How Climate Change Affects Animals
Animal populations will be uniquely impacted by the increasing, changing, and compounding disasters attributed to the rapidly advancing effects of climate change. Companion animals will face displacement, livestock will suffer from physiological stressors, and wildlife may face localized extinctions. Animals from all sectors may experience increased instances of negative health outcomes such as infectious diseases. Emergency and disaster planners must take steps to proactively assess the impact of climate changes on animals within their communities as they work to improve their climate resilience.
In December 2017, millions of people from around the world viewed aviral videodepicting a starving polar bear struggling on atrophied legs to make its way across the Canadian arctic, rummaging through refuse in search of something to eat. Critics were quick to point out that climate change could not definitively be blamed for the dying bear’s condition, but others noted that the risk of starvation from melting sea-ice, driven by climatic warming, has a long history of being regarded as a threat to polar bear populations and other arctic species. Polar bears living in the southern Beaufort Sea in Canada, between 2001 and 2010, are thought to have undergone a population decline of at least 25% and possiblyas much as 50%.
The Beaufort Sea is also the location of the longest recorded polar bear swim. Less ice means more water, and in 2008 a femalepolar bearswam for nine days straight, traveling across 426 miles of water, losing 22% of her body weight and her cub along the way. Certainly this does not mean that all polar bears will meet this same fate. What it does mean is that the time for action for some of these bears has already passed. When Paul Nicklen posted the viral video of the starving polar bear, he wrote, “This is what starvation looks like. The muscles atrophy. No energy. It’s a slow, painful death.”
Do Animals Of The Russian North Have A Chance To Survive Climate Change?
With climate change already affecting animals of all types and classifications, steps must now be taken to appropriately identify new threats and risks. The rapidly evolving nature of climate change requires the need for preparation activities to address the damaging impact felt by animal populations as disasters and emerging threats develop and intensify.
, extreme weather events, natural disasters, and failure of climate change mitigation and adaptation have been identified as three of the top five global risks in terms of both likelihood and impact. According to The Intergovernmental Panel on Climate Change (IPCC) an increase of greenhouse gases in the atmosphere will likely boost temperatures over most land surfaces, though the exact change will vary regionally.NASAhas estimated that the planet’s average surface temperature has already risen about 1.1°C since the late 19th century.Extreme temperatureswill also occur more frequently.
Rising temperatures will lead to melting ice and subsequent increased instances of flooding, particularly along the coast. By 2050, the expected rise of 4-8 inches (10-20 cm)could more than double the flooding frequencyin places such as the tropics. Long-term sea level rise may have been underestimated, as it is now believedwarming may be twicewhat prior models have suggested. Because warmer air can hold more water, increases in global temperatures can result inincreased intensity of storms, including tropical cyclones with higher wind speeds and more intense mid-latitude storms.
The Effects Of Global Warming On Animals
From 1949 through 2016, tropical-cyclone translation speed hasdecreased globally by about 10%, leading to increased rainfall totals. As more rain travels more slowly over a given area, higher rainfall totals should be anticipated. The damaging consequences of these sorts of developments have already been seen. In 2017, Hurricane Harvey stalledafter making landfall in Texas, remaining partially over the waters of the Gulf of Mexico for four days and resulting in unprecedented rainfall rather than moving inland and dispersing.
A review of the Federal Emergency Management Agency’s (FEMA) database of disaster declarations revealed that73% of the presidential disaster declarationsfrom 2008 to 2017 were flood-related events. During this same period, eight of the ten stateswith the most flood-related presidential disaster declarations were inland, with Arkansas having the greatest frequency. Nevertheless, the potential for coastal flooding remains significant. All of thetop 10 states most at risk for devastating floodsover the next 100 years are along the U.S. coastline.
Climate change has also been projected to increase very large fire (VLF) potential in historically fire-prone regions in the United States. This will have greater impact in the intermountain west and northern California due to an increase in frequency of conditions conducive to VLFs and an extension of the seasonal window. In December 2017, California’s Thomas wildfirebecame the largest known in state history, burning roughly 281, 893 acres. In the past 10 years, California has experienced 9 of the20 largest fires on state record.
