5 examples of non-vascular plants are Mosses, Liverworts, Hornworts, Anthocerotophyta, and Marchantiophyta.
Non-vascular plants, also known as bryophytes, are a group of plants that do not have a well-developed system of tubes for transporting water and nutrients throughout the plant. Here are five examples of non-vascular plants:
Mosses: Mosses are one of the most well-known types of non-vascular plants. They are found in many different environments, from forest floors to rocky outcroppings, and are often used in gardening and landscaping.
Liverworts: Liverworts are another common type of non-vascular plant. They are named for their liver-shaped thalli (leaf-like structures) and are often found in moist environments such as bogs and swamps.
Hornworts: Hornworts are a type of non-vascular plant that are named for their horn-shaped sporophytes. They are typically found in damp soil or near streams and ponds.
Anthocerotophyta: This is a small group of non-vascular plants, also known as hornworts, which are often found in damp soil or near streams and ponds.
Marchantiophyta: This is a diverse group of non-vascular plants commonly known as liverworts, which are named for their liver-shaped thalli (leaf-like structures). They are typically found in moist environments such as bogs and swamps.
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Which of the following would be good examples of genotype-by-environment interactions? Select all that apply.
a. two different strains of corn that differ in height due to genotype
b. a strain of corn whose yield varies with the amount of nutrients in the soil
c. two different mutants of mice that share similar fat metabolism abilities
d. a line of dairy cows that increases milk yield in relation to feed amount
e. a line of chickens whose eggshells are extra thick regardless of feed type
f. a strain of mutant mice that becomes obese regardless of feed amount
The good example of genotype- by environment interaction are strain of corn whose yield varies with the amount of nutrients in the soil and line of dairy cows that increases milk yield in relation to feed amount. The correct option is D .
Fair-skinned folks are more susceptible to skin cancer from sunlight exposure than people with darker complexion. This is an illustration of the relationship between genotype and environment.
The term "genotype by environment (G E) interaction" describes the variance in how different genotypes react to various surroundings (Falconer and Mackay, 1996). Due to scaling or re-ranking effects, there are two basic types of G E interaction.
The phrase "genotype environment (GxE) interaction effect") refers to both the modification of genetic risk factors by environmental risk and protective factors as well as the function of specific genetic risk factors in determining individual differences in vulnerability to environmental risk factors.
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what is the difference between Endocrine and Exocrine?
The endocrine system is in charge of releasing hormones into the circulation to control body activities. The exocrine system is in charge of secretion release through ducts or pores in the body, such as saliva, mucus, and enzymes.
The endocrine system is comprised of many glands that are in charge of releasing hormones into the circulation. These hormones are subsequently delivered to different areas of the body to govern various biological activities. Hormones regulate processes such as metabolism, growth and development, and sexual function. The endocrine system is also in charge of mood, emotions, and stress levels.
The exocrine system is made up of a variety of glands that are in charge of secreting substances into the body. These fluids are subsequently expelled from the body via ducts or pores. The exocrine system secretes compounds such as saliva, mucus, and digestive enzymes. These fluids lubricate the body and protect it from infection and sickness. The exocrine system is also in charge of sweat production, which aids in body temperature regulation.
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An element crystallizes in a face-centered cubic lattice and has a density of 1. 456 g/cubic cm. The edge of its unit cell is 4. 52 x 10-8 cm. How many atoms are there in each unit cell?.
Crystal structure is a description of the ordered arrangement of atoms, ions, or molecules in a crystalline material. The arrangement is three dimensional. The manner in which atoms, ions, or molecules are spatially arranged determines crystalline structure.
Unit cell: small repeating entity of the atomic structure. The basic building block of the crystal structure. It defines the entire crystal structure with the atom positions within.
FCC stands for face centered cubic. In fcc, atoms are arranged at the corners and center of each cube face of the cell. In one unit cell, 4 atoms are present and these atoms are assumed to touch along the face diagonals. In fcc lattice, the length of the edge of the unit cell is 400 pm.
