Ecological succession provides a basis for resolving man's conflict with nature because this is the process in nature by which the different kind of species and the habitat in an area changes according the time.
This succession is important for the growth and the development of an ecosystem. It start the colonization and development of new area and redevelopment of the destroyed area.
The principle of ecological succession have a important relationship between man and nature. It need to be examined as basis for resolving man's environmental crisis.
Colonization is the process of establishing control and settling the indigenous people of an area.
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kirtland’s warbler is a rare bird that breeds in a small area of michigan and lives in jack pine forests of more than 80 acres in size. it nests on the ground under jack pine trees that are about five feet tall, or between five and eight years old. this is a description of one aspect of the kirtland’s warbler’s ? group of answer choices functional role. diversity. niche. lifestyle.
Kirtland's warbler that nests on the ground under jack pine trees that are about five feet tall, or between five and eight years old describes about the aspect niche.
Kirtland's warbler are grayish-yellow song-birds. The local name of the bird is jack pine bird. These birds are critically endangered as their requirements for the habitats are quite selective. They are known to lay eggs on the nest of other birds.
Niche is the functional area of an organism. Taking the example of the warblers they live in the jack pine forest but their functional area is only the ground under the jack pine trees. They can neither reside on the tree nor on the top of the tree. therefore, the ground is their niche.
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An atom of a certain element has 36 proton,36 electrons and a mass number of 84.at room temperature this element is a very stable gas.how many neutrons are in this atom
Answer:
b^2+c^2+a^2 pretty easy
Explain the role of lipids, carbohydrates, and proteins in the cell membrane.
Ready? Enter your answer here.
III
The role of lipids, carbohydrates and proteins in the cell membrane will be structural, cell communication and protection.
What will be the role of lipids, proteins and carbohydrates in the cell membrane?The cell membrane is composed of different components, among them are carbohydrates, proteins and lipids that allow its complete formation and that give different properties to the membrane. The membrane is mainly composed of a lipid bilayer that gives it the shape it has, having its hydrophobic heads outwards and its hydrophilic legs inwards of the bilayer, causing the membrane to discriminate certain types of elements due to their hydrophilic nature or their electrical charge.
It will also be composed of proteoglycans, generating a layer called glycocalyx that will give a protective layer to the cell membrane towards the outside, protecting it from substances that can destroy or damage it. Also in the membrane itself there will be protein channels that allow the passage of molecules that cannot pass through the membrane by simple diffusion.
Therefore, we can confirm that the role of lipids, carbohydrates and proteins in the cell membrane will be structural, cell communication and protection.
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each of the following is a branch of the mandibular division of the trigeminal nerve that supplies the temporomandibular joint except one
Nasopalatine Nerve
The trigeminal nerve's maxillary branch includes the nasopalatine nerve as a subdivision. The trigeminal nerve is a sensory nerve, and so is the nasopalatine nerve. The pterygopalatine ganglion is where it enters the sphenopalatine foramen after coursing into the nasal cavity. It travels beneath the ostium of the sphenoid sinus to the septum, where it lies between the periosteum and the mucous membrane and gives the septum feeling. The nasopalatine canal, which connects the nasal and oral chambers, is where it travels from here before proceeding inferiorly to breach the hard palate anteriorly. This canal also contains the palatine glands, a little amount of fat, and the terminal branch of the nasopalatine artery.
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i'm doing cell organelle speed dating and i need an appropriate pickup line relating to cytoplasm PLEASE HELP FOR BRAINLIEST
Ribosome:
I'm always making things for my friends
I'm the only protein you need (because they make proteins)
I might not be a nucleus, but at least I actually work for my living (the nucleus instructs the ribosomes to do the work)
I was into codons before everyone started reading them
You need me to survive (ribosomes are an organelle shared by all kinds of cells)
Rough ER is forever alone without me
What is the common name of halobacterium salinarum and is it heterotrophic or autotrophic?
