About This Book
Environmental geography examines the relationship between human activities and the natural
environment, offering valuable insights into global warming and climate change. Global warming,
primarily driven by the increased concentration of greenhouse gases like carbon dioxide and methane,
results in rising global temperatures. Climate change encompasses broader impacts, including shifting
weather patterns, melting polar ice, rising sea levels, and more frequent extreme weather events. From
an environmental geography perspective, the spatial distribution of climate change effects is critical.
Coastal areas are particularly vulnerable to sea-level rise and storm surges, while arid regions face
intensified droughts and desertification. Mountain ecosystems are experiencing glacial retreat, altering
water availability for downstream communities. Urban areas, due to the heat island effect, face more
intense heatwaves, while agricultural zones may suffer from unpredictable rainfall and reduced crop
yields. Human-environment interactions play a central role in addressing climate change.
Industrialization, deforestation, and fossil fuel consumption are major contributors to global warming,
while land-use changes exacerbate carbon emissions. Environmental geography also emphasizes the
socio-economic disparities in climate impacts, where marginalized communities often face greater risks
despite contributing less to the problem. By integrating spatial analysis, human geography, and
environmental science, this field helps develop adaptive strategies and sustainable practices to mitigate
the effects of climate change and promote resilience across diverse ecosystems. This book explores the
impact of global warming and climate change from an environmental geography perspective,
emphasizing spatial patterns and human-environment interactions.
Contents: 1. Historical Background of Climate Change, 2. Time Scale of Climatic Change, 3. Geographical
Perspective of Environmental Issues, 4. The Effects of Global Warming on Coastal Locations, 5. The
Interplay between Global Warming and Climate Change, 6. Components of the Climate System and
Modelling, 7. Direct Impacts of Global Climate Change on Human Activity, 8. Global Warming: Causes and
Resulting Climate Change in Ozone Depletion, 9. Detection of Anthropogenic Global Warming.
