Gecko Tales

Climate change is real. It’s coming, fast. And it’s coming hard. There’s ‘natural’ climate change. After all, the climate is always changing. Incrementally, slowly enough for Earth’s biosystems to adapt. Then there’s ‘anthropogenic’ climate change. The additional change caused by human activity. It’s the anthropogenic bit that’s causing climate to change fast and hard.
There’s every reason to not buy into it. Or at least not totally. To harbour some residual belief that it’s just not quite as bad as ‘They’ – climate scientists – portray.
Climate change is an extinction level event. Just ask the dinosaurs, or the rest of the biodiversity which encountered abrupt climate change. Each of the Big Five extinction level events have ultimately come down to climate. The cause varies but it was climate change which actually resulted in the global extinction event.
- Ordovician-Silurian,
86% – glaciation coinciding with CO2 depletion.
- Late
Devonian, 75% - oceanic oxygen depletion due to massive algal blooms hitting
aquatic life, volcanic ash and eruptions causing climate cooling hitting
terrestrial fauna.
- Permian-Triassic,
96% - volcanic eruptions increase CO2 levels which fed bacteria which emitted
methane which accelerated climate warming and acidification of the oceans.
- Triassic-Jurassic,
~50% - various possibilities, from gradual climate change increasing C02
levels, with ‘gradual’ meaning over a 10 000 year period, to a as yet
unidentified asteroid impact, and large-scale volcanic eruptions doubling
global CO2 levels.
- Cretaceous-Paleogene,
76% - asteroid impact caused climate change.
Other notable ‘climate events’ have influenced the very formation of rocks on earth. Banded Iron Formation from which vast amounts of iron are extracted formed after cyanobacteria began to oxygenise the planet leading to the precipitation of iron and nickel dissolved in acidic oceans. Once the oceans were permanently oxygenised and the existing iron and nickel had precipitated out these rocks did not form again, even after 1.8 billion years.
The key point: climate change.
Natural systems bend and flex, but when pushed too far they rupture. After which they never return to their original state. 65 million years ago there were no polar ice caps or glaciers. Global cooling caused by a meteor impact, 65 million years pass and still the planet has not returned to the conditions prevalent at the time of the dinosaurs. The BBC released an article discussing this www.bbcearth.com/blog/?article=when-dinosaurs-roamed-antarctica.
The Big Five extinctions wiped out the ‘top’ biodiversity. It’s the lower less specialised species which survive. Those who can inhabit multiple ecosystems and habitats, eat a wide variety of foods, who are tolerant of a broad spread of temperatures and climates.
Back to us, and now. How to convey the message that the apparent ‘stability’ of the earth’s climate with a nice, gradual warming is an illusion? A human-level view on a notoriously unpredictable system with distinctly non-human feedback possibilities. As climate warms it warms faster. And science is notoriously conservative. Predictions are often hedged with uncertainties.
Caging it in nice conservative terms like ‘the evidence point to … ‘ or “97% of all climate scientists agree” that climate change is real and being exasperated by human activity doesn’t make the message easily digestible (climate.nasa.gov/scientific-consensus/ & skepticalscience.com/global-warming-scientific-consensus-intermediate.htm).
Well, obviously ‘climate scientists’ will agree ! After all, it’s how they make their money. Car manufacturers reassure us we need cars, oil and coal-mining companies point out the necessity for ‘decades to come’ for the role of fossil fuels, and gun manufacturers point out guns don’t kill people.
It’s called ‘vested interest’. But we can’t all be experts with the education and experience to form our own informed opinion and thus we defer to experts. We go to doctors when we’re sick, take our car to mechanics and have our household electrics done by an electrician.
97% is an impressive number agreeing a single issue: that human activity is dangerously affecting, increasing climate change.
Let’s imagine we do what they want us to do. We ditch fossil fuels, we reduce deforestation, stop large-scale burning of lands, we become vegetarian or even better vegan, we ‘green’ our cities and get everyone on bicycles.
Consequently, atmospheric CO2 and methane are reduced and biodiversity values increase. A host of other things happen too. Obesity levels drop, people become fit(ter) from walking and cycling more, traffic accident rates drop, urban air pollution and pollution in general plummet reducing a swag of related illnesses, and we stimulate economic growth by the need for high-tech industries associated with widespread implementation of renewable energies and alternative technologies (plastics need to be sourced from non fossil-fuel sources, for example).
