The economics of
biodiversity well understood by decision-makers and policies put in place to
return profits from biodiversity investments to better manage biodiversity.
Background: The goods and services provided by biodiversity are worth
hundreds of billions of yuan to the Chinese economy each year. One global
estimate is that nature's services are worth US$ 33 trillion per year, of which
China's share could be as much as $ 6 trillion per year. These benefits include
direct provision of food, medicine, timber, and other products as well as
watershed protection, nutrient cycling, carbon sequestration, and the numerous
other processes of life upon which the productivity of the Chinese economy is
based. Thus conserving these biodiversity goods and services is of interest to
all CCICED working groups.
Despite the role of biodiversity in improving air quality, conserving water,
reducing the incidence and impact of floods, providing food, enhancing the
longevity of dams (thereby contributing to energy supplies), and increasing
agricultural yields, insufficient investments are being made to enable
biodiversity to continue providing these benefits. Instead, many sectors of the
economy - both public and private - are gaining substantial economic benefits
without paying a fair price for them.
CCICED studies have demonstrated that even areas managed primarily for
biodiversity conservation can be highly profitable, with the proper policy
support. Wolong Panda Reserve in Sichuan, for example, would generate revenues
of between $ 1.68 -$ 2.17 million per year if the admission fee were raised from
$ 7 to $ 25 (an increasing number of tourists would be willing to pay). This
compares very favourably with the current operation costs of $ 250,000 per year,
but far greater earnings are possible with greater investments in improving the
management of the reserve.
Substantial investments are required to enable biodiversity to be well
managed for the benefit of China's economy. Experience elsewhere has
demonstrated that these investments will earn very high rates of return, in both
the short term and the long term. However, many of these benefits are in the
form of "public goods" - distributed freely to all citizens - rather
than "private goods" that provide immediate financial returns.
Measures proposed: Establish a research programme to better understand
the economics of biodiversity, including its economic benefits and how various
economic instruments can be used to both capture the benefits of biodiversity
and return profits to improving biodiversity management. As an example, some
crops may be extremely wasteful of water and/ or land in providing a certain
amount of human nutrition. Since these crops are effectively being subsidized by
natural ecosystems they should be subjected to an 'ecological taxation', to
return profits to the source.
On the basis of the research, develop policies that will enable significantly
increased funds to be returned to biodiversity management. For example, a
"Panda Stamp" on tourist visas could earn many tens of millions of
dollars per year, if the funds were used for biodiversity management; and many
protected areas could at least cover their operating costs if they were enabled
to retain the admission fees paid to them and if they were compensated for the
watershed protection values they provide. Policies should also be developed to
charge private users for the biodiversity benefits they are provided by nature
(for example, water fees, green taxes, royalties, resource user fees).
Establish, on the basis of the research programme, a special fund in the
State budget to invest in biodiversity activities. This Biodiversity Fund is
required to make the necessary investments in infrastructure, research, and
administration that will provide returns to the general public over the longer
term.
Establish a revolving Forest Ecosystem Management Fund that will manage
forest royalties for reinvestment in improved forest management.