The crystal structure is based on the Bravais lattice of the same name, with a single atom at each lattice point on the cube’s corners and faces. FCC is one of the most stable crystal structures and has the highest packing density.
For a fcc unit cell, the number of atoms per unit cell,
Z=4.
Density, d= ZM / NA*a3
Here, M= molar mass
NA=6.022×1023/mol= Avogadro's number
a=4×10−8 cm= edge length
Density d=2.8g/cm3
2.8=4M / 6.022×1023×(4×10−8)3=27g/mol
Hence, the molar mass of the element is 27g/mol.
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In organelle _____________ energy in stored in the form of atp is produced from carbohydrates, fats, and proteins.
In organelle, mitochondrion energy stored in the form of ATP is produced from carbohydrates, fats, and proteins.
What are the functions of mitochondria?Mitochondria are the main site for ATP synthesis in mammals, and some ATP is also synthesized in cytoplasm and lipids are broken down into fatty acids, proteins into amino acids, and carbohydrates into glucose.
The functions of mitochondria includes oxidative phosphorylation to produce cellular ATP. Mitochondria are membrane bound organelles that are present in almost all eukaryotic cells. They are responsible for orchestrating cellular energy production, and also they are central to the maintenance of life and gatekeepers of cell death.
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what tissue/cell type, found in shoots and roots, is responsible for primary and secondary growth?
The major plant body and the growth of the roots and shoots are produced by apical meristems. Because they are in charge of secondary growth, lateral meristems are also referred to as secondary meristems.
What kind of tissue produces primary and secondary growth?Both primary (taller/longer) and secondary (wider) growth are influenced by meristems. The two lateral meristems, known as the vascular cambium and the cork cambium, regulate secondary growth whereas root or shoot apical meristems regulate primary growth.
What is the tissue in plants that causes secondary growth?Secondary meristems, also known as the vascular cambium and cork cambium, are the organs in plants that cause secondary growth. The plant body becomes thicker as a result.
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The temperature on photosynthesis outline the steps of a practical investigation
Count how many oxygen bubbles the plant emits over the course of one minute. This is how quickly photosynthesis occurs at that specific temperature. Checking the gas to ensure that it is oxygen should be done - relights a glowing splint.
Investigation on how temperature impacts photosynthetic rateThe quantity of enzyme-substrate collisions limits the pace of photosynthesis at low temperatures. The rate of photosynthesis rises as a function of temperature because there are more collisions as a result.
As photosynthesis is a chemical process, the pace of most chemical reactions normally rises with temperature, the higher the temperature, the greater the rate of photosynthesis will typically be. Yet, the rate of photosynthesis decreases considerably at temperatures exceeding 40°C.
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why is it important to properly use, conserve, and dispose of materials during scientific investigations?
If we wish to maintain the health of the environment, it is essential to appropriately dispose of laboratory waste. Waste comes in two varieties: hazardous and non-hazardous. For the proper disposal of hazardous materials, only certified techniques should be utilised.
What does "Hazardous materials " mean?Hazardous materials are substances or compounds that can be harmful to the environment, constitute a risk to human health, or both. The U.S. Environmental Protection Agency (EPA), U.S. Occupational Safety and Health Administration (OSHA), U.S. Transportation Department (DOT), and U.S. Nuclear Regulatory Commission all define and regulate hazardous materials (NRC).
What are the top 10 hazards?Acids, caustic compounds, cleaners, glues, heavy metals (mercury, lead, aluminium), paint, insecticides, petroleum products, and solvents are examples of hazardous chemicals.
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which carries oxygenated blood from the lungs to the heart?
(a) main artery
(b) pulmonary artery
(c) main vein
(d) pulmonary vein
Option b) Pulmonary veins carries oxygenated blood from the lungs to the heart.
