More closely related
Clumped dispersion is a pattern where individuals within a population are found in groups or clusters. This clustering can be influenced by factors such as resource availability, social behavior, or environmental conditions. It is a common dispersion pattern seen in nature among species that rely on communal living or specific habitat requirements.
You probably mean sulfur monoxide, SO. This is a gas that is not found very often, and when it is found, it is the dilute gas phase. If it gets more concentrated, it turns into disulfur dioxide, S2O2.
acetite: since acetate is used for nomenclature of a species (ion) with more oxygens, and acetite would be the same ion but with one less oxygen for example: sodium acetate (CH3COO- Na+ ) would be the species (ion) with more oxygens although it doesnt exist : sodium acetite (CH3CO- Na+) would be the species (ion) with less oxygens there are some acetite species that due exist (for example Ammonium acetite (CH3CO- NH4+) in generale , acetite refers to the CH3CO- ion in a species
The key principles of the robin-day classification system in ornithology involve categorizing birds based on their physical characteristics, behavior, and habitat. This system helps scientists identify and study different bird species more effectively. By organizing birds into groups, researchers can better understand their relationships and behaviors in the wild.
remains after an acid has given up a proton
They are not native to North America, but there is abundant habitat for them here, and the ones that found their ways to the U.S. on ships during colonization became established and started breeding here.
Kingdoms are the broadest level of classification (if you discount domain which was only recently added to taxonomy) so they have the least similarities. Species is the most specific, ie the most similarities.
The more we grow, the more we cut into resources and habitat, taking these away from other species.
It could be their habitat loss
Species richness refers to the number of species present in a community. It is a measure of biodiversity that provides information on the variety and diversity of different species within an ecosystem. Higher species richness indicates a more diverse and balanced ecosystem.
Physiological similarities suggest the species evolved from the same ancestor.
Vertical habitat and diversity.
The Wallace Line is important in understanding the distribution of species in Southeast Asia because it marks a boundary between two distinct biogeographical regions. Species found to the west of the line have closer affinities to Asian species, while those to the east have more similarities to Australian species. This helps scientists study the evolution and dispersal of species in the region.
One way that happens is called speciation. Usually thi shappens when a part of the species is seperated from the other into a different habitat. In about every generation, some genes mutate slightly. In the different habitat, different traits are more likely to help the species, and so more of a certain type live. After a while, with all the mutation and adaptation to the new habitat, that part of the species become so different that even if the two parts of the original species were put back together, they coud not have offspring. And that is when they are considered two different species.
The danger faced by a specialist species is that its food source will run out, or its habitat be destroyed. A specialist is a species which survives on a fairly limited diet (e.g. koalas, which feed almost exclusively on certain species of eucalyptus leaves) or is restricted to a particular locality (such as the tuatara of New Zealand, a species found in only a few offshore islands of the country). Because the specialist has such a limited range of food or habitat, it is more vulnerable to loss of food sources or habitat than a generalist is. Generalists are species which can survive in a wide variety of habitats, or feed on a range of different foods (e.g. the Virginia opossum). As a species, they are far less vulnerable to habitat loss, or to the possibility of losing a primary food source, as they can adapt to finding other foods.
The danger faced by a specialist species is that its food source will run out, or its habitat be destroyed. A specialist is a species which survives on a fairly limited diet (e.g. koalas, which feed almost exclusively on certain species of eucalyptus leaves) or is restricted to a particular locality (such as the tuatara of New Zealand, a species found in only a few offshore islands of the country). Because the specialist has such a limited range of food or habitat, it is more vulnerable to loss of food sources or habitat than a generalist is. Generalists are species which can survive in a wide variety of habitats, or feed on a range of different foods (e.g. the Virginia opossum). As a species, they are far less vulnerable to habitat loss, or to the possibility of losing a primary food source, as they can adapt to finding other foods.
The danger faced by a specialist species is that its food source will run out, or its habitat be destroyed. A specialist is a species which survives on a fairly limited diet (e.g. koalas, which feed almost exclusively on certain species of eucalyptus leaves) or is restricted to a particular locality (such as the tuatara of New Zealand, a species found in only a few offshore islands of the country). Because the specialist has such a limited range of food or habitat, it is more vulnerable to loss of food sources or habitat than a generalist is. Generalists are species which can survive in a wide variety of habitats, or feed on a range of different foods (e.g. the Virginia opossum). As a species, they are far less vulnerable to habitat loss, or to the possibility of losing a primary food source, as they can adapt to finding other foods.