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effect of climate change on the environment
effects on our planet from climate change
effects on our planet from climate change
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Until recently, disaster scholars have been scarcely engaged in climate change debates. Absent from disaster management discussion, scientific assessments on climate change have mainly involved scientists and experts in environment and energy posing key questions including whether or not climate change is systematic or accidental? And what role can be attributed to emissions of greenhouse gases caused by humans? Which models can tell us about future developments? And how much reduction in emissions is necessary to mitigate the risks of climate change? Further, these scenarios are typically taken in the context of 50–100 year time scales and for large areas such as “Europe” or “North America.” These projections about globally significant changes are difficult to comprehend and not easy for people translate into real life (1). More importantly, it has become more evident that climate change will not express itself primarily through slow shifts in conditions over a long period of time, but instead in more imminent climate related disasters. The need for action has become more necessary than ever as an increasing human population puts more and more people and their assets in the path of these disasters, raising the economic risk of such events (2).
Maarten van Aalst (3) discusses mounting evidence that it is more imminent events such as floods, droughts and heat waves that society must quickly prepare for. Already in the past ten years, weather-related natural hazards have been the cause of 90% of natural disasters and 60% of related deaths and have been responsible for 98% of the impacts on disaster-affected populations, the majority in developing countries (4). The World Meteorological Organization reported (5) that the year 2005 b...
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...logical Organization, 2006.
6. Hyogo framework for action 2005-2015: Building the resilience of nations and communities to disasters. Kobe, Hyogo, Japan: United Nations Internation Strategy for Disaster Reduction, 2005.
7. Hilhorst D Bankoff G. Mapping vulnerability: Disaster, development and people. London: Earthscan; 2004.
8. Schipper L Pelling M. Disaster risk, climate change and international development: Scope for, and challenges to, integration. Disasters. 2006;30(1):19-38.
9. Rodolfo KS Siringan FP. Global sea-level rise is recognised, but flooding from anthropogenic land subsidence is ignored around norther manila bay, philippeines. Disasters. 2006;30(1):118-39.
10. Thomalla F Downing T, Spanger-Siegfried et al. Reducing hazard vulnerability: Towards a common approach between disaster risk reduction and climate adaptation. Disasters. 2006;30(1):39-48.
The two essays by Michael Pollan and Curtis white talk about climate change in regards to the relationship between the environment and human beings. Although the two essays share the same topic, they take the subject and engage the readers in totally different points of views. Pollan’s essay talks about global and ecological responsibility being a personal virtue while Curtis discusses the socio-economic or political issues underlying sustainability (Pollan; White). These two essays are very different in terms of voice; however these pieces of writing are both important for people all over the world to read. Climate change and environmental disasters are a real issue. Just this year, there have been more storms, cyclones, earthquakes and typhoons all over the world. One cannot look at the state of many developing counties where the majority of the population is exposed and vulnerable to the effects of climate change. This issue on developing a viable solution for the problem of anthropogenic gases and global warming is long from being found. Not only this, many people do not want to hear about this issue since they do not think it is real. Unless people have tangible proof that their cars, thermostats and aerosol cans are contributing to climate change, they are not going to give up their lifestyles. By synthesizing the two essays, one can see that there is a need for change and that it is not an issue which should be dealt with in terms of ecological factors or even personal virtue. The social, economic and political factors affecting this problem and the move towards real sustainability should also be a topic that will raise awareness.
Flooding is an extreme climatic event that generates devastation and economic losses all around the world. The extreme climatic events are increasing more severe and frequent due to the climate change. The climate change is a global scale, the mean annual surface temperature has increased over the past century by 0.6°C (IPCC, 2007).Climate models and theoretical arguments further indicate that extreme precipitation events will continue to increase with rises in greenhouse gas (GHG) concentrations (Min et al., 2011). Climate change will have significant impacts on precipitation patterns, overall increase in annual average temperature, increase precipitation of frequency, magnitude, precipitation amounts, severe events and flooding risk. The frequency, magnitude and severity of flooding are also increasing in many parts of the world associated with climate change, population pressure and urbanization (Hirabayashi et al., 2013., Jongman et al., 2014). These increases in the frequency and severity of extreme precipitation, impact of climate change associated damages and losses from flooding, is also likely to increase in the 21st century and beyond (Allamano et al., 2009; Pallet al., 2011).