Now let’s imagine They Are Wrong. And climate change continues merrily disproving the ‘anthropogenic contribution’ factor. We still gain from improved biodiversity values, plastics remain reduced since we don’t ‘use’ fossil fuels anymore (ie: no more or significantly reduced petrochemical industries), we are fitter, we are healthier, land values improve and the economy still thrives.
The opposite is, though, unimaginable. That we do nothing to change our current behaviour and technologies. And They Are Right.
Atmospheric C02, methane and other greenhouse gasses increase, rapidly. Biodiversity values plummet. Agricultural areas become unfarmable, cities become heat traps, the infamous Wet Bulb Temperature spread across vast swathes of the tropics/subtropics, sea-levels rise taking out enormous tracts of heavily built-up areas as well as drowning low lying island states, our health rapidly gets worse with increasing obesity values with the rest of our health devasted by increasingly heavily polluted urban areas exasperated by increasing temperatures. Mass migration occurs. Or at least attempts to. The economy is eviscerated.
It gets tricky here. For, at a certain point the temperature and resultant climatic conditions exceed that for which we have evolved to tolerate. Not only us, but the biodiversity and ecosystems functions that we depend upon. This is when the extinction level event begins in earnest.
Each week another article adds to the narrative:
- “We are
doomed!”, Mayer Hillman’s biop in the Guardian
(.theguardian.com/environment/2018/apr/26/were-doomed-mayer-hillman-on-the-climate-reality-no-one-else-will-dare-mention).
- Air
pollution causes stupidity, or words to that effect
(theguardian.com/environment/2018/aug/27/air-pollution-causes-huge-reduction-in-intelligence-study-reveals).
- Rising
temperatures risk more hurricanes and fiercer wildfires ( www.cbsnews.com/news/rising-ocean-water-temperatures-increase-risk-of-pacific-hurricanes/
&
cbsnews.com/news/interior-secretary-ryan-zinke-acknowledges-role-of-climate-change-in-wildfires/).
- “Hundreds
of millions of people … at risk of nutritional deficiencies” due to increases
in CO2 ( www.dw.com/en/climate-change-threatens-crop-nutrition-puts-millions-at-risk/a-45245760
).
‘Hundreds of millions of people’! The traditional human-social response to climate change is/was … to migrate. Obviously, if you think about it. Drought conditions? Okay, let’s walk till we find a more verdant area. Crops not growing? Too hot, too cold? Food scarce? Let’s walk. Only, walking, migrating is no longer an option in a world of seven billion people constrained into around 196 increasingly nationalist nation states. I can’t see ‘hundreds of millions of people’ whether suffering food shortage, Wet Bulb Temperature onslaught, rising waters or any other climate change impact merely sitting around accepting the geographic limitations of their birth-lottery results, and dying, out of respect to a largely arbitrary geo-political line on a map. They will move, or attempt to. And hundreds of millions of people attempting to migrate is going to cause problems, to put it mildly.
If even a fraction of this doomsday apocalypse is possible, surely we should do something about it. The consequences of ‘if it happens’ are, at best, a radical re-think of social and economic geo-politics. At worse, an existential threat.
Cigarettes cause cancer = huge program to cut smoking. Children are at risk = virtually no kids walk unaccompanied to schools anymore. Drugs are bad = war on drugs. Climate change is an existential threat = err, well, are you really sure? And a host of other prevarications, including the timeless ones of ‘it’s too expensive’ to do anything about and ‘it’ll cost jobs’ if we do.
Since a child I’ve been an environmentalist. I graduated in geology with a minor in biology. This gave me access to the geological record and its relationship to biology. When climate change started to become ‘mainstream’ back in the late 80s it was easy for me to see the relationship between the cause – accelerated increases of C02 – and effects – abrupt climate change.
My Master’s thesis was on climate change and transport. I am informed, sure. One would expect the Ministers of Environment, Economy, and Internal Affairs, to name a few, would be similarly informed. They have tremendous opportunity to get raw data from climate scientists, 97% of which agree it’s happening. It remains a mystery to me how then they do not pursue (increasingly aggressive) climate mitigation and abatement strategies. The cost of doing nothing is extinction. Just read the history of the world written in stone.
Why are not politicians more determined to address climate change? Why doesn’t the business sector see the economic benefits of climate-friendly technologies?
Surely it can’t be as simple as ‘politics’. Party A pursues strong climate abatement policies. Majority of voting population don’t understand and see the changes as a risk to their lifestyle. Party B seizes the opportunity and wins the election. And business have huge, and expensive, vested interest in protecting their existing investments, which are, unfortunately, by-and-large not climate-friendly.