Each lung has two main pulmonary veins, one inferior and one superior, which emerge from the hilum. The primary pulmonary veins drain into the left atrium after receiving blood from three or four feeding veins in each lung. The bronchial tree is not followed by the peripheral feeding veins. They run between the pulmonary segments from which the blood is drained.
The right superior pulmonary vein is located at the root of the lung, in front of and somewhat below the pulmonary artery; the inferior is located at the lowest section of the lung hilum. The bronchus is located behind the pulmonary artery.
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Need help with this for science class
Answer: Forest
Explanation: A ecosystem is a physical place where animals typically live in.
Place the following steps of lymphatic flow in the correct order beginning with the interstitial fluid and ending with the blood vessels
-Interstitial fluid
-Lymph capillaries
-Lymph vessels
-Lymph trunks
-Lymph ducts
-Subclavian veins
The steps of lymphatic flow are as follows, with the interstitial fluid coming first and the blood vessel coming last in the proper sequence: lymph nodes lymph vessels liquid interstitial a lymph node Trunk lymphatic clavicular vein
Describe lymph?White blood cells, particularly lymphocytes, are cells that fight bacteria with in blood and body tissues, make up the clear to white fluid known as lymph. Chyle is an intestinal fluid that contains proteins and lipids.
Where does the body's lymph go?The neck, armpits, groyne, area surrounding the gut, and space between the lungs are just a few places on the body where lymph nodes can be found. Lymph nodes remove lymph fluid from bodily tissues or organs that are close by.
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How do the Galapagos Tortoises demonstrate Darwin's theory of
evolution? Do you think all three tortoises migrated to the islands or
did one type migrate and they evolved out on the islands?
The Galápagos Tortoises demonstrate Darwin's theory of evolution by natural selection.
What is Darwin's theory of evolution?Darwin's theory of evolution is a scientific explanation of how species of organisms change over time through the process of natural selection. He observed that the tortoises differed in their physical characteristics.Over time, those traits that helped individuals survive and reproduce in their specific environments became more common in the population.
It is believed that a single species of tortoise initially colonized the Galápagos Islands, likely by drifting on ocean currents. Once on the islands, the tortoises likely underwent speciation through natural selection and genetic drift, leading to the evolution of the different subspecies that we see today.
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The cranial nerves are located within the skull, on the underside of the brain. True/False?
The cranial nerves are located within the skull, on the underside of the brain is True
What portion of the nervous system resides in the skull?
Brain and spinal cord are components of the central nervous system (CNS). In the spinal column and the skull, respectively, they are discovered to be housed.
One or more of the cranial nerves are connected to a group of neurons (grey matter) in the brain stem called a cranial nerve nucleus. These nuclei serve as the earliest sites of synapse development for axons transporting information to and from the cranial nerves.
The nerves that emanate from the spinal cord and connect to every area of the body make up the peripheral nervous system.
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What are the 5 layers of the epidermis from superficial to deep
The five layers of the epidermis are the stratum basale (which is the deepest portion of the epidermis), stratum spinosum, then the stratum granulosum, followed by stratum lucidum, and stratum corneum.
Skin is basically the largest organ of our body and it covers the entire external surface of the body. It is basically made up of three layers which are the epidermis, dermis, as well as the hypodermis, all three of which vary in their anatomy as well as their function. The structure of the skin is made up of basically an intricate network which happens to serve as the body’s initial barrier against pathogens, ultraviolet light, as well as chemicals, and also mechanical injury.
It also regulates temperature and also the amount of water which is released into the environment. There are five layers of skin or the epidermis which are the stratum basale (which is the deepest portion of the epidermis), stratum spinosum, then the stratum granulosum, followed by stratum lucidum, and stratum corneum.
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what are the structures of vertebrates?
The internal skeleton of vertebrates is made of bone, cartilage, or both. The vertebral column, which partially encloses the spinal cord, the skull, which encloses the brain, and typically two sets of limbs make up the skeleton.
