Putting a price on nature

Leaf
60 cents for the droplet...

For something that combines thoroughly both concepts of economics and the environment. A question that occasionally pops up when we ask about how we can internalise the external costs and benefits of nature, how we can monetise and valuate what is deemed free or priceless and how can we account for environmental protection and conservation in our equations of governance and environmental management.

The trigger for these questions came about when I read The Economist’s Green.view column online and saw an article about “price fixing”: not so much price fixing in terms of what we learn in Economics about monopolistic behaviour, but about how we can fix a pricetag on nature.

There’s plenty of debate with regard to putting a price on nature, as witnessed from the tremendous number of articles that can be found on this issue. The plausibility of this recommendation, with a detailed discussion on how it can work, has been discussed on Earthbeat on Australia’s Radio National, while in very recent history there has been a flurry of writings from Planet Green, The New York Times and BBC News. LiveScience has a more concrete and specific suggestion: a “market-driven approach to habitat preservation”.

Anyway, let me just try to summarise and highlight some of the pros and cons of putting a pricetag on nature. You should read the articles above for much more detailed discussions however.

Why would / should we put a price on nature?

1. Solve misallocation of resources: what we learn in economics in terms of the external costs of, say, water pollution on marine biodiversity, would thus be accounted for when firms do cost-benefit analysis because there’s a explicit price tag attached to it (The Economist uses a slightly different line of argument, I’m just phrasing what I understand in my own words)

2. Allows for developing and some especially-impoverished but nature-rich countries to tap into the money-spinning potential for the natural resources and at the same time enable economic development

3. On the Earthbeat link, it quotes a paper written in the Nature journal 4 years earlier on the value of “ecosystem services”, valued at US$33tr. Compared to the GDP of Earth at US$18tr, it seems like there is plenty of value in these “ecosystem services” waiting to be tapped, of which these services could be invaluable to humans (for example, clean air)

Why cant / shouldnt we put a price on nature?

1. Insult to the concept of the beauty of nature or reducing everything intangible in the environment to a dollar value or ignoring the greater benefits that ecosystems and nature provides. Like the sense of serenity and peace when one walks in a park: that cannot exactly be quantified in a monetary sense, and that may not be reflected even if a pricetag were to be placed on the park

2. How do we put a value to animals that might be of little utility but of much value to conservation and beauty? The article in The Economist compares the panda, which “humans are fond of”, with the dung bettle, which “provide the greatest utility”. How then do you price the two vis-a-vis each other?

The articles themselves cover much more details and examples. Again, this is some more food for thought for those who have always found themselves fighting a moral battle in their minds between economic development and environmental conservation.

Carving up the USA?

USA
Equal Frags

I stumbled upon this creative but mad article that proposes cutting up the United States of America into 50 states of equal population size. The aim of this exercise is to equalise “congressional overrepresentation” from small states and rural areas. This would be quite important today considering that Congress representation is such that each state, regardless of population size, gets the same number of votes, which makes the small, rural states wield extra power. This extra power can come in handy to block bills unfavourable to them, as witnessed in the process to pass the cap-and-trade bill where small rural states, expected to be severely disadvantaged due to their agricultural economy, have used their votes to block the passing of the bill or try squeeze some concessions and caveats in return for votes. Neil Freeman discusses some advantages and disadvantages on his website.

Erasing the current borders of the USA is not a new idea. From as early as 1975, people have proposed the notion of carving up the USA into 38 states based on cultural and physical aspects of the territory. Professor C Etzel Pearcy realigned the boundaries based on newer and evolved concepts such as population density, urban sprawl and transport routes. Not quite how one normally decides a boundary (usually based on physical relief: rivers or mountain ranges for example), but still worth considering for the better of jurisdiction and administration. But of course, such measures are really controversial: will the people in power today want to yield their power to someone else, or have their powers curtailed? I am quite sure not.

And I am reminded of closer to home, when electoral boundaries are redrawn every now and then to accomodate for changing population sizes, according to the government.

Some entertaining ideas for you to think about this Lunar New Year.