Answer:
Common name for halobacterium salinarum is Halobacterium cutirubrum or Halobacterium halobium
halobacterium salinarum is heterotrophic
Explanation:
Halophilic Archaea, which are generally heterotrophic and aerobic, likely evolved from an autotrophic, anaerobic methanogenic ancestor by acquiring many genes from Bacteria via lateral gene transfer.
Halobacterium salinarum, formerly known as Halobacterium cutirubrum or Halobacterium halobium, is an extremely halophilic marine obligate aerobic archaeon. Despite its name, this is not a bacterium, but a member of the domain Archaea. It is found in salted fish, hides, hypersaline lakes, and salterns.
all other factors (concentration, solute size, etc.) being equal, which type of solute does a cell tend to pull inside?
Answer: Positively-charged solutes
Explanation:
The excess of negative charge on the cytosolic side of the plasma membrane tends to pull positively charged solutes into the cell. Specifically, a variety of negatively charged inorganic and organic ions (anions), including nucleic acids, proteins, and many cell metabolites, maintain this relatively constant "positive pull" at the surface of the cell.
sort each process into the appropriate bin according to whether it contributes to heredity only, genetic variation only, or both. (note that a bin may be left empty.)
DNA replication, anaphase I, II, and metaphase II are heritable exclusively.
solely including genomic variation: crossing over, metaphase 1 and
fertilizations
Hereditary only: Only enough DNA is duplicated to supply the daughter cells.
Chromosomes in anaphase I and II are migrating to daughter cells to be passed on.
Chromosomes in metaphase II were randomly arranged in metaphase I and will only align to travel to each daughter cell.
Only genetic variation: as chromosomes cross over, they exchange information, which explains DNA variety.
Random chromosomal distribution during metaphase I will also produce variability.
Both: the newly created zygote has unique information from both parents during fertilisation (genetic variation), and this information is transmitted down to the following generation.
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Which component is affected when a catalyst is added to a chemical reaction?
Answer:
The correct answer would be activation energy.
Explanation:
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explain how membrane receptors transmit massages across the cell membrane
Answer: The receptor opens up and allows certain ions in through it's receptor channel into the cell (sodium, potassium, etc.)
Can produce similarities in body form when similar environments and natural selection have favored similar adaptations.
The correct answer is Convergent evolution.
When similar environments and natural selection have favored similar adaptations, convergent evolution can result in similarities in physical form.Similarities at the molecular level are proof that life has a common ancestor. Comparing DNA sequences can reveal the relationships between various species.Biogeography, the study of how organisms are distributed geographically, sheds light on when and how possible species may have evolved.The similarities between shark and dolphin bodies, vertebrate and cephalopod eyes, and bat and insect wings are all examples of convergent evolution. Convergent evolution produces similar structures, but not analogous ones.Divergent evolution involves species with a common ancestor that change to become progressively dissimilar through time as opposed to convergent evolution, which involves unrelated species that gradually acquire similar traits.Researchers can now compare their DNA. The greatest proof of evolution from a common ancestor is similar DNA sequences.Learn more about convergent evolution here:
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a property that is common to all microbial cells is . evolution communication between cells differentiation genetic exchange between cells motility
A property that is common to all microbial cells is evolution
What is Evolution ?In other words, descent with modification, evolution can be defined as any net directional change or cumulative change in the traits of organisms or populations over many generations. It specifically takes both the beginning and the spread of alleles, variations, trait values, or character states into account.
Because it explains how life developed on Earth and how the many species are related, evolution is crucial. The linkages in evolution contribute to the understanding of many biological issues, including the diversity of life.It's general knowledge that Charles Darwin is credited with "discovering" evolution. However, the historical record reveals that between 1748 and 1859, the year when Darwin published On the Origin of Species, around 70 distinct authors wrote works on the subject of evolution.Learn more about Evolution here:
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examine the following genetic sequences and determine which pair are the most similar based on their ed (evolutionary distances).
