Climate Change Essay

Everyone talks about climate change and how the Earth is slowly deteriorating, but no one seems to have specific examples. In Linnea Saukko’s “How to Poison the Earth,” she does use specific examples of what is causing climate change. She uses satire with a hint of sarcasm in her essay. She gives the reader specific examples of how to poison the Earth, but not really wanting to poison the Earth. Gretel Ehrlich writes her essay, “Chronicles of Ice,” a little differently. She uses personal experiences of visiting a glacier and the way that it is falling apart to explain climate change. She uses detailed, sensory description to explain

The Impact that agriculture has on climate change is one of the largest in the world. Climate effects temperature and water availability, weather extremes and flooding and changing CO2 levels in the atmosphere. All of this impacts a shift in crop production patterns across agro ecological zones.

Changes in CO2 are affecting us and our environment in many ways. the most predominant effect of carbon dioxide changes is on the weather and oceans. Unpredictable heat waves are occurring in unforeseen parts of the world (i.e. Europe) and global temperatures as a whole are rising. The rise in the temperatures can not only affect us but the flora and fauna around us. With hotter temperatures, some plants and animals may be unable to adjust which would result in a chain reaction. Heat is affecting the oceans as well and many long standing glaciers or ice shelves to melt and alter the oceans temperature, levels and salinity. These, resultantly, are causing disruptions to the thermohaline conveyor and are effecting islands or seaside town as the water level

2. Climate has a considerable impact on agricultural production. However, along with climate change, extreme weather tends to be more frequent and more intense that destructively affects framing. To diminish the effects of climate change, farmers in Australia take climate change adaptations; while in sub-Saharan Africa, climate information and early warning system are used, and farmers diversify their livelihoods and cropping practices that are less sensitive to climate.

As photosynthetic rates decrease, this greatly affects the growth and reproduction of the plants and therefore affecting crop abundance (Peterhansel and Maurino, 2011). However, crop abundance could largely be increased by decreasing or preventing photorespiration from occurring (Peterhansel and Maurino, 2011). Increasing amounts of CO2 while decreasing amounts of O2 can do this. Inhibiting photorespiration would free up more energy and enzymes that were being used to fix O2 to know fix CO2 instead (Peterhansel and Maurino, 2011). This would lead to an increase in carbon

Greenhouse gases will create a longer growing period for plants, and a high amount of carbon dioxide will increase the plant growth, creating an increase in farming. It will improve the current state of the Earth by increasing the water and air quality. In fact because humans cause greenhouse gases, than they are responsible for the warming.

Topic sentence: One of the possible solutions of the problem is to use alternative raw materials for

There are very many impacts of climate change on agriculture and well-being of humanity. First of all, it has impacts on the biological effects of crop fields, per capita energy consumption and child malnutrition, and outcome of prices and production (Smith et al. 2013). Globalization of food systems increases the vulnerability of the world to food security and increased food prices. In 2010, the United Nations Food and Agriculture Organization doubled the price index because of the weather conditions in food exporting nations like Australia, United States, and Russia (Hatfield et al. 2014)

Climate is typically determined as the long-term average weather conditions, including seasonal changes, in a certain area, incorporating patterns of precipitation, temperature, wind, humidity and seasons (Cowie, 2007). These climate patterns play an essential role in shaping the Earths natural ecosystems, and thus a change in these patterns can consequentially cause a change in the Earth’s ecosystems, which subsequently affects all of the biota living within it. As discussed in the report, Preparing for a Changing Climate (2012), increasing levels of carbon dioxide being released into the atmosphere, as well as other heat trapping gases, have caused the Earth to become warmer. This has

Climate is the average condition of temperature, amount of water vapor in air that is humidity and rainfall that has persisted over years and centuries and millenniums. Does climate ever change? Yes! It had changed! Earth, when newly made, was hot and red! Eventually it cooled and biological life started. Then Ice age eclipsed whole of the Earth, with chilled winds blowing all over the place. Gradually, the climate again changed to normal. Then the question arises, “What is actually normal temperature?” It might be the range of level of mercury in which life can persist. The climate, therefore, has changed, starting from hot to normal to cold and then it began reversing

The data of the Table: 4.1 specifies the total respondents into three categories, where 72 percent people in Jessore district and 46 percent people in Mymensingh district were agree about climate change.

Greenhouses are controlled environments for plants to grow in prime conditions. Greenhouses are designed to trap solar radiation to create a warmer environment for the plants and allow the plants to grow where they normally would not. The Earth has a natural greenhouse effect and is vital in supporting life. Greenhouse gases create a sort of barrier to trap some radiated energy. However, the drastic production of greenhouse gases increases this barrier and creates a warmer temperature for the planet [Nature 476.7358, 2011]. Destabilizing the greenhouse effect of the planet can lead to major consequences which has already occurred such as:

The Government of Ontario has reported that the agricultural sector in Southern Ontario have contributed $10.3 billion to the Provincial GDP in 2010 (Government of Ontario, 2011). It is proposed that impacts of climate change due to the increment in CO2 levels will also create significant effects on Ontario’s agricultural sectors (Sharma & Lavanya, 2002). According to the Ministry of Natural Resources (2007), some of the negative impacts brought about by climate variability in Southern Ontario will include: increased insect infestations and weed growth, increased soil erosion and increased moisture stress and drought events that can significantly damage crops

Hypothesis- If excess carbon dioxide is added to plants’ environment/normal habitat, then the growth of those plants will increase exponentially.

This produces the so-called greenhouse effect that prevents a drastic cooling of the Earth during the night. Increasing the amount of CO2 in the atmosphere reinforces this effect and is expected to result in a warming of the Earth's surface. Currently carbon dioxide is responsible for 57% of the global warming trend.