Googley Social

Surpassing Yahoo! Search directory and indexes a decade ago, they let you search things online, things that you probably never will manage to find by trying out random keywords followed by “.com” on the URL bar. Not losing out to Hotmail which offered 2MB and Yahoo! Mail which offered 3.5MB during the ‘good old days’, they started an email system that gives you several Gigabytes of space in your inbox, which was virtually unheard of during those days.

And though Facebook took and lead in social networks and and proved that it is going to be revolutionizing the web and business world somehow, Google has decided to join in the fun. The public profile page is like a lite version of Facebook’s profile page and Buzz’s advantage over Google Wave (which haven’t seem to take off at all; I don’t really use it though I have an account and plenty of inactive friend on it) is that you don’t require a ‘separate’ sort of account with Google, it comes right in your Gmail system.

[youtube=http://www.youtube.com/watch?v=yi50KlsCBio&rel=0&color1=0xb1b1b1&color2=0xcfcfcf&hl=en_US&feature=player_embedded&fs=1]

And the success of introducing this feature as part of the Gmail system is reflected by the fact that millions of users responded with feedbacks and concerns. Google is using its size to its advantage this time and their fine-tuning and feedback gathering process is going to be important, just as it is for any new products. That’s probably why they should lend a ear to what Farhad Manjoo have to say on Slate.com about What’s Wrong With Android?

More Resource Added

Wei Seng has contributed yet another set of materials to ERPZ, this time spanning Economics and Chemistry; here are the links to them:

Economics
Terms & Definitions for H2 Economics – Glossary compiled by Wei Seng

Chemistry
Gaseous Chemistry Summary – Summary of concepts under Gas Laws By Wei Seng
Chemical Periodicity Summary – Summary of Chemical Periodicity and relevant properties By Wei Seng
H2 Chemistry SPA Skill A Guide – Summary of observations and organic reactions used in Science Practical Assessment (SPA) Skill A By Wei Seng

They can be found in the relevant subjects page under resources of course.

Happy Lunar New Year once again!

Flame retardants or fertility retardants?

Flame
This, or your baby?

If you watched The Story of Stuff, you might have been aware of the example of the tremendous amount of chemicals in many, if not all, of the consumer products we use. Brominated flame retardants (BFRs) in pillows were featured as an example of the excessive chemical pollution in our lives. The Economist last month featured an article about flame retardants that twins nicely with what The Story of Stuff has covered.

In the article, polybrominated diphenylethers (PBDEs), a form of brominated flame retardants, are used to reduce “the risk of ignition” but it is now so widespread that 97% of Americans have traces of it in their bodies. And it is suggested that these chemicals have effects on our health, such as in terms of fertility. In a study done in California, it appears that with each tenfold increase in PBDE concentration in the body one’s probability of becoming pregant decreases.

More studies are now underway to determine their effects, and these studies, once verified, would be important and may be perhaps groundbreaking, just like how DDT transformed overnight from being an ally in fighting pests to being a pest in itself. Will we be able to do away with BFRs? Will BFRs, whose concentrations have been doubling in our bodies every 4-6 years since the 1970s, do irreversible damage to our health? Unfortunately, only time will tell.

Meanwhile, some contrasting arguments coming from the environmentalists and the industrial experts. Greenpeace makes arguments for the phasing out of BFRs from our lives but will it be this easy? On the other hand Bromine Science and Environment Forum (BSEF) claims that BFRs are not as dangerous as the environmentalists make them out to be. So are the industrial experts, consisting of BFR manufacturers, telling the truth or are they themselves unaware of the full impact of their products?

Open Musings

Mind
Extracting Neural Info in Progress...

Popular Science featured an article about mind-reading technology; it describes the development of technologies and computing that helps to reconstruct images from purely information extracted from brain scans. That is pretty amazing since it is basically deciphering the code used to contain information in our minds and then trying to build up the information that is stored in the codes.