Most similar are:
Species 1 = ATTGGCCATT
Species 3 = TTTGGCCATT
Genetic sequence alignment is dependent on estimations of the evolutionary distance between the sequences and their most recent common ancestor. Unfortunately, it is well known that the assessment of evolutionary distance is very prone to mistake for short sequences, which are the topic of many alignments in practice. It is difficult to enhance current estimators without further knowledge about the sequences. Using an interval rather than a single estimate, this work shows how imprecise probability theory enables us to significantly weaken assumptions about the evolutionary distance. Through a generalization of the well-known Needleman- Wunsch technique, it is demonstrated how under these weaker assumptions a suitable alignment may still be established.
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in the chapter, "the awakening," what is the one thing that elana’s father says that a maturing species must have?
In the chapter, "the awakening," the one thing that Elana’s father says that a maturing species must have IS Independence.
The Awakening examines a woman's quest to discover and embrace her authentic self. Her dedication to that goal strains her relationships with her family and friends and clashes with the cultural norms of the time. The plot of Edna Pontellier's novel is set in upper-class Creole society in Louisiana in the 1890s.
The concept of self-ownership is the main point of Kate Chopin's poem The Awakening. The book was created at a time when women were mostly seen as property, first the property of their fathers and then their husbands. Edna Pontellier discovers self-ownership in The Awakening through her sexual awakening.
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a large population of mice (2000 individuals) lived in an area in the desert dominated by small shrubs. when the population size got too high, a small group of 6 individuals left and colonized an area adjacent to the original population's home, but the adjacent area was primarily dominated by trees instead of shrubs. there is no gene flow between the dispersers and the original population. a researcher sequenced the genomes of representative individuals from both populations and found substantial genetic differences between them. which of the statements would most account for the amount of genetic differences observed?
The small population will have undergone more evolution than the vast population since the first dispersal event.
What is meant by genetic difference?
Individuals within a population can be distinguished by genetic differences.
It's possible for a newborn's germ line to have distinct genetic modifications "de novo" (e.g., as a result of mutation in sperm or egg).
various genetic variations
Indels, Copy Number Variations, Translocations and Inversions, Single-nucleotide Polymorphisms/Single-nucleotide Variations (SNP/SNVs), and Single-nucleotide Variations (SNP/SNVs).
What types of genetic differences are there?Genes take on various shapes, or alleles, as a result of genetic variation.
People with blue eyes, for instance, have one allele of the eye color gene, whereas those with brown eyes will have a different allele of the gene.
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consequences of cardiac myocyte-specific ablation of katp channels in transgenic mice expressing dominant negative kir6 subunits
These mice gained weight and developed after birth similarly to non-transgenic mice, however an increased mortality was seen after 4-5 mo. As shown by patch clamp methods, cardiac KATP channel activity was absent in transgenic animals. The action potential duration was prolonged in these mice, which is consistent with a reduced current density seen at positive voltages.
What is cardiac myocyte ?The primary functioning unit of the organ is the cardiac myocyte. A lipid membrane that is supported by a collagenous cytoskeleton physically separates the cell from the outside world. Although the membrane is impervious to ions and the majority of substances, proteins placed into it allow ions and other substances to pass through.
The cells that produce contractile force in an undamaged heart are known as cardiomyocytes. The cardiac conduction system, which is in charge of controlling the heart's rhythmic beating, is made up of specialised cardiomyocytes.Learn more about Cardiac myocyte here:
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3. Which phase of the cell cycle is the period of growth and development?
Answer:
interphase
Explanation:
A cell spends most of its time in what is called interphase, and during this time it grows, replicates its chromosomes, and prepares for cell division.
Anything detected with the five
senses is considered an ______.
Anything detected with the five senses is considered an observation.
The five senses of the humans are: touch, sight, smell, hearing and taste. The touch can be felt through the skin. The smell is received by the nose. The hearing is performed by the ears. The sight us due to the eyes. And the taste is due to the taste buds in the tongue inside the mouth.
Observation is the phenomenon of acquiring information about something. This information can be acquired in the form of smell, taste, sight, etc. The observation can be stored in the brain in the form of memory.
