DAILY NEWS ANALYSIS

The Naying Hydroelectric Project in Arunachal Pradesh is a proposed 1,000 MW hydropower initiative on the Siyom (Yomgo) River, which has recently been in the news due to the upcoming environmental public hearing scheduled for November 12.

About the Naying Hydroelectric Project:

1. Location:
   The Naying Hydroelectric Project is planned on the Siyom River (also called Yomgo River) in Arunachal Pradesh, a state known for its significant hydropower potential due to its abundant river systems and hilly terrain.

2. Project Details:

   • Capacity: The project will have a generation capacity of 1,000 MW, which will significantly contribute to India’s renewable energy targets and help meet the rising demand for power in the region.

   • Implementation: The project will be implemented by the North Eastern Electric Power Corporation (NEEPCO), a public sector undertaking under the Ministry of Power.

   • Components:

     • The project includes the construction of a concrete dam on the Siyom River, which will store water for power generation.

     • An underground powerhouse will be built to house the turbines and generators.

     • The project will also require the construction of tunnels for water diversion.

   • Timeline: Work on the project is expected to begin around 2028, with commissioning planned for 2032.

   • Annual Power Generation: Once completed, the project is expected to generate 4,966.77 GWh (gigawatt-hours) of electricity annually.

3. Environmental Impact and Public Hearing:

   • Environmental Concerns: Like many large-scale hydroelectric projects, the Naying project will likely face environmental scrutiny due to its impact on the local ecosystem, wildlife, and the communities living in the area.

   • Public Hearing: An environmental public hearing for the project is scheduled for November 12, which is a required process for obtaining the necessary environmental clearances. During this hearing, stakeholders, including local communities, environmentalists, and government bodies, will discuss potential environmental impacts and mitigation measures.

Key Facts about the Siyom River:

1. Geography:

   • The Siyom River is a right-bank tributary of the Brahmaputra River, flowing through the state of Arunachal Pradesh.

   • It is approximately 170 km long and has a significant role in the hydrological system of the region.

2. Ecological Significance:

   • The Mouling National Park is located on the east bank of the Siyom River, adding ecological and conservation value to the river and its surroundings. The area is home to rich biodiversity, including many species of flora and fauna.

3. Strategic Importance:

   • The Siyom River’s location in Arunachal Pradesh, near the international border with China, gives the region strategic importance, both from a military and environmental standpoint.

Potential Benefits of the Naying Hydroelectric Project:

1. Renewable Energy Generation:
   The project will provide clean, renewable energy, helping to meet the electricity demands of the Northeast region and contribute to national power grids.

2. Economic Development:
   The construction and operation of the hydropower plant will generate employment and provide local economic benefits, especially in the construction phase, as well as through infrastructure development.

3. Energy Security:
   By tapping into the hydropower potential of the Siyom River, the project will enhance energy security for the region, which currently faces frequent power shortages.

4. Contribution to India's Green Energy Goals:
   As part of India’s commitment to expanding renewable energy capacity, this hydropower project will help reduce the country’s reliance on fossil fuels, contributing to climate change mitigation and sustainability goals.

Five beaches in Maharashtra recently earned the prestigious Blue Flag certification, which is an internationally recognized eco-label for beaches, marinas, and sustainable tourism boats.

About the Blue Flag Certification:

1. What is Blue Flag?
   The Blue Flag certification is awarded by the Foundation for Environmental Education (FEE) in Denmark. It is a globally recognized eco-label that signifies high environmental standards.
   It is given to beaches, marinas, and sustainable tourism boats that meet 33 strict criteria, which cover areas like cleanliness, beauty, and environmental sustainability.

2. History of the Blue Flag Programme:

   • Started in France in 1985, the program began as a way to encourage better environmental practices on beaches.

   • It was extended to non-European countries in 2001, allowing beaches worldwide to participate.

   • The certification has since become one of the most recognized voluntary awards for beaches globally.

3. Criteria for Certification:
   The Blue Flag program evaluates beaches and marinas based on four key criteria:

   • Water Quality: The beach must meet strict water quality standards and must be monitored regularly.

   • Environmental Management: This includes ensuring that the beach has a well-managed waste disposal system and promotes sustainable tourism.

   • Environmental Education: Beaches must provide information about environmental issues, sustainability, and the local ecosystem to visitors.

   • Safety and Services: Adequate safety measures must be in place, such as lifeguards, signage, and emergency services.

4. Mission of the Blue Flag Program:
   The mission is to promote sustainability in the tourism sector, focusing on environmental protection, environmental education, and the adoption of sustainable development practices at beaches and marinas.

