Towards Carbon Neutral
Communities
For a challenge as daunting
as climate change, it is critical that action be taken at every level
Deepti Gumber
dgumber@devalt.org
D evelopment
that meets the needs of the present without compromising the ability of
the future generations to meet their own needs is called Sustainable
Development. Besides the commonly used economic indicators of
well-being, the social, environmental and institutional indicators have
also to be taken into account to arrive at a broader, more complete
picture of societal development.
Climate
change is one of the most significant sustainable development challenges
facing the international community. It has implications not only for the
health and well-being of the Earth’s ecosystems, but also for the
economic enterprises and social livelihoods that we have built upon this
base. The average global temperature is rising sharply. Humans are
contributing to the greenhouse effect by emitting greenhouse gases (GHGs)
that trap energy and warm the atmosphere. In fact, emission of
Greenhouse Gases is an important indicator of Sustainable Development.
The
combustion of fossil fuels (oil, natural gas and coal) to generate
electricity for industries, households; and other human activities, such
as transportation and deforestation, are the primary reasons for
increased concentration of these gases in the atmosphere. The energy
sector is responsible for about three-fourth of the carbon dioxide
emissions, one-fifth of the methane emissions and a large quantity of
nitrous oxide.
Creative
responses based on research, shared knowledge and the involvement of
people at all levels is required to meet the challenge posed by climate
change. There are many functional projects focusing on GHG emission
reduction from the industries but community level initiatives are
lacking in this regard. The carbon footprint of the community could be
measured and steps taken at the individual as well as community level to
reduce the greenhouse gas emissions significantly.
Active
participation of public in the improvement of the city, right from the
stage of planning to implementation, can have far reaching benefits.
Public-private partnerships are a good approach wherein government,
private and civil society pool their resources and skills to address the
urban environmental challenges.
A person’s
carbon footprint is a representation of the effect he has on the climate
in terms of the total amount of greenhouse gases he produces (measured
in units of carbon dioxide). Many of our actions generate carbon
emissions, which contribute to accelerating global warming and climate
change. By measuring our carbon footprint, we could get a better sense
of what our individual impact is and which parts of our lifestyle
deserve the greatest attention. Armed with such information, we can take
effective action more readily to shrink our carbon footprint, thereby
minimizing our personal impact on the climate.
Measures
could be taken to reduce one’s Carbon emission by concentrating on
transportation, buildings, electricity and waste management. But for
that, the foremost step is the assessment of our carbon footprint. For
example, we can quantify the amount of carbon dioxide produced by
transportation in the following manner.
Distance traveled
(in kms.) |
|
Mode of transportation |
|
Approximate number of times in an year |
|
CO2 produced |
To office
(to & fro) |
x |
car, bus / train |
x |
|
= |
|
Mode of transport |
CO2
produced |
Car |
0.22 kg.
CO2
/ km traveled |
Bus /
Train |
0.07 kg.
CO2
/ km traveled |
|
We can
reduce our carbon footprint by cutting down on our electricity
requirement. Likewise, below mentioned are a few measures we can adopt
to further reduce our GHG emissions.
Energy
conservation measures
l |
reduced vehicle miles
travelled |
l |
reduced power
consumption |
l |
minimized use of private
vehicles and car pooling |
l |
improved driving
practices (optimum speed) |
Improved
energy efficiency measures
l |
Adopting less polluting
transport fuels
(For example, the adoption of CNG by the Delhi government as a fuel
for buses and auto-rickshaws) |
l |
Taking energy efficiency
initiatives (e.g., adoption of energy efficient appliances like
compact fluorescent lamps, energy efficient pumps, etc.)
|
l |
Using standardized
appliances |
Alternatives |
l |
Adopting renewable
energy appliances (e.g., solar technologies use the sun’s energy and
light to provide heat, light, hot water, electricity, and even
cooling for homes, businesses, and industry) |
l |
Replacing lights with
LEDs (light emitting diodes) LEDs are used as indicator lights on
all sorts of electronic devices and in moving-message panels. The
advantage lies in attributes like low power requirement, high
efficiency and the long life of an LED. |
GHG emission nullifying measures |
l |
Tree plantation -
Trees absorb Carbon dioxide (CO2), the primary gas causing Global
Climate Change. |
l |
Composting –
Instead of land filling & burning, the organic part of the municipal
solid waste could be composted, which would not only prevent the
emission of GHGs and other air pollutants but also produce a rich
manure. |
l |
Paper recycling -
Manufacturing paper products from recycled materials is less energy
intensive and associated with fewer GHG emissions than making them
from virgin materials. For every tonne of fine paper recycled
(rather than land filled), greenhouse gases linked to climate change
are reduced by 4.8 tonnes of CO2 equivalent. In addition, recycling
means less stress on the forests that act as CO2 sinks. |
All the
above measures account for other benefits besides greenhouse gas
reduction, viz. conservation of natural resources and cost savings among
others. The more efficient use of energy will result in less money spent
on energy by homeowners, schools, government agencies, and businesses.
The money that would have been spent on energy could instead be spent on
consumer goods, education, services, and products.
Once we
adopt the best practices for energy and resource conservation, we can
ultimately aid the formulation of a policy framework. The policy
framework can be defined by working closely with the local authorities
and the CSOs. This could be initiated by setting up goals and
identifying possible strategies that could be adopted by the concerned
authorities to achieve carbon emission reduction at the community level.
The idea is to create carbon neutral communities that contribute very
little towards Global Warming with an aim to stimulate the efforts of
the Government towards community energy efficiency.
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