MR Microinsurance_2012_03_29.indd - International Labour ...
MR Microinsurance_2012_03_29.indd - International Labour ... MR Microinsurance_2012_03_29.indd - International Labour ...
86 Emerging issues In many regions, global warming will alter the frequency and intensity of weather events. This is particularly clear in the case of tropical cyclones. For example, warmer sea surfaces can lead to the development of more intense tropical cyclones as these storm systems draw their energy from warmer water. If areas with sea surface temperatures above 27°C expand, new risk zones for cyclones will be created. The appearance of cyclones off the coasts of Brazil (2004) and Spain (2005) are evidence that the range of the risk is changing in the wake of global warming. 4.1.2 Classes of business affected The climate cannot be insured. It is also impossible to insure all the effects associated with global warming. This is true of both traditional and microinsurance. The melting of glaciers or the accelerated rise in sea level cannot be insured based on the insurance principles of unpredictability, calculability and sudden occurrence. However, some effects of climate change, such as floods or even droughts, are insurable. When discussing insurance and climate change, one often means the insurance of weather-related catastrophes, which are very likely to increase in the future. Natural catastrophes can be particularly detrimental to microinsurance portfolios, as small or regionally focused portfolios can be devastated by a major natural disaster. Natural hazards, such as the wave of flooding in Pakistan in 2010 or Cyclone Nargis in Myanmar in 2007 that devastated huge areas, have to be taken seriously in microinsurance. The impact of climate change also affects other insurance business lines, as summarized in Table 4.2. The biggest correlation between weather and losses is in agriculture insurance, as discussed in detail later in the chapter. However, hundreds of thousands of people might die or be injured in extreme weather events, so there is also an impact on health and life insurance. Buildings or their contents can also be affected by weather events. Cyclones (in Southern India in 2008) and typhoons (in the Philippines in 2010) have shown that a weather disaster can be a challenge for property and buildings microinsurance covers, which are often not developed for weather events, let alone climate change. While natural disasters are certainly the most urgent threat, changing climatic conditions will also have more subtle, long-term effects. Gradual increases in temperature, for example, can affect germination periods or determine which crops can be grown in certain regions. They also will affect mortality and morbidity, by changing the ranges of different diseases or creating the conditions for new ones.
Microinsurance and climate change Table 4.2 Possible eff ects of climate change in classes of insurance, 2030–2050 Insurance class Possible eff ects 2030 2050 Agriculture Rapid-onset (weather catastrophes) +/++ +++ Slow-onset (temperature changes) +/++ +++ Frost – – – Health Rapid-onset (weather catastrophes) o/+ o/+/++ Slow-onset (temperature changes) o/+ o/+/++ Health patterns, expanding disease ranges o/+ o/+/++ Life/Funeral Rapid-onset (weather catastrophes) + + Slow-onset (temperature changes) o/+ + Property Rapid-onset +/++ ++ +/++/+++ increasing risk o neutral –/– – –/– – –/– – – – decreasing risk Source: Adapted from Munich Re Foundation, 2011. 4.2 Microinsurance and weather events 4.2.1 Brief history of “climate microinsurance” Climate change has a major impact on weather conditions – weather being the present state of the temperature, humidity, rainfall and wind, while climate is the state of these weather elements over time. Consequently, most microinsurance experiences that are relevant in the context of climate change are protection against the occurrence of specifi c weather conditions, typically measured by some sort of index. Weather-index or parametric insurance has been developed in the context of microinsurance since the beginning of the 21st century. Th e fi rst known example was introduced in Mexico in 2001 to provide drought cover for farmers. Since then, several covers have been introduced in Asia, beginning with a rain-based index insurance in India in 2003 (see Box 4.1 and section 20.2) and a livestock insurance in Mongolia in 2006 (see Box 12.3). In Africa, drought insurance was introduced in Malawi in 2005 (see Box 4.2) and Ethiopia in 2006. Th ese covers were subsequently adjusted or further developed, and new ones were added (e.g. HARITA in Ethiopia in 2008, see Box 4.3). 87
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86 Emerging issues<br />
In many regions, global warming will alter the frequency and intensity of<br />
weather events. This is particularly clear in the case of tropical cyclones. For<br />
example, warmer sea surfaces can lead to the development of more intense tropical<br />
cyclones as these storm systems draw their energy from warmer water. If areas<br />
with sea surface temperatures above 27°C expand, new risk zones for cyclones<br />
will be created. The appearance of cyclones off the coasts of Brazil (2004) and<br />
Spain (2005) are evidence that the range of the risk is changing in the wake of<br />
global warming.<br />
4.1.2 Classes of business affected<br />
The climate cannot be insured. It is also impossible to insure all the effects<br />
associated with global warming. This is true of both traditional and microinsurance.<br />
The melting of glaciers or the accelerated rise in sea level cannot be insured based on<br />
the insurance principles of unpredictability, calculability and sudden occurrence.<br />
However, some effects of climate change, such as floods or even droughts, are<br />
insurable.<br />
When discussing insurance and climate change, one often means the insurance<br />
of weather-related catastrophes, which are very likely to increase in the<br />
future. Natural catastrophes can be particularly detrimental to microinsurance<br />
portfolios, as small or regionally focused portfolios can be devastated by a major<br />
natural disaster. Natural hazards, such as the wave of flooding in Pakistan in 2010<br />
or Cyclone Nargis in Myanmar in 2007 that devastated huge areas, have to be<br />
taken seriously in microinsurance.<br />
The impact of climate change also affects other insurance business lines, as<br />
summarized in Table 4.2. The biggest correlation between weather and losses is in<br />
agriculture insurance, as discussed in detail later in the chapter. However, hundreds<br />
of thousands of people might die or be injured in extreme weather events,<br />
so there is also an impact on health and life insurance. Buildings or their contents<br />
can also be affected by weather events. Cyclones (in Southern India in 2008) and<br />
typhoons (in the Philippines in 2010) have shown that a weather disaster can be a<br />
challenge for property and buildings microinsurance covers, which are often not<br />
developed for weather events, let alone climate change.<br />
While natural disasters are certainly the most urgent threat, changing climatic<br />
conditions will also have more subtle, long-term effects. Gradual increases in<br />
temperature, for example, can affect germination periods or determine which<br />
crops can be grown in certain regions. They also will affect mortality and<br />
morbidity, by changing the ranges of different diseases or creating the conditions<br />
for new ones.