Beaches in Maharashtra Receiving Blue Flag Certification:

This is a significant step forward for India's eco-tourism and environmental sustainability efforts. The five Maharashtra beaches recently certified include:

• Aksa Beach

• Manori Beach

• Marve Beach

• Versova Beach

• Gorai Beach

These beaches have been recognized for meeting the stringent Blue Flag criteria, which highlights their commitment to cleanliness, sustainability, and safety.

Other Indian Beaches on the Blue Flag List:

India has made significant progress in securing Blue Flag certification for its beaches across the country. Apart from Maharashtra, the following Indian beaches have also earned the certification:

• Shivrajpur (Gujarat)

• Ghoghla (Diu)

• Kasarkod and Padubidri (Karnataka)

• Kappad (Kerala)

• Rushikonda (Andhra Pradesh)

• Golden (Odisha)

• Radhanagar (Andaman and Nicobar)

• Kovalam (Tamil Nadu)

• Eden (Puducherry)

• Minicoy Thundi Beach (Lakshadweep)

• Kadmat Beach (Lakshadweep)

Significance of Blue Flag Certification for India:

1. Environmental Benefits: These beaches are setting a high standard for environmental management, waste disposal, and sustainability. The Blue Flag certification helps promote environmental education and raises awareness about conservation.

2. Boost to Eco-Tourism: With the rise of sustainable tourism, the Blue Flag certification enhances the attractiveness of these beaches to eco-conscious tourists. It also improves the overall appeal of Indian beaches on the global stage.

3. Government's Role: The certification aligns with India's broader goals of promoting cleaner beaches and sustainable tourism. It can help drive government programs related to beach cleaning, water quality monitoring, and environmental education.

4. Global Recognition: This certification helps Indian beaches stand out internationally, drawing attention to the country's progress in sustainable tourism and environmental conservation.

Steadfast Noon is NATO's annual nuclear deterrence exercise, and for 2025, it will be hosted by the Netherlands.

Key Details of Steadfast Noon 2025:

1. Location and Hosts:

   • The main site for the exercise will be Volkel Air Base in the Netherlands.

   • Additional bases will be involved in the exercise, including those in Kleine Brogel (Belgium), Lakenheath (UK), and Skrydstrup (Denmark).

2. Participants:

   • Around 70 aircraft from 14 NATO member nations will participate.

   • Participating countries include Finland, Poland, the United States, and Germany, among others.

3. Dual-Capable Aircraft:

   • The exercise will feature dual-capable aircraft: aircraft that are capable of carrying both conventional and nuclear weapons.

   • Aircraft like Germany’s Tornado, and American and Dutch F-35 jets are among those involved.

4. No Live Nuclear Weapons:

   • While the exercise is meant to simulate nuclear operations, no actual nuclear weapons will be used.

   • Aircraft involved are certified for nuclear missions, but no warheads will be loaded or flown during the exercise.

5. Exclusion of France:

   • France is not participating in Steadfast Noon, as the country maintains its nuclear forces separate from NATO's command-and-control structure and decision-making process.

Purpose and Significance:

• NATO's Nuclear Deterrence: The primary objective of Steadfast Noon is to test and demonstrate NATO's nuclear deterrence capabilities, ensuring that the alliance remains prepared to respond to potential nuclear threats.

• Operational Readiness: The exercise is designed to evaluate the readiness of NATO's nuclear forces, focusing on coordination, interoperability, and the capabilities of both conventional and dual-capable aircraft.

• Political Implications: While it is a routine exercise, Steadfast Noon has significant political implications as it reinforces NATO’s commitment to nuclear deterrence and its readiness to respond to nuclear threats.

The Global Burden of Disease (GBD) estimates, as reported by The Lancet, provide critical insights into the rising cancer burden, particularly in India, contrasting with the global trend of declining cancer incidence.

1. Global Cancer Trends:

   • Global Incidence Decline: From 220.6 per 100,000 in 1990, cancer incidence globally has decreased to 205.1 in 2023, with projections estimating it will further drop to 192.9 by 2025.

   • Absolute Numbers Rising: Despite the decline in rates per 100,000, the absolute number of cancer cases and deaths is expected to rise significantly by 2050 due to population growth and aging demographics.

2. Cancer Trends in India:

   • Rising Incidence and Mortality: In India, cancer incidence has increased from 84.8 per 100,000 in 1990 to 107.2 in 2023, and cancer-related deaths have risen from 71.7 to 86.9 per 100,000.

