Urban areas experience higher temperatures compared to rural areas, and it is likely that this will lead to health risks within urban communities due extreme heat in the future. However, we have the power to minimize this effect by improving the infrastructures of our cities. An effective way to lower urban temperatures is increasing vegetation and water surfaces, which also provides the added benefit of increasing urban biodiversity, and improving air quality. While this known to be a valid strategy, the magnitude of the climate impact that such an improvement will have when applied on a city scale is unknown. Žuvela-Aloise et al. (2016) have modeled the potential of improving green and blue infrastructure within Vienna, and identified the ways in which changes should be applied in order to counteract urban warming as effectively as possible.
The control of municipal surface water, groundwater, and private wells in the United States varies from place to place. In general, these regulations are minimal and do not mandate federal monitoring of water quality. This has led to reports of 4.3–16.4 million annual cases of gastrointestinal illnesses (GI) caused by pathogens found in public drinking water systems. Amongst the reasons for GI pathogens transported to the drinking water is increased run off from the increased precipitation association with climate change. Continue reading →
A study from the 2017 Journal of Sustainable Tourism proposed a psychological explanation for tourist behavior, in particular the effect climate change has on vacation locations. This is a promising development in terms of changing future behavior to further minimize damage that tourism has on native environments and ecosystems. Tourist behavior associated with travel to threatened locations can be attributed to reactance theory, which tells us that people inherently put worth on their freedom, and do not want that freedom taken away. Threatened destinations are alluring because people are more motivated to visit a place if they will not have such freedom in the future. Continue reading →
The freezing and thawing patterns in the Arctic have been increasingly affected as a result of global temperatures increasing, resulting in earlier later freezing and earlier thawing. This is forcing phenology changes in many Arctic species. Particularly, there has been a change in migration patterns in many species due to the lack of frozen bodies of water. This can lead to longer, more strenuous, and more dangerous migrations that can result in higher mortality rates. Leblond et al. (2016) tracked the ice thawing and freezing times for bodies of water in the migration path of caribou Rangifer tarandus Northern Quebec from 2007−2014, allowing them to determine if the change in ice melt was affecting the caribou’s phenology. Their hypothesis was that the caribou would travel extra distance in order to avoid swimming or water that was not completely frozen. They assessed four different parts of the migration: previous data for freezing trends, the caribou’s response to the change in freezing trends, fine-scale caribou behavior and phenology, and possible future movement using climate change projections. Continue reading →
Claudia Schwirplies and Andreas Ziegler (2016) examine the effects of climate change on German tourism and the demand on the tourism market. For example, climate change can lead to higher temperatures and may threaten the attractiveness of certain holiday attractions. To make holiday activities more diverse, investors must shift where they put their money. However, this will result in multiple costs to the investment sector. Overall, Schwirplies and Ziegler seek to improve the comprehension of the multiple effects and defects of adaptation to climate change and tourism by conducting a study examining the German population’s travel habits. Continue reading →
Nature Climate Change published a research paper in January 2017 by Malgorzata Blicharska and her associates from countries including Brazil, Kenya, Sweden, South Africa and India. The paper discusses the global North-South divide in climate change research, policy and practice, which originates from the Southern countries’ smaller capacity to undertake research. Countries are categorized into either “Northern” (members of the Organization for Economic Cooperation and Development such as Europe, North America, East Asia and Australasia) or “Southern” (lower income economies such as Asia, Latin America and Africa.) The report highlights how the disparities that exist between Northern and Southern countries, in terms of science and knowledge, will become a greater hindrance to the development and practice of effective climate change reduction actions and policies. The researchers explore the extent of this particular North-South divide, study the underlying issues associated with it, and examine the potential consequences for climate change policy development and implementation. Continue reading →
It is commonly understood that ecosystems have been taking up more carbon dioxide (CO2) as the concentration of atmospheric CO2 increases and the climate changes. The progressive increase in CO2 uptake by terrestrial ecosystems is generally thought to continue until 2030, when the trend is expected to reverse due to ecosystem damage. However, Dr. James C. Curran and Dr. Samuel A. Curran (2016) have found evidence that the trend may have already begun to reverse. They base this on analysis of the atmospheric CO2 measurements taken between 1958 and 2015 from the Mauna Loa observatory in Hawaii, known as the Keeling Curve. These data show a continual rise in atmospheric CO2 levels within a pattern of intra-annual fluctuation. The intra-annual fluctuation consists of decreased atmospheric CO2 levels throughout the summer months (Northern Hemisphere), and increased atmospheric CO2 throughout the rest of the year. Continue reading →