Conservation Genetics
Dr S K Gupta | Scientist E | Wildlife Institute of IndiaWhat is Conservation Genetics?
Conservation Genetics is a great Career option. Understanding Why one wants to choose a Career in Conservation Genetics is phenomenally more important than figuring out How to get into Conservation Genetics. Just like you would normally not trust a non Doctor with names of medicines, you should also not trust opinions about Conservation Genetics from non professionals.
Scientist E Dr S K Gupta has worked in Conservation Genetics for 16 years & 7 months. Scientist E Dr S K Gupta describes Conservation Genetics as:
Conservation genetics is an interdisciplinary subfield of Population Genetics that aims to understand the dynamics of genes in populations principally to avoid extinction. Therefore, it applies genetic methods to the conservation and restoration of biodiversity.
How Scientist E Dr S K Gupta got into Conservation Genetics?
After completing B Sc in Botany, Zoology & Chemistry, I did Masters in Biotechnology from Meerut. Post that, I did Ph D in Wildlife Science from Saurashtra University. After that, I then worked as a Scientist at Dr Surapaneni Genomic Solutions for 2 years. I joined Wildlife Institute of India in 2008 as a Scientist C and am now I am a Scientist E.
Scientist E Dr S K Gupta's Talk on Conservation Genetics |
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The Journey of a Conservation Geneticist: Sandeep Gupta's Inspiring Path to Wildlife Preservation In the realm of wildlife conservation, few individuals embody dedication and expertise like Sandeep Gupta. With a profound understanding of conservation genetics, Sandeep has dedicated his career to unraveling the genetic intricacies that underlie species preservation. This article delves into his professional journey, encompassing his educational background, essential skills, the positives and challenges of his career, and a glimpse into a typical day in his life as a conservation geneticist. Sandeep’s insights illuminate not just the science of conservation genetics, but also its vital role in addressing pressing environmental issues. What Is Conservation Genetics? Conservation genetics is a dynamic and critical field of science focused on utilizing genetic principles to address conservation challenges. It employs genetic tools to study the genetic diversity and population structure of endangered species, assisting in their protection and management. With anthropogenic pressures threatening wildlife, conservation genetics offers a method to assess species’ viability through DNA analysis, helping scientists make data-driven decisions regarding their preservation. Sandeep Gupta’s work exemplifies the application of these genetic tools, contributing valuable knowledge that informs conservation strategies. Education A robust foundation in genetics is crucial for anyone aspiring to work in conservation genetics. Genetics involves understanding heredity, variation, and the complexity of genetic instructions that govern life. This field equips researchers like Sandeep with the theoretical framework and practical techniques necessary for analyzing genetic markers critical for assessing species' health and diversity. Biotechnology is a pivotal area of study for conservation geneticists, encompassing various techniques associated with cellular and molecular biology. Sandeep emphasizes the importance of biotechnology in providing detailed insights into genetic manipulation, tissue culture, and microbiology. This educational background allows scientists to utilize innovative methods for sample analysis, crucial for making informed conservation decisions. Molecular biology delves deeply into the biochemical processes within living organisms, focusing on the interactions between DNA, RNA, and proteins. Understanding these intricate processes assists researchers in exploring genetic variations and evolutionary relationships among species. Sandeep’s expertise in molecular biology provides him with the insight needed to tackle conservation challenges effectively, especially those requiring DNA-level investigations. The field of life sciences incorporates various biological disciplines, including zoology and botany, creating a comprehensive understanding of ecosystems and biodiversity. This holistic approach enables conservation geneticists to consider not only the genetic components but also the ecological context of the species they study. Sandeep’s background in life sciences enriches his perspective on conservation issues, enhancing his research's relevance and impact. Zoology provides essential knowledge about animal biology, behavior, and ecology, forming the backbone of wildlife conservation efforts. Through his education in zoology, Sandeep gained insights into animal anatomy and physiology, which are vital for understanding the species he aims to protect. This knowledge base is crucial for designing effective conservation strategies aimed specifically at wildlife populations. Skills Mastering molecular genetics is fundamental for conservation geneticists, as it involves experimental techniques that reveal population-level genetic variations. Sandeep highlights the necessity of performing DNA analyses to understand genetic diversity. This skill set empowers conservationists to monitor species effectively and devise critical conservation plans. Proficiency in laboratory procedures is essential in conservation genetics, where disciplined execution of experiments is paramount. Sandeep mentions the importance of laboratory discipline, ensuring that experiments are carried out with precision, thereby yielding reliable results essential for further research and analysis. Sandeep notes that DNA isolation is one of the most important techniques in conservation genetics. Understanding how to extract DNA from both invasive and non-invasive samples is vital, particularly when access to direct samples is limited. Mastery of DNA isolation techniques positions conservation scientists to work effectively despite logistical challenges. The polymerase chain reaction (PCR) is a critical technique in molecular genetics for amplifying DNA segments. Sandeep illustrates its fundamental role in his work, as PCR allows for the detailed analysis of genetic material. This technique is indispensable for identifying