found in all climates
because du ma may
Yes, the theory of island biogeography suggests that older ecosystems tend to have fewer species compared to younger ecosystems. This is because older ecosystems have likely reached a state of equilibrium where species have adapted and filled available niches, resulting in fewer opportunities for new species to establish themselves. Additionally, older ecosystems may also experience environmental changes or disturbances that could lead to a decline in species diversity over time.
Differences in evaporation rate between ecosystems can be attributed to factors such as temperature, humidity, wind speed, and the amount of sunlight reaching the surface. Ecosystems in arid regions with high temperatures and low humidity tend to have higher evaporation rates compared to ecosystems in cooler and more humid regions. Additionally, the presence of vegetation cover can also play a role in regulating evaporation rates by reducing direct exposure of soil and water surfaces to the elements.
A balanced ecosystem has a stable diversity of species and a harmonious interaction between biotic and abiotic factors, while an unbalanced ecosystem may have disruptions in species populations and nutrient cycles. Balanced ecosystems tend to be more resilient to disturbances, while unbalanced ecosystems may be more susceptible to collapse or loss of biodiversity. Maintaining biodiversity and ecological relationships is crucial for the health and sustainability of ecosystems.
Most viruses with single-stranded genomes are simpler in structure and replicate more quickly, while larger viruses with double-stranded genomes tend to have more complex genetic material and biological machinery, which may require a double-stranded genome for stability and efficiency in storing and replicating genetic information.
The mouth parts of insects, such as those of butterflies and bees, tend to be the most complex due to their specialization for feeding on nectar or pollen. These mouth parts are often adapted for sipping, lapping, or piercing plants to access their food sources.
because most of them die
Coastal ecosystems are generally highly productive because they benefit from nutrients in runoff water and they're shallow, providing ample light and shelter because plants can grow in many coastal ecosystems. Human activities have wide-ranging potential effects because humans tend to live close to the coast and because the effects aren't always obvious in advance.
Complex animals tend to have specialized cells, bilateral symmetry, cephalization, and a body cavity.
Most likely not because britain males tend to not be.
Complex phobias tend to be more disabling than simple phobias because they are often associated with a deep-rooted fear or anxiety about a particular circumstance or situation. Two common examples of complex phobias are agoraphobia and social phobia.
One characteristic of ecosystems that has remained relatively unchanged for hundreds to thousands of years is their biodiversity, particularly in stable ecosystems like tropical rainforests or coral reefs. These ecosystems have developed complex interdependencies among species, allowing them to maintain balance and resilience over long periods. While individual species may evolve or go extinct, the overall structure and functional relationships within these ecosystems tend to be stable, supporting a wide variety of life.
Enrollment systems tend to be too complex. When students try to use them they may not complete the process because they don't understand what they are doing.
Most transition metals do not displace hydrogen in acid because they are not reactive enough to displace hydrogen from acids. Transition metals tend to form stable compounds with acids instead of displacing the hydrogen. This is due to their high ionization energies and tendency to form complex ions.
No
Probably because it is worn down rocks, and those are colors they tend to be
That would depend on the animal. Practially all vertebrates have brains, with mammals' and perhaps birds' being the most complex of all. For invertebrates, it depends on the species. Arthropods and cephalopods tend to have brains. Sponges have no neurons whatsoever.