Vertebrates have a spine or backbone as part of their skeletal system. In contrast to vertebrates, which have a backbone and a highly developed internal skeleton made of bone and cartilage, which is protected by a skull, invertebrates lack a backbone.
The majority of mollusks, crustaceans, and insects are examples of invertebrates, which often have soft bodies and lack a stiff internal skeleton for the attachment of muscles, but frequently have a hard external skeleton that also provides protection for the body.
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the developmental stage of an embryo in which a single layer of cells is surrounded by a space filled with fluid
The blastocoel, also known as the cleavage cavity, segmentation cavity, or blastocele, is a fluid- or yolk-filled hollow that develops in the gastrulation during the very early stages of embryonic development.
What the segmentation cavity may also be referred to as a blastocoele?The blastocoel, also known as the segmentation cavity or cleavage cavity, is a fluid- or raw egg cavity that develops in the lobules during the very early stages of embryonic development. It can also be spelled blastocoele or blastocele.
Early in fetal development, what cavity is formed?Around the fourth week of development, this primitive intraembryonic coelom develops in the lateral or cardiogenic mesoderm. Two foldings occur during the embryo's development, and the resulting cavity is eventually separated into the pericardial, pleural, & peritoneal embryonic body cavities.
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during photosynthesis, _____ is reduced to _____ .
During photosynthesis, carbon dioxide is reduced to glucose.
In the presence of sunlight, plants create nitrogen-containing carbohydrates like through a process called photosynthesis. As a result, water is oxidized to produce oxygen and carbon dioxide is converted to glucose. This process is a redox reaction in which carbon dioxide is reduced to glucose and water is oxidized to oxygen.
Green plants use a process called photosynthesis to turn carbon dioxide and water into glucose and oxygen. The body's cells use glucose as an energy source and carbon dioxide to break it down. A cellular respiration reaction's one-electron reduction and a photosynthesis reaction's two electron reduction are the same.
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What part of the flower is where the pollen lands?
Answer:
The part of the flower where the pollen lands is called the stigma. The stigma is located at the top of the pistil, which is the female reproductive part of the flower. The stigma is usually sticky or has small hairs or grooves that help trap and hold the pollen grains that are carried by pollinators such as bees, butterflies, or birds. Once the pollen lands on the stigma, it germinates and grows a pollen tube down the style to the ovary, where fertilization occurs and seeds are formed.
Total pieces of food eaten 32 180 88 food percentage* % % % simulated number of birds in flock for 3rd generation** * divide each flock's total pieces of food by 300, the total number of pieces of food eaten. ** multiply the food percentage for each flock by the total number of birds (30).
The simulated number of birds in the third generation for each flock are: First flock: 3 birds, Second flock: 18 birds and Third flock: 9 birds.
Divide the total number of food pieces consumed by 300 for each flock to determine the percentage of food consumed:
For the first flock: 32/300 = 0.1067 or 10.67%
For the second flock: 180/300 = 0.6 or 60%
For the third flock: 88/300 = 0.2933 or 29.33%
Multiply the food percentage for each flock by the overall number of birds (30) to replicate the number of birds in the third generation for each flock:
For the first flock: 10.67% of 30 birds = 3.2 birds ≈ 3 birds
For the second flock: 60% of 30 birds = 18 birds
For the third flock: 29.33% of 30 birds = 8.8 birds ≈ 9 birds
Therefore, the simulated number of birds in the third generation for each flock are:
First flock: 3 birds
Second flock: 18 birds
Third flock: 9 birds
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If we continued to follow the cell lineage from question 4, then the DNA content of a single cell at metaphase of meiosis II would be a. 0.25x. b. 0.5x c. x d. 2x
At metaphase of meiosis II, a single cell would have a DNA content of 0.25x if we continued to follow the cell lineage from problem 4.
