The phrase
"carbon cycle" refers to the natural process by which carbon atoms move and exchange between the atmosphere, living organisms, the soil, and the oceans. This cycle involves various steps, such as carbon being absorbed by plants through photosynthesis, animals eating plants and releasing carbon dioxide through respiration, decomposition of dead organisms, and carbon being released into the atmosphere through burning of fossil fuels. It is an essential process that helps maintain a balance of carbon in our planet's ecosystems.
Full definition
In fact, information from deep - sea studies such as this will be essential to improving computer models of
global carbon cycling and climate change.
The new insights can improve the modeling of many large - scale systems,
from carbon cycling and climate change models to the distribution of animal and plant species, say the researchers.
Using the map itself, further research may be carried out to better
understand carbon cycles and the factors affecting the process.
Nonetheless mature forests do play an important role in the global
carbon cycle as stable carbon pools, and clearance of forests leads to an increase of atmospheric carbon dioxide levels.
They then analyzed ocean - atmosphere carbon exchange and
ocean carbon cycling within their circulation model.
«All forests are disturbed every year at some background rate;
carbon cycle changes occur if this background rate increases as storms become more frequent or intense,» he said.
Only by
including carbon cycle feedbacks and longer time periods than 100 years in your projections can you come up with realistic long - term temperature estimates.
They could aid understanding of
how carbon cycling in the region may evolve as climate change progresses and help refine predictions of future climate change.
Besides understanding how forests
affect carbon cycling, the new technique could also play a vital role in understanding how climate change will affect forests.
We need to better explain the impacts of climate on the systems we care about, such as the human systems, ecological,
carbon cycle systems.
According to the researchers, oceans are a central component in the global
carbon cycle through their storage, transport and transformations of carbon constituents.
The poorer you are the more likely you are to
use carbon cycle fuels rather than carbon sink fuels.
The land - based
carbon cycle works as plants take CO2 out of the atmosphere and convert it to organic material by photosynthesis.
Let's briefly look at the latest research on
carbon cycle effects and see what difference they will make.
The base of the mass balance discussion is that we're emitting 28 - 29 GT / year of CO2, into the otherwise
closed carbon cycle.
I think (without knowing so) that the other impacts of deforestation —
like carbon cycle, water cycle and albedo changes — tend to make direct effects on winds virtually insignificant.
And since plants — important carbon sinks — sit at the base of most food chains, any change at the top could affect the
overall carbon cycle.
Now that atmospheric CO2 has risen well above its natural level, many aspects of this
complex carbon cycle are changing.
By including
fast carbon cycle feedbacks, the team showed that 3 C could possibly reverse the sign of net carbon flows between atmosphere and land.
Help in answering that question will come from long - term field - based experiments designed to
explore carbon cycle - climate feedbacks in an ecosystem context.
Phrases with «carbon cycle»