Decreased organic decay and decomposition in winter is due to the fact that the organisms causing decay (bacteria, fungi, insects) either cannot survive the low temperatures, or they become sluggish or dormant. When the temperatures rise, they become active.
Rainforests have more organisms than deserts because they receive more rainfall, have a more stable and constant temperature, and provide a diverse range of food sources and habitats. These conditions support a greater variety of plant and animal species, leading to higher biodiversity in rainforests compared to deserts.
Climate determines the types of organisms that can survive in a biome by influencing factors such as temperature, precipitation, and sunlight, which in turn affect the availability of resources like water and food. Organisms that are adapted to the specific climate conditions of a biome are more likely to thrive and reproduce, thus shaping the overall biodiversity of that biome.
Decay rates can vary depending on factors such as temperature, moisture, and nutrient availability. In warmer and wetter conditions, decay tends to occur more rapidly due to increased microbial activity breaking down organic matter. In contrast, decay may proceed more slowly in colder or drier environments where these microbial processes are restricted.
Growth: Living organisms undergo growth and development. Reproduction: Living organisms can reproduce to create new individuals. Response to stimuli: Living organisms can respond to external or internal stimuli. Metabolism: Living organisms have a metabolism to acquire and utilize energy. Homeostasis: Living organisms maintain internal stability despite external changes. Cells: Living organisms are composed of one or more cells. Adaptation: Living organisms can adapt to their environment to survive and reproduce.
Fossils of aquatic organisms are more abundant because aquatic environments are more conducive to fossil preservation. Sediments in water help protect and bury organisms quickly, reducing the chance of decay or scavenging. Additionally, water can sometimes carry minerals that aid in the fossilization process.
Yes because black absorbs more heat than white therefore making the black one get more sunlight quicker so it dries quicker.
Because the less protons are in an atom the quicker it decays.
Oxygen does affect decay because it allows aerobic organisms to break down organic matter for energy through respiration. This process accelerates the decomposition of organic materials. In the absence of oxygen, anaerobic organisms are involved in decay, which occurs more slowly and produces different byproducts.
It is usually trees that compete for sunlight. The taller trees get more of the sunlight while the trees under it do not get as much because the taller trees are blocking the sunlight
I would think so, but why not try it on a sunny day?
organisms tend to decay before becoming a fossil. animals with hard parts are preserved more easily. geological processes may destroy fossils.
you can type quicker if you practice more
The decay of dead organisms in the soil makes the biochemical constituents of that organism more readily available for use by plant life; in other words, it turns dead things into fertilizer, and is a form of recycling. Therefore, it is useful.
a plant needs photosynthesis to grow.and to do the photosynthesis process it needs sunlight and in winter there is not much sunlight..this is how plants get food ..i think that's the reason..hope this helped.. :) Close, but not close enough. Below is a more "scientific" answer. The temperature during the summer is warmer, and therefore much more suitable for the grass to grow than during the winter. During the winter, temperatures drop to 32 degrees Fahrenheit, which is the freezing point of water, or even lower than that. With the water in the blades of grass frozen, the grass cannot get the nutrients it requires to thrive, and thus dies.
No, it is incorrect. The correct terms are just 'quicker' or 'more quickly'.
Yes, the thickness of a gong can impact its sound. Thicker gongs typically produce deeper, richer tones with more sustain, while thinner gongs tend to create brighter, more focused sounds with quicker decay.
Our oldest cat is faster than our youngest dog **** "Quicker" is OK too, but leave out the "more." "Quicker" means "more quick."