Agriculture Reference
In-Depth Information
(Mishra and Ghanshyam, 2009) viz. planetary physical, electromagnetic-
nuclear, chemical, biological, anthropogenic and pedogenic spectra. There
is often scientific controversy that carbon dioxide, methane (CH
4
) or other
greenhouse gases is hardly causing catastrophic heating of earth's atmo-
sphere and as such, any disruption of earth's climate. Moreover, there is
obvious scientific evidence that increase in atmospheric carbon dioxide
may produce even beneficial impacts on plant and animal environments.
Such reports need to be validated in order to overcome controversies.
Out of many such interaction events, human interferences as well as
pedogenic exploitation do play vital role that may be manageable by inte-
grating the activities inventoried in line with desired climate equilibrating
with livelihood. Destruction of natural set up in any form following the
emission of green house gases and other polluting materials in undesirable
quantities would result in climate change on site specific basis. Any ray
from a star reaching one's eyes in light years can tell only about the past
events of the star. The technique to inventory the components associated
is tedious to define and the strategic planning would be shaped logically in
a balanced framework by integrating the defined activities so associated.
Soil is the lowest boundary of the entire earth's atmosphere, exclud-
ing the part covered with ocean, rock outcrop and surface construction,
that undergoes interactions with incoming radiation including background
nuclear counts as well as chemical, biological, physical and anthropogenic
interferences, wherein soil science has a bridging role within the criti-
cal zone limits (Lin, 2006) in an open system to provide the food, water
and environment and needs to be strengthened. Besides, soil has immense
potential of storing carbon under a suitable pedogenic environment. The
global climate change cannot be considered in isolation. It is an issue to be
discussed on integrated basis taking different spectra into consideration.
Pedogenic spectrum is one to be addressed precisely through anthropo-
genic intervention. Anthropogenic interactions in pedogenic environment
need to be reviewed and updated systematically with further efforts en-
abling to understand how such complex system could be handled in man-
agement terms in order to rebuild a harmonizing global environment for
sustaining the livelihood of the growing human population on long-term
basis. The present paper is an attempt towards conceptual as well as logi-
cal explanation to the principles of strategic planning for combating the
challenges of global as well as site-specific climate change.
