That can help bacteria to pick up the most effective gene that will help in the resistance of the harsh environmental condition and also to determine the dominant strain by natural selection . That also help in the adaptation of microorganisms in their environment where they can uptake a specific gene that make it survive in a specific environment
They break down dead biological matter and waste products and convert them into useable energy; returning important materials to the environment. Decomposers are a particular important feature in the Great Barrier Reef considering the heavy bio-load. Main decomposers inside the reef include bacteria, sea cucumbers, some species of snails, crabs and bristle worms. Bacteria sis not only vital for the Great Barrier Reef’s food web, but is also said by scientists that it could be the key to keeping the coral healthy and able to withstand the impacts of global warming. Dr Tracy Ainsworth stated “it is very likely that these microorganisms play a vital role in the capacity of coral to recovering from bouts of bleaching caused by rising temperatures.” Corals rely on these good bacteria’s crucially although we don’t yet understand these microbe’s ell enough to know how they influence coral survival, which is vital in maintaining the food web of the Great Barrier Reef.
1. Introduction In the development of agriculture, pesticides are very important due the plant protection that they provide which in result boosts food production. We humans get exposed to these pesticides through the air, water, soil and even our food that we eat today. The presence of all these pesticides resides is a major problem over the world. There have been several methods being done to analyze these pesticide residues in food commodities.
In those researches they did surveys, in places like Mexico and Washington’s coast and under the oceans, and saw that due to bacteria’s adaptably their biomass may exceed that of life in oceans. Bacteria also prospers by creating a symbiotic relationship with other plans, like the plants which enable them to convert atmospheric nitrogen to ammonia. Symbiotic bacteria also play a significant role in producing vitamins and breaking down food that contains
1. Introduction Bacteria have evolved several different mechanisms to enable them adapt successfully to their environment. All organisms have intrinsic genetic determinants that are expressed when challenged with different stress factors. Examples of such environmental stressors include antibiotics, chemicals, ionizing radiation, high salinity, extreme hydrostatic pressure, extreme temperatures and heavy metal stress, among others. When faced with single or multiple challenges, a series of transcriptional networks are upregulated to code for determinants that counteract such adverse conditions (1).
actic acid bacteria: one of the most important group of microorganism its associated with plants, meats , and dairy. lactic acid produced from carbohydrates and sugars. its also consider a strong fertilizer and harmful microorganism. one of lactic acid benefits are empowering the productions of important sources of energy in your body which are glucose and glycogen in the liver. so therefore it helps gain energy.
The pros being: probiotics modify the microbial population of the harmful and harmless microbes, help with digestion and absorption of nutrients. They help in the growth and intestinal cells, improve gastrointestinal issues such as constipation, diarrhoea, and bloating. They can lower hypertension, prevent colon cancer, and they can also reduce periodontal diseases. The cons are: probiotics can cause a boat load of issues if they are not balanced in the system, issues like overgrowth of bacteria or yeast in the gut, which can cause bloating. They can contribute to the indications of rheumatoid arthritis and thrush (yeast infection).
Studies at the individual or molecular level tend to focus the research hypotheses and subsequent interventions at that level, even when research and interventions at other levels may be more appropriate. Thus, only by starting from the population and ecosystem levels can we ensure that these are given appropriate consideration. Although better research is needed at all levels, it is crucially important to choose the most appropriate level, or levels, of research for a particular problem. Only by conducting research at all these levels and by developing further methods to combine evidence from these different levels can we hope to address the challenges facing environmental epidemiology
The differential equation an equation containing the derivatives of one or more dependent variable with respect to one or more independent variable . and the differential equation stand out dramatically in Physics , Biology, and chemistry … A chemical changes lead to the formation of substances that help grow our food , make our lives more productive , a chemical change or chemical reaction is a process in which one or more pure substances are converted into one or more different pure substances , The Chemical changes take place as one substance is converted into another , it Can the conditions be altered to speed the changes up, slow them down, or perhaps reverse them , Once chemists understand the nature of one chemical change, they begin to explore the possibilities that arise from causing similar changes Chemical
Therefore, we need to think about tomorrow with respect to every action that we take in the environment and in this case we can say that sustainable development requires slower population growth. With this in mind, we need to be educated through our cultures about the impact we caused to the environment as we continue to reproduce. The challenge of environmental ethics has led to the attempt to apply traditional ethical theories, including consequentialism, deontology, and virtue ethics, to support contemporary environmental concerns; the preservation of biodiversity as an ethical goal; the broader concerns of some thinkers with wilderness, the built environment and the politics of poverty; the ethics of sustainability and climate change, and some directions for possible future developments of the discipline [ CITATION And15 \l 1033 ]. With this multi-dimensional approach one can see that it is more of a cultural issue to think of it from its origin. We have grown to see our parents have children, build houses, buy cars cultivate farmlands, explore timber and many other aspects.