Methods of disposal alternative to municipal landfills do exist:
until recently vultures in India played a large part in the disposal
of household waste before they became endangered, and this fact
is now central to the conservation efforts for this species in India
(Baral, Gautam & Tamang, 2005). Similarly, early records of
kites scavenging on household waste in the streets of London reveal
an alternative version to waste disposal (Cocker, 2005), and the
decree banning this practice because of the health hazard posed
by the kites (Channing, 2001) may have been one of the earliest
forms of waste regulation in the UK. However, this reinforces the
benefits of the current system, if ever it were needed, in that
disease and pestilence are not now at the levels they were at this
point in time or, indeed, are currently in India.
If there were no regulation on waste disposal then it would be
inevitable that some sections of society would have different views
on how to dispose of it than others, leading to people simply dumping
it wherever there was space, creating unsightly piles of refuse
wherever one looked, not to mention the safety hazards this would
cause. The issue of safety highlights another benefit of waste regulation,
especially where hazardous substances are concerned. In the past
substances such as motor oils, gardening chemicals, paints and even
toxic waste were simply buried underground from whence they were
able to leak into the soil, creating pollution and health problems
which can be very expensive to solve; the cleanup of toxic waste
sites cab cost hundreds of millions of pounds (English Nature, 2005a).
With sensible regulation the health and pollution problems can be
avoided, something recognised by the World Health Organisation when
publishing a series of guides for local authorities (WHO, 1995a;
1995b;1996) and at the same time great financial savings can be
made. Proper waste regulation, in terms of minimisation can be extremely
beneficial to business, something which until recently has not been
apparent to many. Wasted resources have to be paid for and these
costs are passed on to the customer, making a product less competitive
and/or reducing profit for the manufacturer; by cutting down this
waste in the manufacturing process (the same is true for the “manufacture”
of services also) then profit and competitiveness can be increased
(Gore, 1992): waste minimisation programs have benefited industry
greatly where they have been implemented (WHO, 1996), reducing “operating
costs by at least 1% of company turnover” (ETBPP, 1997).
In the last twenty five years there has been an increasing awareness
that mankind is consuming resources at an unsustainable rate (Gore,
1992). Waste regulation can do a lot to make our behaviour rather
more sustainable; by reusing and recycling items the need to use
further natural resources is reduced and at the same time the pollution
created whilst making new goods is minimised. In this way forests
do not need to be logged for the production of paper or timber and
mines do not need to be dug for the fuel or raw materials involved
in the manufacturing process thereby saving valuable habitat for,
all too often, rare species. In a more abstract way reusing and
recycling can save large amounts of energy; manufacturing goods
requires the input of energy in terms of labour and fuels, and by
disposing of these goods this energy is lost. So, by reusing and
recycling, the productivity of the energy used in the process of
manufacture can be increased. These benefits of waste regulation
are rather long term and not as obvious as health issues from disease
or landscape issues, possibly explaining why regulation for these
aims are relatively new. However, the benefits of this type of regulation
are immediate, long-lasting and wide-ranging, benefiting this and
future generations as well as all species.