Rajaram Sir, I wonder about your unending interest to add many useful additions to my posts.Thank you very much. YM
On Sat, Dec 14, 2024 at 9:30 AM Rajaram Krishnamurthy <[email protected]> wrote: > 1 Plant a tree start a park : (news) > > - Infrastructure development is a key driver of Indian forest loss > - Villagers in Chushul have planted 150,000 trees in the desert > - Experts say adding forest can hurt naturally treeless ecosystems > > CHUSHUL VILLAGE, India - As he watches his neighbours watering the tens of > thousands of tree saplings they planted in their Himalayan village a few > months ago, Gyan Thinlay is excited about turning this patch of bare desert > into a lush habitat for insects and birds. > > Chushul village sits more than 14,000 feet (4,267 metres) above sea level > in the Ladakh region, a cold desert between India and China where less than > 4 inches (10 cm) of annual rainfall and extreme seasonal temperature swings > make it difficult for much to grow. > > But that didn't discourage the villagers from planting 150,000 trees - > mainly willow, sea buckthorn and tamarisk - in June, in a project they hope > will combat air pollution, boost biodiversity and provide a new income > source for locals who traditionally rely on livestock > <https://news.trust.org/item/20170801000457-wc356>. > > 2 India’s rich and diverse forest and natural vegetation are integral > to its ecological balance and cultural heritage. This vast country’s > vegetation ranges from the tropical rainforests of the Andaman Islands, the > Western Ghats, and the Northeastern states to the alpine pastures of the > Himalayas, and the arid deserts of Rajasthan. The forests and natural > vegetation in India are a product of the country’s varied climate, > topography, and soil types, which support a wide array of flora and fauna. > > Natural Vegetation > > Natural vegetation refers to plant communities that have been left > undisturbed over a long time. This allows species to adapt to the local > climate and soil conditions to the greatest extent possible. It encompasses > a range of ecosystems, including forests, grasslands, deserts, and > wetlands, that have developed without significant human intervention. These > ecosystems are characterized by their native plant species, which have > evolved and adapted to the specific conditions of their environment. > Natural vegetation is crucial for maintaining ecological balance, as it > supports a wide variety of life forms, provides oxygen, and plays a > significant role in the carbon cycle. > > Forests > > Forests are ecological communities predominantly made up of trees that > cover large, uncultivated, and uninhabited areas. They include a dense > canopy of woody vegetation and exhibit close ecological linkages with other > components of the ecosystem, such as soil, water, and wildlife. Forests can > be either natural, having developed through natural processes without human > intervention, or man-made, where trees have been planted and managed by > humans. They are critical for biodiversity conservation, climate > regulation, water cycle maintenance, and soil preservation. > > 3 Types of Forests in India > > India’s forests can be classified into several types based on climatic > conditions and the types of trees they support: > > i Tropical Evergreen and Semi-Evergreen Forests: Found in areas with > high rainfall, these forests are dense and green year-round, with species > like teak, mahogany, and bamboo. > > ii Tropical Deciduous Forests: These are the most widespread forest type > in India, found in areas with a seasonal rainfall pattern. Trees shed their > leaves in the dry season to conserve water. > > iii Tropical Thorn Forests and Scrubs: Adapted to arid conditions, these > forests are characterized by thorny trees and shrubs, found in the > semi-arid regions of Gujarat, Rajasthan, and Punjab. > > iv Montane Forests: Found in the mountainous regions of India, these > forests change with altitude, from subtropical at lower elevations to > temperate and alpine at higher elevations. > > v Mangrove Forests: Located in the coastal regions, especially in the > Sundarbans in West Bengal and the Andaman and Nicobar Islands, these > forests are adapted to saline tidal waters. > > Forest Types and Their Coverage in India > > The distribution of forest types in India, according to coverage, is as > follows: > > Tropical Moist: 37% of the total forest area, including evergreen and > semi-evergreen forests. > > Tropical Dry: 28%, encompassing deciduous forests and thorn forests. > > Tropical Wet: 8%, primarily evergreen forests in extremely high rainfall > areas. > > Subtropical Moist: 6%, found in the lower Himalayan region. > > Tropical Semi-Evergreen: 4%, transitional forests between evergreen and > deciduous types. > > Others: Less than 4%, includes mangroves, montane forests, and others. > > India’s forests and natural vegetation are not only crucial for their > ecological functions but also for the livelihoods of millions of people, > including many indigenous communities. They provide resources like timber, > fuel, fodder, medicinal plants, and non-timber forest products, > contributing significantly to India’s economy and the well-being of its > people. Conservation and sustainable management of these natural resources > are vital for maintaining