What percentage of DNA is present in a single cell during meiosis II metaphase?Meiosis enters a metaphase during which the cell's DNA content doubles. This cell lineage proceeds through meiosis II's metaphase. The sister chromatids are fused together during metaphase II.
How much DNA is present during meiosis 1?DNA is created during the S phase, changing the DNA content to 4C. The amount of DNA in the cell again drops to 2C at the conclusion of meiosis I. the DNA content once more following meiosis II
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How does the enzyme RNA polymerase know where to start and stop transcription?
RNA polymerase initiates transcription by recognizing and binding to specific DNA sequences called promoters, which are located upstream of the gene being transcribed.
The enzyme then unwinds the DNA double helix and begins synthesizing an RNA molecule using the DNA template strand. RNA polymerase continues elongating the RNA transcript until it reaches a specific DNA sequence called a terminator, which signals the enzyme to stop transcription and release the newly synthesized RNA molecule. The process of transcription is a highly regulated and complex process that plays a critical role in gene expression and cellular function.
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CMP vs BMP Beans? When to use each one?
The CMP and BMP beans are two types of beans used in Java Enterprise Edition (Java EE) to create Enterprise JavaBeans (EJBs). CMP stands for "Container Managed Persistence" while BMP stands for "Bean Managed Persistence".
CMP beans used when the persistence operations are simple and straightforward, and BMP beans are used when more complex or customized persistence operations are needed.
CMP beans are used when the container (i.e., the application server) is responsible for managing the persistence of the bean's data. This means that the container handles all of the interactions with the database, including creating, reading, updating, and deleting data. CMP beans are generally easier to develop and maintain because the developer does not need to write any database code.BMP beans, on the other hand, are used when the bean itself is responsible for managing its own persistence. This means that the developer must write the code to interact with the database. BMP beans are generally more flexible than CMP beans because the developer has more control over the persistence operations.For more questions related to CMP vs BMP.
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Describe digestion in humans.
(EXPLAIN)
Answer: Digestion is apart of the digestive system. It breaks down and convert food in to energy(ATP), glucose, or protein. The broken down foods are then absorbed into each part of the body, which allows all of our cell to have the food nutrients.
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What is cerumen impaction icd 10 ?
Cerumen impaction is a condition where earwax (cerumen) builds up in the ear canal and causes a blockage. This can lead to symptoms such as hearing loss, ear pain, and dizziness.
The International Classification of Diseases, Tenth Revision (ICD-10) is a system used by healthcare professionals to classify and code diagnoses, symptoms, and procedures. The ICD-10 code for cerumen impaction is H61.23. This code is used to indicate a diagnosis of cerumen impaction for billing and documentation purposes.
It is important to seek medical treatment for cerumen impaction, as it can lead to complications such as infection or damage to the eardrum. Treatment may include removal of the impacted cerumen by a healthcare professional using specialized tools or the use of ear drops to soften and break up the earwax.
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The process by which glucose is formed from non-carbohydrate compounds is called
A. glycogenesis. B. glycolysis. C. Glycogenolysis D. Gluconeogenesis
Gluconeogenesis is the mechanism by which glucose is created from non-carbohydrate substances.
The process through which glucose is produced from non-carbohydrate metabolites is known as glucoseneogenesis. Pyruvate, lactate, a few gluconeogenic amino acids, & glycerol, which is mostly produced by fat metabolism, are the main gluconeogenic precursors. While gluconeogenesis is a process that produces glucose and is crucial for sustaining blood glucose levels during hunger, glycolysis is indeed a catabolic process of glucose hydrolysis required for energy & biosynthetic intermediates. When blood glucose levels fall, the liver breaks down glycogen, whereas gluconeogenesis creates glucose using non-carbohydrate sources such lactic acid, glycerol, and amino acids.