Somehow, in a deeply polarized world a bi-partisan approach must arise, coeval with a never-ending education and information program through all ages and strata of society. And an economic transition to climate-friendly business and economic practices, eased by astute use of fiscal and non-fiscal incentives.
This has to be done on a global scale.
I love the Netherlands. And the EU. Deep in the sustainability policy part of my career I took part in fascinating discussions about the ‘sustainability’ of the Netherlands and the EU. They were intelligent people, well educated well informed. And yet here they were priding themselves on the ‘sustainability’ of the Netherlands/EU. It was as if a wall had been built around the EU and inside this wall we are sustainable. Ignoring the export of impacts to other countries: manufacturing in China, mining in Africa or Australia, gas from Russia, oil from the middle-east, wood from Canada and various tropical countries, transport and logistics to the EU by huge ships which are obliged to slow down upon entering EU waters to reduce pollution from their stacks.
There is one planet. One global ecosystem on which we are all dependent. No part of the planet will escape. If the large economies – the EU, Russia, China, the US – cannot solve the climate change issue on their own, then there’s no way the other 192 smaller economies can.
You know, I have a theory. Utterly unfounded. That the iridium found around the world dating back 65 million years to when the dinosaurs became extinct is not from an asteroid. Instead it is the last vestige ‘signature’ from the hyper-intelligent race which rapidly evolved over a period of less than a million years to utterly dominate the late Cretaceous. They built a planet-dominating technology enabling them, as spike-less and scale-less bi-pedal featherless lizards with small teeth, to survive Mr & Ms T-Rex and friends. This technology was based on iridium. Ultimately they could not control the technology’s effects on the planet’s climate and ecosystems and they fried then chilled the planet.
Sixty-five million years later we’re kinda in the same spot. And in sixty-five million years all that’ll remain of our attempt at global domination will be a narrow ‘signature’ layer found around the world to perplex then next hyper-intelligent race endeavouring to understand their, and the world they live on’s history.

Velo-Cities – in search of why a city should convert its transport policy to favour cyclists and pedestrians.
What’s a city anyway?
In Heathcote William’s eloquent poem-book Autogeddon a city is viewed by an extraterrestrial. They conclude that the primary inhabitants are cars inexorably connected to large buildings. Carbon-based life-forms move the vehicles along sophisticated transport routes. To buildings in other parts of the city, to other cities.
A city, according to Wikipedia is “a large human settlement” facilitating the interaction between “people, government organizations and businesses”, possessing “extensive systems for housing, transportation, sanitation, utilities, land use, and communication” [i]. The Guardian draws on a 1907 “rule of thumb” that a city is “home to at least 300,000 residents, a distinct identity … and a good record of local government” [ii]. Across the Atlantic a city “is a legally defined government entity. It has powers delegated by the state and county and the local laws, regulations, and policies are created and approved by the voters of the city and their representatives. A city can provide local government services to its citizens.” [iii] Which is quite similar to Wikipedia’s definition.
Cities house and facilitate the smooth interactions socially, economically and politically of large numbers of people
Heathcote William’s aliens are mistaken. Cars do not figure in the definition of city. At least not directly.
As I walk a thin strip allocated to pedestrians sandwiched between buildings and a large strip of asphalt devoted to People In Cars (PICS), it’s not hard to conclude the right of the vehicle exceeds the right of the person and that Heathcote’s aliens have a point.
When I get on a bicycle and ride in a city my conviction that the right of PICS and vehicles exceeds mine, even though I am now a legitimate ‘vehicle’ using infrastructure I’m obliged to, only increases. Pedestrians are separated from vehicles so the antipathy is reduced. And every PIC ultimately becomes a pedestrian.
Cyclist are a hybrid: part pedestrian, part vehicle. Not every pedestrian and not every PIC rides a bike as a form of transport .
Numerous conflict points arise in a near continuum as I ride through the city. I’m in the way when PICS want to turn left or right or even go straight ahead. I dodge car doors opening, jaywalking pedestrians and PICS coming out of subterranean portals who just don’t see me. At traffic lights I’m obliged to be a ‘vehicle’ but am not accorded the space offered larger four-wheeled vehicles or faster two-wheeled motorised bikes. If I act as a pedestrian, pedestrians scowl and growl as they attempt to cross the same intersection or road when the Green Man allows them. Rarely are there any places to park anywhere near where I want to be. Secured to a lamp-pole or other immovable object on the sidewalk pedestrians grumble about the hindrance it causes. If I try to leave it in a bay for ‘vehicles’ the PICS make sure I know it’s not allocated to my kind of vehicle. Many businesses have ‘Do Not Park Bikes Against The Wall/Window’ signs.
