If Mogadishu occupies an ambiguous space in our minds and hearts, it is because ours is a land with an overwhelming majority of pastoralists, who are possessed of a deep urbophobia.
Maybe this is why most Somalis do not seem unduly perturbed by the fate of the capital: a city broken into segments, each of them ruthlessly controlled by an alliance of militias.
by Somali writer Nuruddin Farah (1988). I read this mind blowing quote while researching migration as a climate adaptation option for certain cities.
“Urbaphobia" - the condition that cities are a threat to rural life. As a consequence, said cities will not obtain the support required for their long term existence.
I’m not sure of the cultural scale required for urbaphobia to supplant the viability of cities, but it is an interesting concept. Perhaps, for example, Detroit needed a certain level of support from the surrounding rural areas in order to survive. If true, which other cities are threatened by this phobia?
Regarding this slithery video, you’re right! It is reproduction but it’s also for hibernation and body heat efficiency. The garter snake is my home state, Massachusetts, “State Reptile”! They also converge in large numbers in New England to den in the winter, just not the thousands like in Canada. So weird and awesome!
PS, Check out this article on how climate change will impact American rattle snake’s habitat. Basically, it seems rattlers are too slow to adapt to rapid climate changes and may be wiped out in some areas because it has no suitable habitat to migrate to…
The ranges of species will have to change dramatically as a result of climate change between now and 2100 because the climate will change more than 100 times faster than the rate at which species can adapt, according to a newly published study by Indiana University researchers.
The study, which focuses on North American rattlesnakes, finds that the rate of future change in suitable habitat will be two to three orders of magnitude greater than the average change over the past 300 millennia, a time that included three major glacial cycles and significant variation in climate and temperature.
"We find that, over the next 90 years, at best these species’ ranges will change more than 100 times faster than they have during the past 320,000 years," said Michelle Lawing, lead author of the paper and a doctoral candidate in geological sciences and biology at IU Bloomington. "This rate of change is unlike anything these species have experienced, probably since their formation."