genetic variations within species, offering vital data for conservation efforts. Effective written communication is invaluable in the scientific community, particularly for documenting research findings. Sandeep emphasizes that a strong writing skill set is crucial for compiling research results and generating publications that can impact the field. His ability to communicate complex ideas clearly enhances the visibility and application of his research. Communication skills are essential for conservation geneticists, as they often present their findings at conferences and collaborate with multidisciplinary teams. Sandeep underscores the necessity of expressing complex scientific concepts to varied audiences, ensuring that conservation strategies are informed by comprehensive genetic research. In today’s data-driven world, computer and software skills are imperative for analyzing genetic data effectively. Sandeep notes that proficiency in specialized software for genetic analysis can significantly enhance research outcomes, making it a vital skill among conservation geneticists who rely on accurate data interpretations. Effective sample collection is foundational in conservation genetics research. Sandeep describes the importance of gathering both invasive and non-invasive samples in the field. Understanding how to ethically and efficiently collect samples ensures that research efforts can meet conservation goals while adhering to ethical standards. Positives Conservation genetics is a fascinating field that allows scientists to explore both laboratory and natural environments. Sandeep finds joy in conducting experiments while also venturing into diverse habitats for sample collection, a balance that enriches his experience as a researcher. The dual engagement keeps his work engaging and dynamically connected to nature. The field offers a unique opportunity for extensive exploration and research across various species and ecosystems. Sandeep notes that this allows for simultaneous studies within similar research streams, providing a comprehensive understanding of genetic diversity. This exploratory nature of conservation genetics satisfies both intellectual curiosity and the drive for practical conservation action. Sandeep appreciates the practical exposure he gains through hands-on work in laboratories and the field. This dual experience enhances his scientific acumen and instills a sense of pride as he contributes to vital conservation efforts. The tangible outcomes of his research bolster his commitment to advancing wildlife conservation through genetics. One of the most fulfilling aspects of being a conservation geneticist is the opportunity to make a meaningful impact on species conservation. Sandeep feels a profound sense of responsibility and purpose in working towards the preservation of biodiversity. His contributions not only advance scientific understanding but also guide critical conservation policies that protect endangered species. Challenges The growing interest in genetic conservation brings about intensified competition in the field. Sandeep recognizes that as the scientific community increasingly favors genetic tools, staying ahead requires continuous learning and innovation. This competition drives researchers to refine their expertise and develop unique approaches to address pressing conservation issues. Innovation is crucial for progress in conservation research. Sandeep points out that researchers must think critically and propose new ideas to maintain the field’s rigor and relevance. The need to generate fresh concepts is a constant challenge that motivates conservation geneticists to remain creative and proactive in their work. As species face rapid declines, the urgency for timely recommendations based on genetic research is paramount. Sandeep highlights the necessity of quick reporting and effective communication of research findings to inform immediate conservation efforts. This pressure underscores the importance of responsiveness in a scientist's role in conservation. Accessing invasive samples for research is a significant hurdle in conservation genetics. Sandeep must often depend on non-invasive sample collection methods, such as fecal samples or remains of naturally deceased animals. Adapting to this limitation requires resourcefulness and a deep understanding of the ecological context to ensure that research objectives are met. A Day Of Sandeep’s typical day as a conservation geneticist begins with engaging discussions with his students, addressing their experimental challenges and providing guidance. He dedicates significant time to writing research articles and publications based on his findings, contributing to the scientific body of knowledge. Fieldwork days, however, are more spontaneous and demand flexibility, as he must seize the opportunity to gather samples whenever possible. Balancing his professional obligations with personal life is crucial for Sandeep, who values spending quality time with his family despite the demands of his career. In conclusion, the field of conservation genetics is not just a career; it's a profound commitment to the conservation of our planet's biodiversity. Through Sandeep Gupta's insights, we see the intricate interplay of science, exploration, and the urgent need to protect our natural world. As conservation geneticists like Sandeep continue to blend rigorous research with passionate advocacy, they play a crucial role in safeguarding the future of countless species faced with the challenges of human activity. The dedication of professionals in this field fosters hope for our environment, reminding us of the intrinsic value of every species on Earth. | |
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Conservation Genetics?
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Links for this Talk
LifePage Career Talk on Conservation Genetics
[Career]
https://www.lifepage.in/careers/conservation-genetics-1
[Full Talk]
https://lifepage.app.link/20180813-0001
[Trailer]
https://www.youtube.com/watch?v=BS9VXxLhskY
(Conservation Genetics, Dr Sandeep Gupta, Wildlife Institute of India, Scientist E, WII, Conservationist, Ecologist, Ecology, Conservation, Population Genetics, Genetic Diversity, Molecular Ecology, Biology, Evolutionary Biology)
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