A big debate is going on at the moment about the future of conservation – much of it centred on the suggestion by Edward Wilson and others that half the world should be allocated to protected areas. Wilson calls this “Half Earth” (HE), and his book of the same name calls for 50% coverage of ‘inviolable natural reserves’. Others have set out various counter-proposals, including “Whole Earth” (WE) and “Sustainable Half Earth” (SHE). I have played a small part in this debate over the last few months, which has given me the chance to observe at close quarters the strange process by which simple and catchy ideas can take hold, even when most people don’t agree with them. In this article I try to tell this curious tale of HE, SHE, WE and me.
Emery Roe, an American policy scholar, first developed the idea that ‘narratives’ – stories about the world and how it works – are used in policy making processes to cut through complexity and justify a particular course of action. We are a storytelling species, and people find it easy to understand and get behind a compelling story with strong internal logic and a beginning, middle and end. Once a narrative has taken hold they can be very difficult to shake off, at least until an even more compelling ‘counter-narrative’ arrives on the scene. A classic example from resource governance is the ‘resources will be over-exploited unless they are in private ownership’ narrative, based on Garrett Hardin’s 1968 Tragedy of the Common’s article. It took decades of careful scholarship, and ultimately a nobel prize for Elinor Ostrom, to demonstrate that this narrative was compelling, influential, and wrong.
There are numerous narratives circulating within the conservation sector. Some are inspiring, some are innovative, some are misleading. However, there are some that are, in my view, potentially dangerous. These narratives sound convincing – that’s why they have become established – and they are significantly shaping conservation research and practice in the world today. They are not entirely false, but their ‘truth’ has become accepted as orthodoxy to the extent that they slip by almost unnoticed, without proper scrutiny. This leads whole areas of conservation activity down particular paths that I fear will not lead to a desirable destination.
Haze from the 2015 forest fires in Southeast Asia may have killed about 100,000 people. It was also really bad for wildlife. Benjamin Lee and colleagues recently showed these effects by measuring acoustic activity on an ‘eco-overpass’ between two areas of forest in Singapore before, during and after the haze event. The data showed that acoustic activity dropped by 37% during the haze, and had showed only partial recovery 16 weeks later.
I learned of this research through the excellent BBC World Service Inside Science Programme on 12 October 2017. What caught my attention was the serendipitous nature of the study. Lee was supposed to be surveying bats to assess the effects of the overpass. But the haze triggered his asthma, and he had to stop work: but his acoustic recorders stayed in place. And hence a dataset was collected that spanned the haze event, recording not just bats but also birds and insects, and showing how they were silenced by the conditions.
This neat paper highlights the extraordinary power of remote devices to record biological data. Digital acoustic recording is widely used to survey bats (e.g. the iBats programme) and increasingly birds and insects. Moreover, archived sound recordings made for one purpose can be mined later for another. Citizen science recordings of bats in the UK have been used to identity stridulating bush-crickets. Continue reading
A few weeks ago I settled down to watch a BBC TV programme called The 21st Century Race for Space, hosted by celebrity physicist and one-time pop star Brian Cox. I had spent all day thinking about conservation at work, and was looking for a bit of escapism. In the programme Cox spent a lot of time ogling large shiny spacecraft in even larger hangars in the Nevada desert, putting on space suits and visiting simulated mars colonies. It was like a Top Gear special all about space rockets.
One of the striking things about the programme was the people that Cox was able to talk to. He had 1:1 interviews with Dennis Tito (the first space tourist), Jeff Bezos (founder of Amazon and owner of Blue Origin, a ‘spaceflight services company’), and Richard Branson (founder of Virgin and owner of Virgin Galactic). He tried to get Elon Musk (founder of PayPal and owner of SpaceX) but had to settle for some guy who had once met him at a party.
These billionaires are revolutionising space innovation by moving it from being the exclusive preserve of state organisations (such as NASA) to the hands of private enterprise. They have extraordinary ambition – not just to advance our civilisation into space, but to make money while doing so. Bezos in particular spoke with fanatical zeal about the opportunity to provide a whole new canvas for human innovation and economic growth off our planet. Scholars of capitalism would recognise this as the ultimate spatial fix – capital seeking new frontiers for expansion in space (outer and virtual) once the possibilities on Earth are exhausted.
I found all this very interesting, but what really got my attention was when the subject unexpectedly turned to conservation. Several of the interviewees described their plans as part of a conservation strategy – both for biodiversity on Earth in general and human survival in particular (their arguments are very usefully summarised in this article from which I sourced some of the quotes below). This idea of ‘conservation through space travel’ builds on some thinking put forward by Stephen Hawking recently when he said “the human species will have to populate a new planet within 100 years if it is to survive. With climate change, overdue asteroid strikes, epidemics and population growth, our own planet is increasingly precarious”. Continue reading
A group of smartly dressed executives stands on a viewing platform, looking out over a verdant forest teeming with wildlife. A waiter glides among the party topping up glasses of champagne, while another offers elaborate canapés. A man steps forward and claps his hands.
“Ladies and gentlemen, as Chief Executive of Conservation plc, may I welcome you to this exclusive viewing of the wonderful place that we call PristinePark2.0™. You have been carefully chosen to have the first opportunity to visit this paradise, and to purchase a stake in it. But first, let me tell you our story. Continue reading
Recently, I cycled back late from town. There was no wind, almost no traffic, and no moon. I was struck by the power of smells in the dark: first some splashed diesel near the garage, then lilac in a garden, pine trees at the motorway bridge, and the warm ammonia of bullocks at the farm. Finally, home, and then, suddenly, the smell of my neighbour’s washing, hung out overnight: an overpowering and entirely artificial scent, a radical shift of smellscape.
I first came across the concept of ‘smellscape’ in a paper by the cultural geographer Douglas Porteus in 1985. He pointed out that smells tend to be place-related, and that the nose perceives smellscapes just as the eye sees landscapes. Porteus describes sampling smells on ‘smellwalks’, not unlike my cycle journey home. Different continents, countries, regions, neighbourhoods and houses have their particular smellscapes. As Victoria Henshaw pointed out in her book Urban Smellscapes, cities have characteristic smells. Kate McLean, an artist and designer, makes ‘smellmaps’ of cities around the world. Continue reading
All around the world, biodiversity is being lost at an unprecedented rate. From an all-time peak in 2003, it has lost an incredible 40% in just over a decade. Although it is clinging on in certain places, the situation seems to be dire. How much longer can biodiversity survive?
This story sounds familiar to conservationists who are bombarded daily with depressing news about the biodiversity crisis. But in fact these statements have nothing to do with declines in the diversity of life on earth – they are about the use of the word ‘biodiversity’ itself. The statistics above are taken from Google Trends, a tool monitoring relative interest in general google search terms over time. Entering ‘biodiversity’ into this service reveals a steady decline between 2004 and 2008, followed by a fairly steady state since then.
So what is going on? Why did ‘biodiversity’ become so popular in the first place, why has interest in it been declining since 2003, and what might all this mean for the future of the conservation movement? Continue reading