Describe two advanced technologies that support ex situ conservation and list a benefit of using each?

Q: Explain the working of an Open pond systems biogenic C02 capture?

A: Biogenic Carbon dioxides are the emissions from a stationary source resulting from the combustion of…

Q: Compare the population of microorganisms during soybean fermentation. Which of the following rows…

A: Fermentation is the process of breaking down complex organic molecules into simpler ones with the…

Q: ow is pka related t

A: Bioaccumulation represents the gradual accumulation of substances in an organism. These substances…

Q: Describe the use of bioremediation in the cleanup of oil spills.

A: Bioremediation is using the organisms to break down the contamination products into the less toxic…

Q: Explain the role of cultivation-independent methods to study microorganisms in the environment.

A: The study of microorganisms primarily requires the preparation of pure culture through conventional…

Q: xplain the difference between bioaccumulation and bioamplification.

A: Answer.  Bioaccumulation is the accumulation and enrichment of chemicals in an organism in higher…

Q: What are some of the advantages and disadvantagesof bioremediation?

A: The biotechnical process that involves complex material or contamination removal by degradation of…

Q: To determine: Whether landscape biology and restoration ecology are examples of in situ or ex situ…

A: The biological variety and variability of life on Earth is usually defined to stated as…

Q: Question:- Explain how stratification works and its effects in a particular culture?

A: Ecosystem balance, often known as "ecosystem homeostasis," is influenced by both factors that tend…

Q: Seed bank plays an important role in Ex-situ conservation, is it true?

A: Plants are the living organisms which synthesize their own food by photosynthesis. In photosynthesis…

Q: Describe how the bacterial cell acts like a fuel cell.  b) Is it sustainable? Explain

A: A microbial fuel cell (MFC) is a bio-electrochemical system that drives an electric current by using…

Q: Compare environmental, economic, & social effects of large-scale algal oil production?

A: Algae oil or fuel uses algae species for the production of oil. Oil production in algae is a way of…

Q: Discuss microbial population and community ecology

A: Microbial Population is the branch of microbiology aimed towards application of population ecology…

Q: Describe in full the technique of density gradient centrifugation?

A: Introduction: Centrifugation is a cycle used to separate or pack materials suspended in a fluid…

Q: hat is biomagnification and what is an example of a chemical that causes this?

A: Environment is the surrounding in which we live and grow, for suppose if we live at equator regions…

Q: List two benefits and two inherent limitations of both ex situ and in situ conservation.

A: In Situ: - In situ is a study or the conservation of biodiversity in their natural habitats itself…

Q: WHat is Bioprospecting? Describe challenges/issues that Bioprospecting has?

A: Bioprospecting is the definition that they are about to describe through the study of the diversity…

Q: What is not included in the Ex situ conservation?

A: The conservation of animals and plant genetic resources involves in situ conservation. The animals…

Q: How can bioremediation be used to reduce macro- and microplastics in the environment? Explain by…

A: Bioremediation is the utilization of living beings for the recuperation or tidying up of a…

Q: The right granted by government to prevent others from the commercial use of biological resources…

A: Government has exerted some control for the prevention of the discoveries and invention regarding…

Q: Give two environmental factors that would enhance the bioremediation process.

A: Bioremediation is a field of biotechnology that involves the removal of contaminants, pollutants,…

Q: propose a brief experiment to identify members capable of assimilating methane- derived compounds…

A: Answer :- Microorganisms are too little to even consider seeing with unaided eye. We want magnifying…

Q: If it takes 2 hours for a population of bacteria to grow from 100 cells to 1600 cells, what is the…

A: The bacteria are single celled prokaryotic organisms and divides by binary fission. The time…

Q: Cite some instances where the knowledge and understanding of Microbial Ecology benefits us. Give…

A: Microbial ecology helps us to understand the ecological and evolutionary aspects of microbial…

Q: Why is it important to maintain biodiversity for medical reasons

A: Biodiversity provides many benefits to animals, plants, and maintenance of ecosystems. They are also…

Q: What are indigenous microbes? Why are they important for bioremediation?

