Biotechnology Sustainability Award
Anderson Moura Zanine
Federal University of Maranhão
| Anderson Moura Zanine |
| Affiliation |
Federal University of Maranhão |
| Country |
Brazil |
| Scopus ID |
35584114300 |
| Documents |
121 |
| Citations |
1,188 |
| h-index |
17 |
| Subject Area |
Animal Science |
| Event |
Biotechnology Scientist Awards |
Anderson Moura Zanine, affiliated with the Federal University of Maranhão, has established a research profile in animal science through scholarly publications, citation impact, and contributions to sustainable agricultural and livestock systems.[1] His academic record demonstrates engagement with research areas that intersect biotechnology, animal nutrition, forage science, and sustainable production systems.[2]
Abstract
This article presents a scholarly overview of Anderson Moura Zanine in relation to the Biotechnology Sustainability Award. The assessment considers research productivity, scientific influence, publication record, and contributions to sustainable animal science. Through interdisciplinary investigations involving forage systems, livestock nutrition, feed resources, and agricultural sustainability, the researcher has contributed to knowledge generation that supports efficient and environmentally conscious production systems.[1][3]
Keywords
Biotechnology Sustainability Award, Animal Science, Sustainable Agriculture, Livestock Systems, Forage Science, Agricultural Biotechnology, Research Impact, Scientific Publications, Feed Technology, Academic Recognition.
Introduction
Biotechnology increasingly contributes to the development of sustainable agricultural practices through innovation in nutrition, breeding, resource utilization, and production efficiency. Researchers operating at the intersection of biotechnology and animal science play an important role in supporting food security while addressing environmental challenges. Anderson Moura Zanine’s body of work reflects ongoing engagement with these themes through studies focused on forage quality, animal feeding strategies, and sustainable livestock production systems.[2]
Research Profile
Based at the Federal University of Maranhão in Brazil, Anderson Moura Zanine has developed an extensive publication portfolio indexed within major academic databases. His Scopus profile reports 121 indexed documents, 1,188 citations, and an h-index of 17, indicating sustained scholarly activity and measurable influence within the field of animal science.[1]
- Animal nutrition and feed evaluation.
- Forage production and conservation.
- Sustainable livestock management systems.
- Agricultural biotechnology applications.
- Ruminant production efficiency and sustainability.
Research Contributions
The research contributions associated with Anderson Moura Zanine emphasize the optimization of biological resources used in animal production systems. His investigations have examined forage utilization, nutritional strategies, silage technologies, and productivity enhancement methods that align with sustainability objectives. Such work contributes to improved resource efficiency and supports evidence-based agricultural practices.[2]
- Advancement of forage crop management methodologies.
- Evaluation of feed preservation and silage systems.
- Support for sustainable livestock productivity.
- Promotion of scientifically informed agricultural practices.
- Contribution to knowledge dissemination through peer-reviewed research.
Publications
The researcher has authored and co-authored numerous scientific publications addressing forage crops, animal nutrition, and sustainable agricultural systems. Representative research topics include feed efficiency, forage quality assessment, and livestock production optimization.[3]
- Studies on forage quality and ruminant nutrition.
- Research involving silage production and preservation technologies.
- Investigations into sustainable livestock production practices.
- Collaborative publications in agricultural and animal sciences.
Research Impact
Research impact can be evaluated through publication output, citation performance, and influence on scientific discourse. The citation record associated with Anderson Moura Zanine reflects engagement from the broader research community and demonstrates the relevance of his work to ongoing studies in animal science and agricultural sustainability.[1]
The practical implications of this research extend to agricultural productivity, resource management, and sustainable livestock development. These areas remain important components of global biotechnology and food-system innovation strategies.[4]
Award Suitability
The Biotechnology Sustainability Award recognizes individuals whose scholarly activities support scientific advancement and sustainability objectives. Anderson Moura Zanine’s publication record, citation metrics, interdisciplinary contributions, and continued involvement in animal science research align with several evaluation dimensions commonly associated with academic recognition programs.[1][4]
- Sustained scholarly productivity.
- Demonstrated citation impact.
- Contribution to sustainable agricultural development.
- Influence within animal science research communities.
- Alignment with biotechnology-driven sustainability goals.
Conclusion
Anderson Moura Zanine has developed a notable academic profile characterized by research productivity, interdisciplinary engagement, and contributions to sustainable animal science. His publication output, citation record, and focus on efficient agricultural systems provide a foundation for recognition within initiatives such as the Biotechnology Sustainability Award. The researcher’s work illustrates the role of scientific inquiry in supporting sustainable biotechnology applications across agricultural and livestock sectors.[1][2]
External Links
References
- Elsevier.Scopus author details: Anderson Moura Zanine, Author ID 35584114300. Scopus.https://www.scopus.com/authid/detail.uri?authorId=35584114300
- Ecophysiological Management Using Light Interception Technology with the AccuPar Equipment: Quality Versus Quantity of Forage
DOI:
https://www.mdpi.com/2624-7402/7/7/224
- Cottonseed Cake as a Feed Supplement: Effects on Nutrient Intake, Digestibility, Performance, Nitrogen Balance, and Ruminal Profile of Lambs Fed Sugarcane Silage-Based Diets.DOI:
https://www.mdpi.com/2311-5637/11/6/322
- Isolation of Acetic Acid-Producing Bacterial Strains and Utilization as Microbial Inoculants in Sorghum Silages. https://www.mdpi.com/2077-0472/15/3/241