I am too fast to be a pedestrian. And I’m too slow to be a legitimate and equally treated user of vehicle transport infrastructure: roads and streets. And parking areas.
Why do people not ride in cities? It’s dangerous. It takes effort. Effort is a personal issue. Making it as easy as possible for people to ride facilitates riding. That means the infrastructure has to be in place, it is safe to ride, the various road users are educated about cycling, there are convenient places to park, and, ideally, a shower available in the office.
Who am I: vehicle or pedestrian?
Cycling occupies a unique place among transport mythology. Part pedestrian, part vehicle. In many cities cyclists are encouraged if not obliged to share transport infrastructure with pedestrians. In others they have to share the roads with motorised transport. They also have to obey the same laws as motorised transport. There is nothing remotely the ‘same’ between a car and a bike.
Cycling with pedestrians is a nightmare. Cycling with cars is a nightmare. The pedestrian loses, the car loses, the cyclist loses. It’s a lose-lose-lose situation.
Sharing a main arterial road with two or three lanes of tightly packed cars travelling some three-times faster than I is intimidating. Although we’re obliged to obey the same traffic laws, out of courtesy we’re encouraged to keep close to the side of the road. Most times a vehicle will give a cyclist a wide berth when they pass. But not always. Sometimes because there’s a car in the next lane. Sometimes because the driver simply doesn’t care, or out of resentment or, perhaps worse, ignorance of the risk several thousands of kilograms of metal object represents to one-hundred kilograms of human-on-a-bike. It is inordinately frightening to have a car pass with but ten centimetres to spare.
Vulnerability
The OECD’s 1998 report on Safety of Vulnerable Road Users [iv] points out that “high speed sport cyclists increase risks for the other vulnerable road users. Especially (on) combined routes for both pedestrians and cyclists.” A ROSPA fact sheet reports “Per billion vehicle miles, 1,011 pedal cyclists are killed or seriously injured, in comparison to 26 car drivers” in the UK [v]. That’s a brutal 42-times difference. For adults 84% of accidents involve a collision with a vehicle. The consequence of thousands of kilograms of 4-wheel disk-brake safety-belt SIPS air-bag steel-casing safety features around a person versus several hundred grams of bicycle helmet. Most deaths are due to head injuries.
Whilst “failure to look properly” either on behalf of the cyclist or driver is the largest contributing factor, interesting to note is the inclusion of “‘cyclist entering the road from the pavement’ (including when a cyclist crosses the road at a pedestrian crossing)” as the “second most common contributory factor” accounting for about 20% of serious collisions. And which most likely include a combination of both factors.
Cycling on a dual-use (cycling-pedestrian) path puts the pedestrian at risk from the faster moving cyclist. Even a very slow cyclist moves at double walking pace of 4 to 5 kph. A sports cyclist will be travelling 25 – 30 kph if not more. Six times walking speed.
Dual-use paths are not transport corridors.
They’re recreational. Great to walk along, to cycle with the kids, enjoying a winding languid tour. The sportster training and the commuter commuting want efficient cycling paths, a reliable transport corridor along which they can ride. Fast moving sportsters and commuters do not belong on recreational dual-use cycling paths. Dual-use paths often have confusing and dangerous road and intersection crossing. They do not facilitate fast efficient and above all safe movement of cyclists.
Why try to ride a bike in a city? What’s the point, the benefit?
Cities are ostensibly built on my behalf, as a resident or user of the services offered by it. Or both.
It’s not unreasonable to think then there should be a lot of pedestrians and cyclists in a city.
PICS don’t actually do anything for a city, except cause pollution and pose risk. A PIC has to exit their vehicle become a pedestrian, and then they effectively contribute
Old World cities and the old parts of New World cities had to be retrofitted to accommodate the car. Whilst new New World cities, like those in Australia and America, are designed around them.
Geometric grids, large arterial roads dividing into smaller and smaller internal roads bisecting a city.
[BLOG CONTINUES BELOW REFERENCES]
[iv] safety.fhwa.dot.gov/ped_bike/docs/oecd_safety.pdf