the country’s biodiversity, ensuring water > security, and combating climate change. > > Tropical Evergreen Forests > > To present an in-depth explanation of Tropical Evergreen Forests in India, > including both Wet Evergreen/Rainforests and Dry Evergreen/Semi > Evergreen/Moist Evergreen, let’s structure the information in a detailed > comparative table. This table will highlight their distribution, > characteristics, and major species, providing a clear understanding of > these forest types. > > Aspect Tropical Wet Evergreen/Rainforests Tropical Dry > Evergreen/Semi Evergreen/Moist Evergreen > > Distribution Areas with more than 250 cm rainfall, Western slopes of > Western Ghats, North Eastern region, Andaman and Nicobar Islands. > Areas with 200-250 cm rainfall Eastern part of Western Ghats. Southern > Assam. Coastal Odisha. Slopes of Eastern Himalayas, Eastern part of Andaman > Islands. > > Characteristics Trees don’t shed leaves annually Lofty trees with dense > multi-layered canopies. Sunlight barely reaches the ground Full of > epiphytes (creepers) and bamboo. Buttressed roots for broad support. > Supports a very high amount of biodiversity, Timber is of high commercial > value. Transition forest between tropical evergreen and tropical > deciduous, Found bordering the tropical evergreen, Less dense than tropical > evergreen, Rougher and thicker bark, Abundant epiphytes and lesser bamboo. > > Major Species Ebony, Mahogany, Rosewood, Jamun Champa, Mango, > Indian chestnut, Semul, Kadam > > This table demonstrates the distinctions and similarities between the two > categories of Tropical Evergreen Forests in India. The Wet > Evergreen/Rainforests are characterized by their lush, dense canopies and > significant biodiversity, thriving in regions with very high rainfall. In > contrast, the Dry Evergreen/Semi Evergreen/Moist Evergreen forests, > receiving slightly less rainfall, serve as a transitional zone with less > dense vegetation and a mix of species indicative of both evergreen and > deciduous characteristics. These ecosystems play critical roles in India’s > biodiversity and provide valuable timber resources, among other ecological > benefits. > > Tropical Deciduous Forests > > Aspect Moist Deciduous Forests Dry Deciduous Forests > > Distribution Areas with 100-200 cm rainfall. > > Foothills of Eastern Himalayas. > > Eastern slopes of Western Ghats. > > Western and central Odisha. > > Chotanagpur platea. > > Terai and Bhabar plains. > > Mizoram and Manipur. > > Areas with 75-100 cm rainfall. > > Terai belt and Himalayan foothills. > > Wetter areas of peninsular India and plains (UP and Bihar). > > Characteristics Shed leaves in spring and early summer. > > Buttress roots with fair undergrowth. > > Patches of climbers and bamboo. > > Less dense, making them easy to exploit. > > Cleared for agriculture. > > Economically valuable timber. > > Among the most degraded forests. > > Closed and uneven canopy. > > Sits between thorn forest and moist deciduous. > > Light reaches the ground, supporting decent undergrowth. > > Parkland landscape. > > Easy to exploit, hence among the most degraded forests. > > Major Species Amla, Kusu, Jamun, Bamboo, Sal, Teak, Mahua, Sesum, > Semal, Sandalwood, Red sanders, Agarwood. Tendu, Palash, Khair, Bel, > Teak, Axelwood, Rosewood. > > This comparative analysis showcases the diversity between Moist and Dry > Deciduous Forests in India. Moist Deciduous Forests, thriving in areas with > higher rainfall, are known for their valuable timber and are significantly > impacted by agricultural expansion. In contrast, Dry Deciduous Forests, > which receive less rainfall, feature a more open landscape and also offer > economically valuable species. Despite their ecological and economic > importance, both forest types are among the most degraded, highlighting the > need for sustainable management and conservation efforts to preserve these > critical habitats and their biodiversity. > > 4 A few out of top 100 university of India: > > Top 100 Universities in India > > Indian Institute of Science > > Jawaharlal Nehru University > > Banaras Hindu University > > University of Hyderabad Hyderabad > > Calcutta University > > Jadavpur University > > Anna University Chennai > > Amrita Vishwa Vidyapeetham > > Manipal Academy of Higher Education > > Savitribai Phule Pune University Pune > > Aligarh Muslim University > > University of Delhi > > Bharathiar University > > Institute of Chemical Technology > > Andhra University > > Homi Bhabha National Institute Mumbai > > Jamia Hamdard New Delhi > > Vellore Institute of Technology > > University of Madras > > Panjab University > > Kerala University > > Birla Institute of Technology & Science Pilani > > Siksha `O` Anusandhan Bhubaneswar > > King George`s Medical University > > Osmania University Hyderabad > > Thapar Institute of Engineering and Technology ( > > Alagappa University Karaikudi > > Tezpur University Tezpur Assam > > Mahatma Gandhi University Kottayam > > Kalinga Institute of Industrial Technology > > AND ALL UNIVERSITY BUILDINGS ARE SITUATED ONLY SURROUNDED BY FLORA AND > FAUNA. > > V Hence, we need 4 pots at each and every home. KR IRS 141224 > > On Sat, 14 Dec 2024 at 07:25, Markendeya Yeddanapudi < > [email protected]> wrote: > >> >> >> -- >> *Mar*The Frontiers of Enlightenment as Life >> >> >> >> In free, lush