Explanation: Kanha National Park is a significant wildlife reserve located in the state of Madhya Pradesh, India. It is one of the most well-known national parks in the country, renowned for its rich biodiversity and conservation efforts. The park is situated in the Maikal range of the Satpura Hills and covers an area of approximately 940 square kilometers.
Kanha National Park is particularly famous for its Bengal tigers and barasingha deer, which are found in large numbers within the park. The park's ecosystem is heavily dependent on the monsoon season, which typically occurs between June and September. During this period, the park receives substantial rainfall, which is crucial for the growth of vegetation and the sustenance of wildlife.
The monsoon season plays a vital role in the park's ecosystem. The heavy rains help to replenish water sources, such as rivers, streams, and watering holes, which are essential for the survival of the park's diverse wildlife. The increased water availability also supports the growth of grasses and other vegetation, which serve as food for herbivores and, indirectly, for carnivores.
Kanha National Park is part of the Kanha Tiger Reserve, which was established in 1973 under Project Tiger, a conservation program initiated by the Indian government to protect the Bengal tiger. The park's conservation efforts have been successful in increasing the tiger population and maintaining a healthy ecosystem.
It is important to note that while other national parks in India, such as Periyar in Kerala and Gir in Gujarat, are also significant, they do not meet the specific criteria of being located in Madhya Pradesh and receiving monsoon rainfall. Therefore, Kanha National Park is the correct answer to the question.
Understanding the geographical and ecological significance of Kanha National Park is crucial for students studying Madhya Pradesh's geography and wildlife conservation efforts. The park's reliance on monsoon rainfall highlights the importance of seasonal weather patterns in maintaining the balance of natural ecosystems.