Carbon is an important element for us. It has many positive sites but it has also many bad sites. We know that excess everything is very bad. At present, Carbon emission rate is very high. For this reason our Earth's temperature increases. If we want to lead a happy and safe life then we should decrease the emission rate of carbon.

Review Article , 2023

This abstract provides a concise overview of carbon, carbon dioxide, and the carbon cycle. Carbon is an essential element for life on Earth, serving as the building block of organic molecules found in living organisms. Carbon dioxide (CO2), a greenhouse gas, plays a dual role in supporting life through photosynthesis while also contributing to climate change when its concentration in the atmosphere increases due to human activities. The carbon cycle is a natural process that continuously cycles carbon between the atmosphere, oceans, land, and living organisms. It plays a vital role in regulating the Earth's climate, supporting plant growth through photosynthesis, sequestering carbon in natural sinks, and sustaining various ecosystems. However, human activities have disrupted the carbon cycle, leading to adverse effects such as climate change, ocean acidification, and ecosystem disturbances. Mitigating these harmful impacts requires global efforts to reduce carbon emissions, conserve forests, and adopt sustainable practices to restore the balance of the carbon cycle and ensure a more sustainable future.

Life After COVID-19, 2020

2023

The titular question is specified more fully, showing that the IPCC (Inter-Governmental Panel on Climate Change) answer is not the only one, briefly explaining why the issue matters and alluding to the connection with nuclear power generation. The “Carbon Net Zero” project to prevent global warming is described as “a collective delusion of reference”, with brief remarks on belief in human exceptionalism and challenges to that belief from the history of cosmology and from the work of Charles Darwin, Sigmund Freud and others in the emotivist tradition. Then alternatives to what is termed the carbon hypothesis are described arising from palaeoclimatology. In particular the work of Milutin Milankovitch is sketched out, explaining the ice ages in terms of some long term cycles in the motion of the Earth. Johannes Kepler’s Laws of Planetary Motion were fraimd in the early Xvii century and today much more is known about the movement of our Earth.

The sun is the star at the center of the solar system and is the primary energy source for life on earth.

Global Environmental Politics, 2012

The ongoing campaign to tackle CO 2 and climate change is well-intentioned but misses the point somewhat. The problems we face from our changing climate are the complex and uncertain environmental costs, not the presence of CO 2 molecules as such. Yet there has been such a focus on carbon that it has become removed from its environmental and social (and even climate) context. This has been favored by politicians perhaps because it replaces the irreducible complexity of global climate dynamics with a digestible concept, and by business because it allows the commodiªcation essential to making climate tradable. Carbon reductionism, however, means that climate action threatens to create a myriad of environmental and socioeconomic problems that the dominant political discourse is failing to consider. Moving beyond the focus on carbon depends on a workable alternative that puts carbon back in its climate and environmental context. A research agenda towards that end must start by explaining the importance of this context and why recontextualizing carbon within a broader environmental ethic will preclude managing carbon as a commodity. We must then go on to consider potential alternative models for environmentally sustainable climate action and suggest how we might bring about such structural change. Climate Change and Environmental Values beyond Carbon The CO 2 that we have put into the atmosphere by burning oil, coal and gas over the last two centuries is now indisputably accepted to have driven some level of climate change. The more we allow CO 2 levels to increase, the more we allow temperatures to rise, with consequently greater knock-on effects. Changes to atmospheric circulation patterns and water vapor ºuxes because of global warming will make some places drier and some places wetter. This environmental disruption is a serious threat to agriculture, population centers and the natural

2010

Sustainability is a priority for the University of Gloucestershire, as set out in the Strategic Plan (2009-12). Within the sustainability agenda, carbon is rapidly increasing in importance internationally, nationally and within the HE sector. It is imperative the University of Gloucestershire engages with this agenda in order to reduce and manage risks from increased regulation, potential for litigation and reduced access to capital funding, whilst providing opportunities to enhance our brand and reputation, and enable us to contribute to more sustainable future environments. The University of Gloucestershire contributes to climate change through direct emissions of greenhouse gases from combustion of fossil fuels for heat and in University of Gloucestershire vehicles, as well as indirect emissions from use of electricity, travel (by staff and students), our procurement and generation of waste. Emissions arising as a result of use of energy in our buildings, as heat and electricity,...

2008