How Climate Change Impacts Our Wildlife
Few studies have been done on the direct impact of climate change on companion animals. However, due to their close relationship with human populations, many of the effects of climate change felt by humans will be felt by the companion animals who cohabit and live among human populations. The 2017 Internal Displacement Monitoring Center’sGlobal Report on Internal Displacementfound that, in 2016, there were 24.6 million new displacements from disasters. China had the highest number of displacements with over 7.4 million, the United States was 5th with over 1.1 million, and small island states (like Puerto Rico) were found to “suffer disproportionately” after making considerations for population size. As people are displaced from their home communities, they may lose financial stability, food and/or water security, and the capacity to take care of themselves and their animals. Structures need to be implemented within and between governmental and state entities in order to accommodate displaced humans and their pets. An increased population of abandoned pets should also be anticipated.
The global human population is expected to increase from7.6 to 9.8 billion in 2050, an increase of 29%. As such, demand for agriculturalproducts are projected to increase over 40%.Research indicatesthat grazing systems may be directly impacted by extreme weather events and temperature changes, such as droughts, floods, productivity losses, and water availability. Further, grazing systems may be indirectly affected through issues related to fodder quantity and quality, disease epidemics, and host-pathogen interactions. In general, warmer conditions make disease transmission more likely between hosts. Non-grazing livestock production systems may bedirectly impactedby water availability and extreme weather events, and indirectly impacted by increased resource pricing, disease epidemics, and increased cost of animal housing due to changing needs such as cooling systems. As rising demand encourages production growth and intensification, a greater number of animals are subsequently at risk.
The effects of climate change on wildlife species has been broadly and increasingly researched in recent years. Even with an average global warming of only about 1°C, scientists have recognized climate change impact across every ecosystem on Earth. Out of 94 processes primarily involved with ecosystem functioning across terrestrial, marine, and freshwater ecosystems, 82% were found to have been impacted by climate change. Negative impacts from climate change have also been measured for individual species, as many are threatened and may face extinction due to climate change effects. Biodiversity is also threatened, with hundreds of species already experiencing climate-related local extinctions, including 47% of one study looking at 976 species. Though incidence was similar across climatic zones and habitats, extinctions were significantly higherin tropical species (55%) compared to temperate species (39%), animals (50%) compared to plants (39%), and freshwater habitats (74%) relative to terrestrial (46%) and marine habitats (51%). As climate change places new and intensifying stressors on wildlife, a departure from noninterventionist wildlife management approaches may be needed to mitigate these and other impacts.
Climate Change Affects On Biodiversity
In many regions across the United States, emergency management has already addressed the importance of including animals in their preparedness and response activities. However, without accounting for rapid developments of these changes, appropriate mitigation, preparation, and subsequent response may lag behind need. Agencies, organizations, and individuals must be prepared to rapidly respond to “snowballing” events that affect a multiplicity of animals groups. For example, a wildfire that required wildlife rescue may lead to a mudslide requiring companion animal rescue. Climate change science and preparation will help targeted planning objectives in the emergency management field better plan and subsequently respond and recover from anthropogenic-induced climatic events that affect humans and animals alike.
Despite increased legislative and subsequent agency attention to animal issues in disasters, risk-driven preparation linking animals and climate change impact remains stagnated. As of 2018, FEMA has removed all reference to climate from its2018-2022 Strategic Plan, detracting from the severity and focus, which increasing climatic shifts will demand from the emergency management and response fields. The word “climate” does not appear at all in the document, and emerging threats are primarily attributed to terrorism and cybersecurity. It ignores one of the driving factors in change when it comes to the evolving nature of disasters presently and in the future.