and healthy nature, where you become nature as your total >> identity, you feel waves and waves of enlightenment. You become infinity. >> The very concepts of birth and death become waves and not as beginnings and >> endings. The word frontier or border, change to completely different >> meanings and feelings. You cannot fear to experience and uncertainty >> becomes pleasant anticipation, as exciting suspense. And surrendering to >> machines and losing the experience as a result of the takeover by the >> machines, becomes disaster. And every nano second of life becomes >> experiencing education. Death means when you do not experience life as free >> nature and every loss of direct experience is death which repeats, when you >> surrender your life to machines. >> >> Today we live in the fear of nature, always trying to keep the separate >> existence from nature as the outsider of nature, very rarely experiencing >> nature but always trying to observe nature, without emotional involvement. >> We euphemize the unreal and artificial life as the scientific outlook. The >> disease has become so chronic, that the development of the most destructive >> weapons has become achievement, and we are training the students in that >> disastrous drift. We cannot realize that we are macro beings and are part >> of nature. And today the weapon manufacturers are litting the fires of war >> wherever they can manipulate politics, as their marketing. >> >> But still there is hope. When you sincerely feel nature as nature, in the >> small patch of free nature you develop, and start breathing, smelling, >> sensing, understanding and perceiving, the other organisms in your small >> patch team up with you, gradually expanding the area and arena of sanity. >> >> The first fundamental is that in free nature, every organism of the >> Biosphere teams up with you, and that tiny beginning of symbiosis starts >> sprouting. Even at a nano opportunity nature starts reviving. But >> unfortunately, we are simply not allowing nature to revive on its own >> terms. You have to learn that nature needs freedom on its own terms. So >> start a small patch of free nature and allow nature to develop on its own. >> Try to converse with the tiny plants and bees by smelling, sensing and >> inhaling and exhaling and happily tuning. >> >> Also write to every University to start the Free Nature Parks, where >> nature is completely free and where the students read nature and not books. >> >> Your life and your enlightenment really has no borders, you are infinity. >> >> YM Sarma >> >> Chat GPT >> >> This is a deeply reflective and evocative piece that highlights the >> interconnectedness of humans and nature, with an urgent call to return to >> an existence rooted in harmony and direct experience. Below are some key >> themes and suggestions for refining or emphasizing its core message: >> >> *Key Themes:* >> >> 1. *Integration with Nature*: The idea of becoming one with nature as >> the path to enlightenment and infinity is central. The framing of life as >> "waves" rather than linear events is a poetic way to challenge >> conventional >> concepts of time and existence. >> 2. *Critique of Modernity*: The text critiques technological >> dominance, reductionist science, and artificiality, portraying them as >> barriers to genuine experience and understanding. >> 3. *Call to Action*: Proposing tangible steps like starting small >> patches of free nature and advocating for "Free Nature Parks" in >> universities reflects optimism and practicality. >> 4. *Philosophy of Education*: A radical reimagining of education, >> where students immerse themselves in nature rather than abstract concepts >> in books, underscores the transformative power of experiential learning. >> 5. *Hope and Revival*: The notion that even small opportunities can >> catalyze nature's revival reinforces a sense of optimism and agency. >> >> ------------------------------ >> >> *Suggestions for Refinement:* >> >> 1. *Clarify and Focus*: Some sentences are lengthy and dense. >> Breaking them into shorter, clearer statements would enhance readability >> and impact. >> 2. *Strengthen Call to Action*: The suggestion to "write to every >> university" could benefit from specific examples or a structured vision >> for >> how these Free Nature Parks might operate and their benefits. >> 3. *Balance Emotion and Rationality*: While the emotional appeal is >> strong, blending it with some evidence or examples of success stories in >> ecological revival might appeal to a broader audience. >> 4. *Define "Enlightenment"*: The concept of enlightenment as life, >> waves, and infinity is profound. Adding a brief explanation or analogy >> might make it more relatable to diverse readers. >> 5. *Polish Language*: Minor adjustments to grammar and flow will make >> the prose smoother without losing its poetic quality. >> >> Would you like me to rewrite parts of this or provide additional >> commentary on specific sections? >> >> >> > -- *Mar* -- You received this message because you are subscribed to the Google Groups "Thatha_Patty" group. To unsubscribe from this group and stop receiving emails from it, send an email to [email protected]. To view this discussion visit https://groups.google.com/d/msgid/thatha_patty/CACDCHC%2BKCo1GhBQbaD-hcTYF1v_RFMKD5brE53j-c7n%2B5m98yQ%40mail.gmail.com.