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deep vein thrombosis in mice is regulated by platelet hmgb1 through release of neutrophil-extracellular traps and dna
Deep vein thrombosis in mice is regulated by platelet hmgb1 through release of neutrophil-extracellular traps and dna
Venous thromboembolic (VTE) disease, consistS of deep venous thrombosis (DVT) and pulmonary embolism (PE) is a major cause of morbidity and mortality. recently prophylactic measures are not sufficient to prevent all occurrence in part due to an incomplete understanding of the underlying pathophysiology. sufficient evidence indicates interplay between activation of the innate immune system and thrombus development. Recent work has illustrated that platelet release of HMGB1 leads to increase in microvascular complications following injury. Additionally, platelet HMGB1 was found to enhance DVT and elevated the formation of neutrophil extracellular traps (NETs), although the role of HMGB1 induced NET release in thrombosis remains unexplored.
Utilizing a transgenic mouse lacking HMGB1 particularly from platelets and megakaryocytes it is illustrated the specific role of platelet-derived HMGB1 in acute and subacute/chronic venous thrombosis.
HMGB1 is elevated following DVT and contributes to thrombus formation.HMGB1 release from platelets promotes acute and subacute/chronic DVT formationTo know more about Platelets visit : https://brainly.com/question/11333832
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Beryllium-9 has four protons and four electrons. Calculate how many neutrons it has.
No. Of neutrons in Beryllium is 5.
We know that, Atomic no. Of beryllium is 4 and atomic mass is 9.
Thus, no. Of neutrons is,
Atomic mass – atomic no. Or no. Of protons(no. of protons = atomic no.)
9-4= 5
Thus, the no. Of neutrons in Beryllium atom is 5.
Neutrons are discovered by James Chadwick in 1932. In an experiment, the physicist James Chadwick attacked Beryllium with alpha particles produced by the radioactive decay of polonium naturally. High radiation penetration through a lead shield was seen.
While in 1909, Ernest Rutherford discovered protons, by his gold foil experiment. He bombarded an incredibly thin gold foil with alpha particles.
Neutrons are defined as neutral subatomic particles that are found in all atomic nuclei, with the exception of common hydrogen. Mass of neutron is 1.67492749804× 10²⁷ kg, and has no electric charge, it is neutral. In the dense inner core of an atom, protons and neutrons, collectively known as nucleons.
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Which experiment would most likely contain experimental bias?
A.
A chemistry class performs an experiment in which each reaction has the same amount of starting material and begins at the same temperature.
B.
A company that makes pain relief medication tests the effectiveness of their own medicine compared to that of three other brands.
C.
A student tests the attraction of bees to flowers by placing four different flowers in the same location and counting how many bees visit each.
D.
A lab performs a test by giving bacterial colonies the same amount of different antibiotics and growing them under the same conditions.
Answer:
B.
Explanation:
The company wants people to buy the product, so they would avoid any negative result that may come from the experiment.
Natural selection can affect gene frequencies by introducing new alleles to a population. True or false?.
The statement 'Natural selection can affect gene frequencies by introducing new alleles to a population' is False about this process.
What is Natural selection?Natural selection is an evolutionary process associated with differential survival and reproduction of the more adapted organism, which depends on alleles and genotypes that carry such individuals.
In conclusion, the statement 'Natural selection can affect gene frequencies by introducing new alleles to a population' is False about this process.
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A group of students observed a line of ants traveling along
a single path within an enclosure. When the students
moved a single ant to a new area, the ant moved at
random.
Which claim is supported by the students' observations?
O A. Ants are more likely to move randomly in a group than on their
own.
B. There is a pattern in one ant's movement, but it is not relevant to
other ants.
C. There is no pattern in ants' movements, which appear to always be
random.
D. There is a pattern in the movements of ants in a group that is likely
caused by another factor.
The claim which is supported by the students' observations: (D) There is a pattern in the movements of ants in a group that is likely caused by another factor.
Ants travel in a straight line or path within an enclosed area. However, a single ant when moved out from this path to a new area moves randomly. The observations suggests that ants follow a pattern or trail while they move together in a group which can be the result of another factor.
The factor responsible for the movement of ants in a group can be associated with the chemical trail in the form of pheromones. Ants leave behind pheromones when they travel in a group so that they can pick up the scent of the leader ant and follow the same path.