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Given left atrial pressure of 2 mmhg and pulmonary trunk pressure of 15mm Hg, the driving pressure is __
Given left atrial pressure of 2 mm Hg and pulmonary trunk pressure of 15mmhg, the driving pressure is 13 mm Hg.
Driving pressure is basically calculated as the difference between the plateau pressure as well as the positive end-expiratory pressure which is also known as PEEP. Driving pressure is basically composed of two types of pressures which are distributed to the lung itself, which is the trans-pulmonary pressure, and also the pressure which is applied to the chest wall.
The left atrial pressure is 2 mm Hg and the pulmonary trunk pressure is 15mmhg.Therefore,
Driving pressure = 15 - 2 = 13 mm Hg
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The lineage that leads from the last common ancestor of chimps and humans to living humans contains all the species in the:a. genus Homob. tribe Homininaec. family Hominidaed. genus Astralopithecuse. superfamily Hominoidea
The tribe Homininae includes all species of great apes that are more closely related to humans than to chimpanzees and gorillas, including the genus Homo, which contains modern humans (Homo sapiens). Here option B is the correct answer.
The family Hominidae, which includes the tribe Homininae and several extinct genera, contains all species of great apes and their extinct relatives.
The superfamily Hominoidea, which includes the family Hominidae and several other families of primates, encompasses all species of monkeys and apes, including humans. The genus Australopithecus, which lived in Africa between 4 and 2 million years ago, is not a direct ancestor of modern humans but is considered a close relative.
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Why are antibiotics unhelpful for treating the common cold?
A. Colds are caused by antibiotics.
B. Antibiotics cannot treat illnesses.
C. Viruses are not killed by antibiotics.
D. Colds are caused by bacteria.
Answer:
D. Virus are not killed by antibiotics
Explanation:
Viruses are different to bacteria; they have a different structure and a different way of surviving. Viruses don't have cell walls that can be attacked by antibiotics; instead they are surrounded by a protective protein coat.
aside from color, how are light silicates and dark silicates different, and why?
Because they include a lot of iron and magnesium, light silicates have a lower specific gravity than dark silicates, which have a greater specific gravity.
What distinguishes bright from dark silicates?Light and dark silicates differ primarily in terms of their relative specific gravities, or densities; light silicates have a lower specific gravity than dark silicates.
A dark silicate is what?Silicate minerals with a higher concentration of iron and magnesium are known as dark silicate minerals. They are referred to as dark silicate minerals because of the darker colour that their composition provides them. A black silicate mineral with a green tint and a reputation for withstanding high temperatures is olivine.
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A _______ is the protective covering made up of glial cells.
A myelin sheath is a protective covering made up of glial cells. Glial cells, also known as neuroglia or simply glia, are a type of non-neuronal cells that provide support and insulation to neurons in the central and peripheral nervous systems.
A myelin sheath is a specialized form of glial cell that wraps around the axons of many neurons to provide electrical insulation and increase the speed of neural impulses.
The myelin sheath is composed of multiple layers of lipid-rich membrane that insulate the axon and prevent the loss of electrical signals. It is produced by two types of glial cells: oligodendrocytes in the central nervous system and Schwann cells in the peripheral nervous system.
The myelin sheath is essential for the proper functioning of the nervous system, as it allows for rapid and efficient transmission of electrical impulses.
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An example of an energy-requiring reaction.
Uses energy from the sun to produce sugars.
Sugars and other organic compounds are produced during photosynthesis, which harnesses the power of sunlight. Other species use these compounds as nourishment in return.
Respiration and photosynthesis work in tandem. On this world, plants, animals, and microorganisms have coexisted for such a long time that many of them have contributed significantly to the surroundings of the others. Nearly all organisms use the oxygen produced by photosynthesis to burn organic compounds. And some of the CO2 molecules that are today converted into organic molecules by photosynthesis in a green leaf were yesterday discharged into the atmosphere by an animal's respiration or by a fungus or bacteria decomposing dead organic matter.
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