and plant tissue culture, Huijing has contributed to award-winning studies and published impactful research. Currently pursuing a Ph.D. at Henan Agricultural University, Huijing demonstrates a strong commitment to sustainability and ecological resilience through plant science. Their academic and research journey highlights a dedication to innovation in forestry biotechnology and a promising future in advancing climate-smart plant systems.

ACADEMIC PROFILE

Scopus

EDUCATION

Huijing Meng is pursuing a Ph.D. at Henan Agricultural University in forestry-related research. Their educational background includes Master’s degrees from the Chinese Academy of Forestry Sciences and Shanxi Agricultural University, following a Bachelor’s degree from Xinyang Agricultural and Forestry College. Across these programs, Huijing has built a solid foundation in plant breeding, genetics, and molecular biology. The academic path reflects a consistent interest in forestry and environmental adaptation, equipping Huijing with critical skills and theoretical grounding to address complex challenges in plant resilience and sustainable forestry systems.

EXPERIENCE

Huijing Meng has accumulated hands-on experience through advanced academic research and collaborative laboratory projects. Their work spans gene cloning, stress tolerance analysis, and transgenic plant development. Huijing has actively contributed to studies involving Populus, Arabidopsis, and other plant species using cutting-edge molecular and cultivation methods. Exposure to multi-institutional research environments has enhanced their technical proficiency and collaborative skills. These experiences have allowed Huijing to effectively contribute to plant improvement projects, with practical knowledge in breeding strategies and functional genomics applied to climate-resilient forestry.

RESEARCH INTEREST

Huijing Meng’s research centers on improving forest trees through genetic enhancement and understanding their stress-response mechanisms. Their primary interest lies in identifying genes related to drought, salinity, and cold tolerance, particularly in species with ecological and carbon sequestration value. Huijing combines molecular tools, tissue culture, and genetic transformation techniques to explore gene function and regulation under environmental stress. Their work supports the development of adaptable plant varieties that align with global goals in biodiversity conservation, climate mitigation, and sustainable forestry, contributing to innovations in plant-based environmental solutions.

AWARD AND HONOR

On December 18, 2023, Huijing Meng was awarded the Outstanding Paper Award by Guangzhou Boluteng Biological Co., Ltd. for their study titled “PeGSTU58, a Glutathione S-Transferase from Populus euphratica, Enhances Salt and Drought Stress Tolerance in Transgenic Arabidopsis.” The award recognizes Huijing’s innovation and scientific rigor in addressing critical challenges in plant stress biology. This achievement reflects their growing influence in the field and dedication to uncovering novel genetic solutions to enhance the resilience of plant species under environmental stress conditions.

RESEARCH SKILL

Huijing Meng possesses advanced skills in both plant tissue culture and molecular techniques. They are experienced with culturing various species including Acer palmatum, Populus, Arabidopsis thaliana, and Nicotiana tabacum. Their molecular toolkit includes gene cloning, vector construction, yeast hybridization, and genetic transformation of Arabidopsis and tree species such as Paulownia. Huijing is proficient in DNA and RNA extraction and designing functional gene experiments. These capabilities position Huijing as a versatile researcher capable of contributing to genetic improvement projects in plant resilience and forestry biotechnology.

PUBLICATIONS

Huijing Meng has authored and co-authored several significant scientific publications. Their lead-authored paper in International Journal of Molecular Sciences (2023) earned an Outstanding Paper Award for advancing stress-resistance research. Additional co-authored works include studies on AtruLEA1 and AtruNAC36, addressing drought tolerance mechanisms in Arabidopsis and Acer truncatum. Huijing also leads a forthcoming study on cold germination in Acer truncatum. These publications reflect their focus on applied genomics and abiotic stress response, positioning them at the forefront of climate-resilient plant research.

  • Title: Overexpression of AtruLEA1 from Acer truncatum Bunge Enhanced Arabidopsis Drought and Salt Tolerance by Improving ROS-Scavenging Capability
    Authors: Shaofeng Li, Huijing Meng, Yanfei Yang, Fei Wang, Guangshun Zheng, Jianbo Li
    Journal: Plants

  • Title: Transcriptional Regulation of the Acer truncatum B. Response to Drought and the Contribution of AtruNAC36 to Drought Tolerance
    Authors: Jianbo Li, Wei Guo, Jinna Zhao, Yanfei Yang, Guangshun Zheng, Weijie Yuan, Huijing Meng
    Journal: Antioxidants

  • Title: PeGSTU58, a Glutathione S-Transferase from Populus euphratica, Enhances Salt and Drought Stress Tolerance in Transgenic Arabidopsis
    Authors: Huijing Meng, Jinna Zhao, Yanfei Yang, Tao Li, Xinren Dai, Jianbo Li
    Journal: International Journal of Molecular Sciences

CONCLUSION

Huijing Meng is a dedicated and skilled researcher committed to advancing forestry and plant science through innovative genetic approaches. Their academic path, practical research experience, and recognized publications underline a strong potential in solving environmental challenges through plant breeding. Huijing's work aligns with global priorities in sustainability and climate change resilience, particularly in tree species. With a growing portfolio of awards and publications, Huijing is poised to contribute meaningfully to ecological research, forestry innovation, and sustainable agricultural systems.