The increasing and evolving risk of climate change requires a shift in perspective from those responding to animal-related emergencies in the face of disasters. AsAdaptation Manager Missy Stults pointed out in a 2010 article, “for emergency planners and response personnel, it becomes really important to start planning for a
How Climate Change Will Impact Animals
Few studies have been done on the direct impact of climate change on companion animals. However, due to their close relationship with human populations, many of the effects of climate change felt by humans will be felt by the companion animals who cohabit and live among human populations. The 2017 Internal Displacement Monitoring Center’sGlobal Report on Internal Displacementfound that, in 2016, there were 24.6 million new displacements from disasters. China had the highest number of displacements with over 7.4 million, the United States was 5th with over 1.1 million, and small island states (like Puerto Rico) were found to “suffer disproportionately” after making considerations for population size. As people are displaced from their home communities, they may lose financial stability, food and/or water security, and the capacity to take care of themselves and their animals. Structures need to be implemented within and between governmental and state entities in order to accommodate displaced humans and their pets. An increased population of abandoned pets should also be anticipated.
The global human population is expected to increase from7.6 to 9.8 billion in 2050, an increase of 29%. As such, demand for agriculturalproducts are projected to increase over 40%.Research indicatesthat grazing systems may be directly impacted by extreme weather events and temperature changes, such as droughts, floods, productivity losses, and water availability. Further, grazing systems may be indirectly affected through issues related to fodder quantity and quality, disease epidemics, and host-pathogen interactions. In general, warmer conditions make disease transmission more likely between hosts. Non-grazing livestock production systems may bedirectly impactedby water availability and extreme weather events, and indirectly impacted by increased resource pricing, disease epidemics, and increased cost of animal housing due to changing needs such as cooling systems. As rising demand encourages production growth and intensification, a greater number of animals are subsequently at risk.
The effects of climate change on wildlife species has been broadly and increasingly researched in recent years. Even with an average global warming of only about 1°C, scientists have recognized climate change impact across every ecosystem on Earth. Out of 94 processes primarily involved with ecosystem functioning across terrestrial, marine, and freshwater ecosystems, 82% were found to have been impacted by climate change. Negative impacts from climate change have also been measured for individual species, as many are threatened and may face extinction due to climate change effects. Biodiversity is also threatened, with hundreds of species already experiencing climate-related local extinctions, including 47% of one study looking at 976 species. Though incidence was similar across climatic zones and habitats, extinctions were significantly higherin tropical species (55%) compared to temperate species (39%), animals (50%) compared to plants (39%), and freshwater habitats (74%) relative to terrestrial (46%) and marine habitats (51%). As climate change places new and intensifying stressors on wildlife, a departure from noninterventionist wildlife management approaches may be needed to mitigate these and other impacts.
Climate Change Affects On Biodiversity
In many regions across the United States, emergency management has already addressed the importance of including animals in their preparedness and response activities. However, without accounting for rapid developments of these changes, appropriate mitigation, preparation, and subsequent response may lag behind need. Agencies, organizations, and individuals must be prepared to rapidly respond to “snowballing” events that affect a multiplicity of animals groups. For example, a wildfire that required wildlife rescue may lead to a mudslide requiring companion animal rescue. Climate change science and preparation will help targeted planning objectives in the emergency management field better plan and subsequently respond and recover from anthropogenic-induced climatic events that affect humans and animals alike.
Despite increased legislative and subsequent agency attention to animal issues in disasters, risk-driven preparation linking animals and climate change impact remains stagnated. As of 2018, FEMA has removed all reference to climate from its2018-2022 Strategic Plan, detracting from the severity and focus, which increasing climatic shifts will demand from the emergency management and response fields. The word “climate” does not appear at all in the document, and emerging threats are primarily attributed to terrorism and cybersecurity. It ignores one of the driving factors in change when it comes to the evolving nature of disasters presently and in the future.
The increasing and evolving risk of climate change requires a shift in perspective from those responding to animal-related emergencies in the face of disasters. AsAdaptation Manager Missy Stults pointed out in a 2010 article, “for emergency planners and response personnel, it becomes really important to start planning for a
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