This is the first journal entry for this class Assignment wr

This is the first journal entry for this class Assignment: write a robust paragraph (or two) that details your current appreciation for the diversity of life Please try and include personal experience and organisms that represent a few different types. The rubric for grading this is as follows The is worth 10 Points is how you get a 10: Assignment full paragraph(s) on time, original, and shows some degree of intelligent thought. The paragraph contains a few different examples. The entry must not have punctuation and mistakes that distract from reading the document. Failure to meet all of these will result in a zero for the assignment, regardless of subsequent marks. Attached journals will not be graded - only submissions written directly into the interface below,

Solution

Answer:

The diversity of life is mainly associated with multicellular species and single -celled eukaryotic (ex. yeast) species & prokaryotic species (ex. E coli in human gut). These species are together in symbiotic relationship as an important diversity of life. In my experience, I have obtained food material from yeast- fermented bread & in our human digestive system a variety of microbiota living in a symbiotic relationship and enable digestion of complex food material within the gut followed by synthesizing vitamins inside the body. Plants maintain symbiotic relationship with a variety of microbes and these microbes maintain a phenomenon known as quorum sensing\", a mechanism, which enables to generate some, sort of chemical mediators when foreign microbes enters into their habitat. These plant -associated microbes generate antibiotics to kill or to inhibit the growth of other competing microbes for same resources. Prebiotics are from diversified single-celled organism such as \"yeasts\" going to supplement nutritional products to commensual healthy gut microbiota for their growth finally to enable higher synthesis of vitamins & cofactors beneficial to humans. Probiotics is the strategy that involves the direct consumption of healthy biota

Animals and plants are trophic level in an ecosystem biodiversity. Fungi are natural scanvangers. Animals, plants and fungi are eukaryotes & distributed across the ecosystem. Plants produce sugars by performing photosynthesis so that they often referred as producers. Animals are omnivores, carnivores and some of them are herbivore consume plants, leafy vegetables for nutrient availability but plants produce defense mechanisms to defend predation by herbivores. According to growth -differentiation balance hypothesis, fungal cells are decomposers and natural scavangers (climax) feed on animals and dead plants by decomposing them & sometimes feed on live plants. The trade-off that exists between nutrient availability and allelopathy/chemical herbivory (relies upon growth-related processes\" and \"differentiation-related processes\" of plants) defense for plants in terms of decomposers because plants are going to produce \"allelochemicals\" to defend herbivores as a result the growth of herbivore\'s growth, behavior varied. This tradeoff exists between nutrient availability to the herbivores to the generation of secondary metabolites produced by plants. These allelochemicals are going to acts as toxins to decrease the herbivores to predate the plant products. For example, foxgloves plants are going to generate \"allelopathic chemicals\" such as cardiac and steroidal glycosides to act against herbivores that cause digestive problems in the herbivores. Therefore, tradeoffs are going to produces nutrient variability to herbivores that depicts the role of chemically-mediated plant-plant interference (i.e., allelopathy) & resource competition.

The phrase carbon cycle elucidates how the carbon in the environment passes in the midst of living beings, inorganic matter and the atmosphere. The system that carbon follows as it cycles through the air, earth, plants, animals and fossil fuels factually defines life, as we know it. Photosynthesis, respiration and CO2 absorption/release from the ocean surfaces are all examples of natural fluxes of carbon through the Earth\'s systems. Photosynthesis, green plants absorb solar energy Co2 (Carbon dioxide) from the atmosphere to synthesize carbohydrates. Plants utilize carbohydrates during respiration result in the production of the energy be used as fuel. Oxygen is the byproduct of photosynthesis and released into the atmosphere, which further utilized for respiration by humans and other organisms. Photosynthesis plays a vital role in balancing the carbon cycle by absorbing CO2 from the atmosphere and eliminating oxygen into the atmosphere and this process known as \"carbon sequestering.\"