What I was wondering is if these images reconstructed actually reflects any sort of thoughts by the person. In other words, has the brain processed these images at all? In the Awareness Tests that was part of a campaign by Transport for London to raise awareness of presence of cyclist to other road users, you realise that you do not see some things that you don’t focus on in an image sequence. The question then, is whether the brain really didn’t see the images or it merely didn’t process it. Would these mind-reading technology at this moment be showing those details or parts that we didn’t notice?

Or perhaps they need to improve the technology before they can answer such questions; then the complex ethical problems will set in. Philosophy can’t work on an ethical problem until infringing it becomes a real possibility. Even then, they almost never help us get an answer. So meanwhile we’ll just think and wait around.

The Story of Stuff

For something animated but no less thought-provoking for the Chinese New Year, a video clip produced by Annie Leonard about how our “stuff” (i.e. consumer goods) are produced and the dangers that have come associated with the production and consumption of these goods. I was first introduced to this video in Junior College by my Geography teacher, and I found it rather animating, enlightening and inspirational, as well as rather easy to digest yet still sufficiently thought-provoking.

The Story of Stuff is a 20 minute video that can be watched on YouTube as well as downloaded from the website for future broadcasts, as I did. Do watch because it alerts you about the behind-the-scenes situation which you have never really thought about when you do shopping. While her perspective is that of government-bashing and firm-bashing, it is still worthy of considering. It is suitable for the kids though they will probably need to be guided along to fully understand the video considering that she uses quite a bit of jargon that might be slightly inaccessible to the young.

[youtube=http://www.youtube.com/watch?v=9GorqroigqM&hl=en_US&fs=1&rel=0]

This video probably comes too late to remind you about what you buy for Chinese New Year, but still, better late than never. Happy Lunar New Year!

Puzzles & Patience

Rose
Frustrating Rose...

I finally borrowed a copy of William Poundstone’s How Would You Move Mount Fuji from the library the other day and I was doing my little research on logical thinking puzzles and such when I stumbled upon the game of Petals Around the Rose. It is interesting how this puzzle is related to Bill Gates in his young, start-up days and that Bill have eventually gone on to make use of puzzles to decide whether to hire a person as described in Poundstone’s book.

The three little ‘rules’ is that the name of the game is ‘Petals Around the Rose’ (and this is significant), that the answer is always even, and that anyone who gets the logic of the game can only announce and answer and not try to verify his logic. Getting the answer 6 times in a row is a sign that one has become a Potentate of the Rose (the one who knows the solution).

The basics of the game as well as a computer programme to let you try figure out the answer to this little puzzle can be found here.

I initially wanted to work it out myself but then curiosity as to whether anyone would put up an answer online overwhelmed me and after I did a search, it appears that Wikipedia is indeed an amazing all purpose reference source. I shall not provide the link here lest you are like me. Try your best to figure out the answer!

Gridlocked

Gridlock Economy
Trapped in Fragments

A couple of months back I stumbled upon this book by Michael Heller (a lawyer), Gridlock Economy. It raised a very interesting question in the introduction and convinced me to borrow the book. The book went on to look into different parts of the modern economy where hurdles to economic activities are created because of structures built within the modern economy used to spur economic activities in the first place. It’s an irony we can’t ignore. The author framed them as a ‘Tragedy of the anticommons‘; this idea is from Michael Heller himself so the book is more or less a vehicle to get greater audience exposed to it.

Anyways, it started this way;

A few years ago, a drug company executive presented me with an unsettling puzzle. His scientists had found a treatment for Alzheimer’s disease, but they couldn’t bring it to the market unless the company bought access to a dozen patents. Any single patent owner could demand a huge payoff; some blocked the whole deal. This story does not have a happy ending. The drug sits on the shelf though it might have saved millions of lives and earned billions of dollars.

I thought this is exactly the sort of problem that is going to plague the field of microeconomics in the modern world. The world’s complexity naturally mean that the mesh of technological advancement, legislative hurdles and logistical difficulties in the market would introduce new problems for us to solve. I didn’t quite manage to read much of the book but I’ll try to spend some time researching stuff in this area soon. Meanwhile, USA still probably going to continue being the hot bed for patent disputes.