A: Microbes are organisms that are not visible to the unaided eyes, and a microscope is needed to…

Q: Subject: How important are microbes in biodiversity? Provide illustrations

A: Biodiversity is defined as the variability and genetic variations in the biological organisms…

Q: List two ways microwaves may inhibit the growth of organisms.

A: Micriwaves (MW) drying is a rapid dehydration technique that can be applied to specific foods.…

Q: Which of the following rows describes the change in bacterial biodiversity and yeast biomass during…

A: Fermentation:- A process which is used to convert sugar to acids, alcohol or gasses. It generally…

Q: Name any two conventional methods of ex-situ conservation?

A: Conservation plays a major role in preserving animal and plant species that are in the verge of…

Q: the methods for the Agricultural residuls (biomass) to be an energy,

A: Energy or gas that is produced from living matter is called bioenergy. The biomass includes all…

Q: Justify why algal biotechnology has the potential to be the future of climate change mitigation

A: Algae can help combat climate changes by removing CO2 from the atmosphere, storing it as biomass,…

Q: Give one example each for the positive and negative interactions and provide an explanation for your…

A: A positive interaction is an interaction where one species benefits while the other is neither…

Q: Explain what the field of agricultural microbiology entails.

A: Microbiology is the study of the small living organisms that are integral components of different…

Q: What is not included under in situ conservation?

A: The conservation of plant and animals genetic resources involves in situ conservation. The animals…

Q: ompare and contrast five different bioremediation techniques 1.Intrinsic bioremendiation/…

A: The employment of microbials for purifying contaminated soil and groundwater called bioremediation.…

Q: Express gene products to degrade pollutants (bioremediation) ?

A: Pollutant degradation pathways are linked to specific gene sets in any organism. There are both…

Q: Give four challenges and suggest solutions for those challenges in biogenic formation?? biogenic…

A: Natural gas consists of methane, with some amount of ethane and propane and impurities like N2, CO2,…

Q: Why is it important to keep individual samples separate? How many samples should an ecologist…

A: Introduction Ecologists often utilise one of three sampling methods. Coverage, abundance, and…

Q: Enlist major In-situ & Ex-Situ conservation areas of the world

A: Biodiversity has wealthy and different fauna and greenery and special normal magnificence in its…

Q: Give a trangenic organism in the bioremediation field and explain in 2-3 sentences how the organism…

A: In soils, freshwater sources, and activated sludge environments, genetically modified microorganisms…

Q: Give an overview of the positive impacts of microbial biotechnology on the environment

A: In microbial biotechnology use of microorganisms to obtain an economically valuable product. An…

Q: rganisms from deep hot subsurface under their in situ conditions when trying to culture them?…

A: EXTREMOPHILES- These are those microorganisms who lives outside the normal environment. Some…

Q: Explain the process of biological magnification using a real hypothetical ecosystem to illustrate…

A: Biological magnification refers to the process where any contaminant concentration increases at…

Q: Describe why microelectrode measurements are important tools in the study of microbial community…

A: Microbiology is the branch of biology that deals with study of organisms that are too small to be…

Q: In 200-300 words, DISCUSS the importance of BIOREMEDIATION

A: Bioremediation works by encouraging the growth of bacteria that feed on pollutants such as oil,…

Q: How is it that some organisms can survive in such harsh environments? Provide two specific examples.

A: Microbiology is the science of virus, bacterium, algae, fungus, slime moulds, and protozoa, which…

Q: Which method, ARISA or T-RFLP, would provide moredetail about microbial community complexity? Why?

A: Terminal restriction fragment length polymorphism (T-RFLP) and Automated ribosomal intergenic spacer…

Conservation Biology

The study of how to prevent the loss of biological diversity on the planet is called conservation. Biological diversity, also termed biodiversity, consists of various life forms found in a specific location or across the entire planet, including ecosystems, species, populations, and genes. Conservation thus aims to protect the diversity of life at all levels of biological organization.