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Answer:
it's the D)
Explanation:
transcription factor irf4 promotes cd8( ) t cell exhaustion and limits the development of memory-like t cells during chronic infection.
Chronic stimulation results in an exhausted phenotype in CD8+ T lymphocytes that is defined by the production of inhibitory receptors, down-modulation of effector function, and metabolic abnormalities. T cell fatigue restricts the removal of virus-infected or tumour cells but protects against severe immunopathology.
What is Transcription factor ?A transcription factor is a molecule that regulates a gene's function by deciding whether its DNA (deoxyribonucleic acid) is converted into RNA (ribonucleic acid). Using the DNA of the gene as a template, the enzyme RNA polymerase catalyses the chemical processes that result in the synthesis of RNA.
The SRY protein is another illustration of a transcription factor that participates in development. For sex differentiation to occur during human development, the SRY protein is required. The SRY protein activates genes involved in the development of the male reproductive system.Learn more about Transcription factor here:
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determine if the following heart structure carry oxygenated or deoxygenated blood and drag them to the corresponding boxes
Oxygenated blood flows through the following blood vessels:
aortapulmonary veinleft ventricleDeoxygenated blood flows through the following blood vessels:
pulmonary trunkpulmonary arteryright atriumWhich blood vessels carry oxygenated and deoxygenated blood?Oxygenated blood is blood which has a high concentration which is coming from the lungs.
Oxygenated blood flows through the following blood vessels:
aortapulmonary veinleft ventricleDeoxygenated blood is blood which comes from the body going towards the lungs.
Deoxygenated blood flows through the following blood vessels:
pulmonary trunkpulmonary arteryright atriumIn conclusion, the blood vessels are responsible for transporting blood trough the body.
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wha are macro and micronutrients ?
Answer:
macronutrients are the nutrients that the body requires in large amounts, while micronutrients are those required in smaller amounts. To break this down even further, macronutrients make up your total caloric intake, and include carbohydrates, proteins and fats
Explanation:
Macronutrients are the nutrients we need in larger quantities that provide us with energy: in other words, fat, protein and carbohydrate. Micronutrients are mostly vitamins and minerals, and are equally important but consumed in very small amounts. We generally get our micronutrients along with macronutrients.
19. An example of a population is
A.
all trees in a forest
B. all maple trees in a forest
C. all plants in a forest
D. all animals in a forest
Answer:
B. all maple trees in a forest
Explanation:
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Alex poured some pond water into three beakers. She then put waterweed into each beaker. She put the beakers in different places.
a.The waterweed in the box changed from dark green to pale yellow. Why did this happen?
Answer:
This happen because the box has blocked the sunlight from the waterweed and it has stopped photosynthesizing.
The three major subdivisions of extracellular fluid found in the body are plasma, interstitial fluid, and.
Answer: lymph
Explanation: right in mastering
The three major subdivisions of extracellular fluid found in the body are plasma, interstitial fluid and lymph.
Extracellular fluid comprises of all body fluids found outside the cells in the body, which makes up about one-third of all body fluids. Extracellular fluid is subdivided into interstitial fluid, blood plasma and lymph. The lymph and blood plasma act as transport systems, while the interstitial fluid bathes all the cells and provides water and electrolytes for exchange.
Interstitial fluid: The interstitial fluid can be found between cells and blood capillaries, enabling exchange of materials like glucose, oxygen and other nutrients through diffusion. It also holds waste materials from cell metabolism like carbon dioxide. Plasma: It is the extracellular fluid found in the blood vessels and is similar in composition to the interstitial fluidLymph: It is the fluid that flows through the lymphatic system. Lymph is involved in the breakdown and digestion of fats from the digestive system. It also defends the body against foreign pathogens using special cells called lymphocytes.Learn more about extracellular fluid here:
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Why are floods most common in the spring and summer in Mississippi?
Answer:
The Mississippi basin is prone to flooding on an annual basis because of the combination of spring rains and snowmelt, but due to higher than usual amounts of both, the flooding was exaggerated.
Explanation:
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