Due to the change in climate, natural disasters take place taking away lives of the people. For example, The Nepal earthquake which took place on 25th April, 2015 which killed over 8000 people and injured more than 21000 people.
In 2012, 357 natural disasters were registered, 9655 people were killed and 124.5 million people became victims worldwide. Research and statistics have shown that over the last decade India, Indonesia, China, The United States of America and Philippines have been the worst affected countries. What is important to note, is that in the top ten countries in terms of disaster mortality in 2012, six are classified as low income or lower middle income countries. Asia accounted in 2012 for 64.5% of global disaster victims, followed by Africa (30.4%). Compared to their 2002-2011 annual averages, the number of victims in 2012 increased in Africa and Oceania, but decreased in the Americas and Europe. This further puts the spotlight on countries which are not so strong economically as they are the ones which are facing the bulk of the problems. While the richer countries continue to accumululate the technolology needed to help them cope with disasters, it is the poorer countries which are suffering and are in need of help.
CO2 emissions introduce many alterations to the earth’s climate that negatively affect humans. Some of these alterations include the shrinking of water supplies, which has become more and more crucial as the demand for water increases with the rapid growth of the earth’s population. This effect on the water supply has shown that it can in turn effect agricultural production. Major changes in food production as a result of climate change will cause food prices worldwide to increase, posing major economic challenges to people everywhere. Finally, there is the issue of increased incidence of natural disasters. Many climate and environmental scientists attribute the growing frequency of devastating natural disasters such as droughts, wildfires, and hurricanes to climate change. The last of these was the one that specifically affected Houstonians this past year with the Category 4, Hurricane Harvey, that tore through the city in late August of 2017. The ramifications of this hurricane were felt throughout Houston, dealing $125 billion dollars’ worth of damage and claiming 88 lives (Allen & Davis, 2017). Geert Jan van Oldenborgh of the Royal Netherlands Meteorological Institute was one of the central figures in noting that Hurricane Harvey and the torrential rainfall that came with it were direct result of climate change. The manipulation of ocean currents, and the retention of water in clouds caused by warm weather, both facilitated the production of the brutal tropical storm. Some estimates claim that the increase in rainfall at the hands of climate change were anywhere from 15 to 38 percent (jan van Oldenborgh, van der Wiel, & Sebastian, 2017). Van Oldenborgh noted that while the “likelihood of a Harvey-like storm was perhaps once in every 3,000 years in the past, now it’s once every 1,000 years or so”
The ordinary use of the word ‘vulnerability’ refers to the capacity to be wounded. The scientific use of ‘vulnerability’ has its roots in geography and natural hazards research but this term is now a central concept in a variety of research contexts such as natural hazards and disaster management, ecology, public health, poverty, secure livelihoods, famine, climate impacts and adaptation.
In 2017 alone, the United States experienced 3 flooding and tropical cyclone events deemed by NOAA [3] as weather disasters. These events accumulated an estimated 265 billion dollars’ worth of ‘damage, as well as significant loss of life [3]. Each of these three events were described as “100-year” or even “500-year” flooding and storm events. With the reassurance of these catastrophic events in such close proximity to one another, it seems a new normal has established itself.
