Humans demonstrate significant diversity in biological traits, social characteristics, and agricultural practices. This diversity is reflected in physical attributes and social differences between societies, alongside the wide range of plants and animals cultivated for various environmental conditions.
Humans are considered a diverse population in many ways, but there are three main aspects that stand out.
Biological Diversity: With billions of humans on the planet's surface, human beings possess considerable biological diversity. Visible traits like skin color, or invisible genetic markers like blood type, contribute to this diversity. Within any subcategory, there will be more variation than that exists between different categories.
Social Diversity: Human social diversity arises from our societies' differing physical or social characteristics. These can vary greatly, resulting in a rich tapestry of cultures, languages, traditions, and social norms across the globe.
Agricultural Diversity: Humans have cultivated an immense diversity in domestic plants, animals, and fungi based on local needs and environmental factors. For example, potatoes have been bred into thousands of varieties to cope with specific soil and climate conditions—this mirrors cultural diversity within human populations.
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Production of urine
Explanation:
The three major steps in urine formation in the urinary system are – glomerular filtration,reabsorption and secretion – all of which results in removal of waste and excessive water from the body.
Kidneys are the main organs of the urinary system which takes part in the formation of urine. The kidneys are supplied by the renal arteries and capillaries. Each kidney consist numerous functional units called nephrons. Each nephron has a renal corpuscular and a tubular structure.
The renal corpuscle holds the Bowman’s capsule which contains the tuft of blood capillaries called the glomerulus. Glomerular filtration of blood plasma flowing in its capillary systems filters filterable components of blood like water and smaller solute particles leaving behind non-filterable blood cells, large proteins, etc. The filtered components gets collected in the glomerulus and forms the glomerular filtrate.
This filtrate then travels through the tubular structure – convoluted tubule and Loop of Henle, where reabsorption of water and nutrient ions takes place.
The remaining waste ions, and hydrogen ions are then collected in the collecting tubule. This is secretion of urine which then passes to the urinary bladder through the ureters.
thanks!
this is also based on animals/species/biology types stuff
Answer: In a simple sense, growth in population is a good thing as it means that a species is thriving and doing well in its environment as well as reproducing at desirable rates. However, if population continues and continues to grow it will eventually reach a cap where an environment can no longer hold more members of that specific species because there is a limit on food and places of shelter. This leads to natural rises and declines in a species over time (which can be very predictable as well.) A downside to rapid and sustained population growth is that if a species keeps growing and growing without reaching its cap (which happens a lot with introduced species into an environment which were not there naturally) is that they can overrun and destroy a natural environment and damage the ecosystem. Animals and species which are already there can have their population numbers drastically reduced because of this invasive species and may be forced to move to a new area.
B: Nuclei acid
C: protein
D: carbohydrate
Based on the question, it could refer to either nucleic acids, proteins, or carbohydrates. These macromolecules are made up of different types of monomers, such as nucleotides, amino acids, and monosaccharides respectively.
The biological macromolecule made up of monomers like the one shown (not provided) could be either a nucleic acid, a protein, or a carbohydrate, depending on the specific monomer. Each of these macromolecules is composed of different types of monomers. Nucleic acids are made up of monomers called nucleotides. Proteins are made up of monomers called amino acids. Carbohydrates are made up of monomers called monosaccharides. Without seeing the specific monomer, it's impossible to definitively answer your question.
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