Uncovering the Microbial Diversity of Different Locations – Exploring the Relationship Between Geography and the Environment
Introduction:
a rethinking of scientific inquiry that includes historical and cultural perspectives alongside contemporary scientific methods. Microbial life is more than just an invisible presence; it is a dynamic partner in human existence. Our session at the RGS-IBG conference in Cardiff aims to delve into these complex human-microbe connections and invite participants to join in on the debate.
Full Article: Uncovering the Microbial Diversity of Different Locations – Exploring the Relationship Between Geography and the Environment
Discover the World of Microbes in All Corners of Life
Microbes are everywhere. From NASA’s cleanrooms to human gut microbiome, it’s clear that these tiny beings have made themselves at home. Their importance is significant and often valuable in virtually every space humans study, leading to more calls for interdisciplinary research that flows between and beyond the natural and social sciences, as with this Geo: Geography and Environment open collection.
Don’t Flat Our Microbes
While the idea that ‘microbes are everywhere’ is commonly repeated, presenting it as such might downplay the diversity that this ‘everywhere’ implies. For this reason, there is a proposal for deeper critical discussion of current approaches to thinking about and with microbes in the social sciences. The concerns of this proposal will be addressed in the Geo: Geography and Environment-sponsored session at the upcoming RGS-IBG conference in Cardiff.
A Fascination with Microbial Worlds
Scientists are finding that the places where humans and microbes meet can be quite unexpected and captivating. Carmen McLeod talks about her work embedding a Responsible Research and Innovation (RRI) framework within a UK synthetic biology research center. Her fascination lies in the complex relationships that microbial life has with humans, particularly in a laboratory setting and exploring the role of the gut microbiome in health and wellbeing.
Yeast: A Lifelong Companion
Erika Szymanski shares her lifelong fascination with yeast, which has persisted from childhood hobbies to her career today. She has been able to study yeast in many different areas and explores the myriad ways in which they can be better understood.
Microbes in Food Fermentation
Joshua Evans highlights how microbial life is enthralling and explains how by questioning current approaches to making sense of them, we can unlock possibilities that are currently unaccounted for. This is illustrated through the making of kombucha from scratch by a chef in Denmark.
The Invisible Microbes in Soil
Anna Krzywoszynska showcases the ‘microbial turn’ in conventional agriculture, as farmers and scientists turn to soil biota for solutions to climate change adaptation, and reimagining life on the planet differently through microbes.
The Human-Microbial Space
The imaginative relationship between humans and microbes is filled with exciting moments and unforeseen outcomes, providing rich opportunities for exploration across various fields.
The session at the RGS-IBG conference will offer an exciting debate that invites more scholars to explore these untold stories about human-microbial spaces. Interested in unraveling the hidden potential and limitation of microbes? Join us and be part of the unparalleled experience of discovering the world of microbes.
Summary: Uncovering the Microbial Diversity of Different Locations – Exploring the Relationship Between Geography and the Environment
Microbes are an essential part of our environment, and a Geo: Geography and Environment open collection is calling for greater cross-disciplinary research to understand their societal and environmental impact. From synthetic biologists’ interaction with microbes to farming and fermentation, scholars are exploring diverse human-microbe relations. Discover how to join this debate. Discover the social scientists uncovering microbes’ impact in spaces such as NASA’s cleanrooms and synthetic biology research centers. Join the exciting debate on human-microbe relations by exploring their societal and environmental impact. Learn more about human-microbe relations and their cross-disciplinary opportunities for understanding our environment and society.
Mapping Microbial Multiplicity – Geo: Geography and Environment
Introduction to Mapping Microbial Multiplicity
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Benefits of Mapping Microbial Multiplicity
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How Mapping Microbial Multiplicity Impacts the Environment
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Frequently Asked Questions
Q: What is microbial multiplicity?
A: Microbial multiplicity refers to the diversity of microorganisms present in a given environment, including bacteria, fungi, and viruses.
Q: Why is mapping microbial multiplicity important for geography and the environment?
A: Mapping microbial multiplicity helps researchers understand the distribution of microorganisms across different geographical areas and how they impact the environment, such as soil health, plant growth, and disease spread.
Q: How is microbial multiplicity mapped?
A: Microbial multiplicity is mapped using advanced sequencing techniques and bioinformatics tools to analyze the genetic material of microorganisms present in a given sample.
Q: What are the potential applications of mapping microbial multiplicity?
A: The knowledge gained from mapping microbial multiplicity can be used to improve agricultural practices, monitor environmental health, and develop new strategies for disease control.