First, in the short term, due a rise in the average global temperature, Jason Anderson asserts that a direct correlation between climate change and a rising incidence in natural disasters exists (Anderson, 2006). Moreover, natural disasters create global health emergencies due to an immediate lack of food, sanitation, water, and basic health care. Due to the population’s vulnerability, there is great potential for communicable diseases preceding natural disasters. To illustrate, after the December 2004 tsunami that struck Indonesia, in the Aceh Province, because survivors drank from contaminated wells, 85% of residents were diagnosed with diarrhea and cholera within the following two weeks (WHO, 2006). Furthermore, due to the increase in the average global temperature, vector-borne diseases such as Lyme disease, malaria, dengue fever, and yellow fever have been reemerging around the world. Greg Guest attributes this increase to a resurgence of factors related to globalization such as urbanization, changing agricultural practices, and most of all deforestation (Guest, 2005). Remarkably,
In this week’s Disaster Management lecture and seminar course we discussed mainly the two phases of Response and Recovery. In these phases they cover what is vital and crucial to individuals, towns, communities, cities, states, all who have been affected by a disaster. These two phases come in hand when and after a disaster strikes an overpopulated area. In class Professor Urby introduced the class to a guest speaker Adrian Dominguez the University Safety and Risk Manager of Texas A&M International University and Jessica Perez the University Environmental Health and Safety officer in Texas A&M International University.. Dominguez explained his credentials as of working in the TAMIU safety and emergency management department. He discussed his involvement in the National Incident Management System (NIMS) and how his involvement with that organization influenced his own process of risk management in TAMIU. Dominguez was able to implement the five phases of emergency management, prevention, preparedness, mitigation, response and recovery into his experience into the field of
Extreme, sudden-onset weather events - primarily floods and storms - displaced more than 38 million people worldwide in 2010, where the devastating floods in Pakistan accounted for 11 million people. The scale, scope and speed of events posed an enormous challenge for
Floods are the most common natural disaster as well as the leading cause of natural disaster fatalities worldwide. (Doocy S., Daniels A., Murray S., & Kirsch TD., 2013). Schanze et al., 2006, also indicate that flooding is one of the most threatening natural hazards in the world. Musa and Usman, (2013) assert that, flooding has the largest damage potential and affects a larger number of people when compared to other natural disasters. According to Munich, 2015, due to flood disaster, there have been a proportionate increase in economic losses, loss of human lives and livelihoods, environmental damages and destruction to social infrastructure during the last forty years. The annual average of floods, 127 in the previous
A Study of the Changes in Natural Disasters due to the Effects of Climate Change in the Republic of the Philippines
Climate change can be plainly defined as a large-scale, long-term shift in the planet’s weather patterns or average temperatures (Met Office). In 2016, the six-month period from January to June was the planet 's warmest half-year on record, with an average temperature 1.3 degrees Celsius (2.4 degrees Fahrenheit) warmer than the late nineteenth century (NASA). Such information reiterates why adaptation to and mitigation of climate change is a pressing issue within the 21st century, unlike any other time in history. Climate change directly affects the social and environmental determinants of our health and for some populations, already significantly hampers access to clean air, safe sources of drinking water, food and secure shelters (ref, WHO). Health outcomes have already begun to reflect this, with a predicted increase in the climate change related deaths experienced in the next 15-20 years. For example, The World Health Organisation asserts that that climate change is expected to cause in the region of 250,000 additional deaths each year between 2030 and 2050 (ref). Such
... faced and continues to face sleet , hail, frost , lightning, landslides , desertification , forest and peat fires , rains , mudslides , tornadoes , snowfall , typhoons , cyclones moving sharply . 90% of natural disasters related to weather phenomena. Most experts believe the main cause of global warming disasters as a result of human activities. People due to objective reasons tend to change holiday geographical areas, for example, instead of snowless Carpathians they go to Poland and Slovakia.
Of the four phases of emergency management, mitigation, preparedness, response and recovery, perhaps the place that individuals can make the biggest difference in their own state of resiliency and survival of a disaster is in the preparedness phase. Being prepared before a disaster strikes makes sense yet many people fail to take even simple, precautionary steps to reduce the consequences of destruction and mayhem produced by natural events such as earthquakes, volcanos and tornados (see Paton et al, 2001, Mileti and Peek, 2002; Tierney, 1993, Tierney et al, 2001).