3. Burden on Low- and Middle-Income Countries (LMICs):

   • The study highlights that LMICs, such as India, are expected to account for over 50% of new cancer cases and two-thirds of cancer deaths. This places a disproportionate burden on nations like India, which face more challenges in terms of healthcare infrastructure, early detection, and treatment accessibility.

4. Modifiable Risk Factors:

   • Globally, about 42% of cancer deaths are linked to modifiable risk factors like tobacco, alcohol, unhealthy diets, and infections. In India, this share could be as high as 70%, underscoring the significant role of lifestyle choices and infections in the cancer burden.

5. Future Predictions:

   • By 2050, the global incidence of cancer is expected to rise to 30.5 million new cases, with a 75% increase in cancer-related deaths, reaching 18.6 million globally. India is anticipated to face a growing burden, with cancers such as breast, lung, oesophagus, oral, cervical, stomach, and colon cancer being the leading causes of mortality.

Contributing Factors to India’s Growing Cancer Burden

Several factors are exacerbating India’s cancer burden, encapsulated in the CANCER mnemonic:

1. C - Changing Demographics (Aging Population):

   • India's rising life expectancy and population are leading to an increase in older adults, who are at higher risk of developing cancer. Even if rates per 100,000 people remain stable, the total number of cases is rising due to an aging population.

2. A - Adoption of Unhealthy Lifestyles:

   • Factors like high tobacco consumption, unhealthy diets, alcohol use, and sedentary lifestyles are increasing the risk of cancers such as lung, mouth, throat, esophagus, pancreatic, and liver cancers. These habits are widespread in India, contributing significantly to the rising cancer burden.

3. N - National Health System Deficiencies:

   • Late-stage diagnosis (in stages III or IV), lack of specialists (oncologists), shortages of radiotherapy machines, and catastrophic health expenditure are major issues in India. These factors contribute to delayed treatment, poorer outcomes, and higher mortality rates for cancer patients.

4. C - Carcinogenic Environmental Exposure:

   • High levels of outdoor air pollution (PM2.5, a class I carcinogen), indoor air pollution (from solid fuels), and exposure to industrial chemicals increase the risk of cancers, especially lung cancer. These environmental factors are prevalent in many urban and industrial regions.

5. E - Economic Hardship from Treatment:

   • The high cost of cancer treatment (including surgery, chemotherapy, and radiotherapy) is a significant barrier to access for many Indians, particularly the poor. This can lead to delayed or skipped treatments, ultimately contributing to higher mortality rates.

6. R - Rising Infection-Linked Cancers:

   • Infections such as Human Papillomavirus (HPV) (linked to cervical cancer), Hepatitis B and C viruses (linked to liver cancer), and H. pylori (linked to stomach cancer) contribute significantly to India's cancer burden, particularly among younger populations.

India’s Initiatives for Cancer Control

To address the growing cancer burden, India has launched several initiatives aimed at prevention, treatment, and awareness:

1. National Programme for Prevention and Control of Cancer, Diabetes, Cardiovascular Diseases and Stroke (NPCDCS):

   • Aimed at prevention, early detection, and control of cancers, along with other non-communicable diseases (NCDs).

2. National Cancer Grid:

   • A network of cancer hospitals and research institutions across India to provide collaborative treatment and improve outcomes.

3. National Cancer Awareness Day:

   • Celebrated annually to increase awareness about cancer prevention and early detection.

4. HPV Vaccine:

   • The Indian government has initiated vaccination programs to reduce the incidence of HPV-related cancers (primarily cervical cancer), focusing on young girls.

Measures India Can Adopt to Address Its Growing Cancer Burden

India can take several measures, summarized in the CURE mnemonic, to address its growing cancer burden:

1. C - Control Carcinogens:

   • Strengthen the Cigarettes and Other Tobacco Products Act (2003) and increase tobacco taxes to reduce smoking rates, prevent new users, and generate funds for cancer prevention and treatment programs.

   • Strict regulations on the use of pesticides and asbestos can help reduce occupational cancer risks.

2. U - Universal Vaccination & Screening:

   • Implement universal HPV vaccination to prevent cervical cancer and Hepatitis B vaccination to reduce liver cancer.

   • Screening programs should be expanded, integrating Primary Health Centres (PHCs) and training ASHA (Accredited Social Health Activist) and ANM (Auxiliary Nurse Midwife) workers for early detection and referrals.

3. R - Robust Treatment Infrastructure:

   • Reduce out-of-pocket expenses by expanding Ayushman Bharat to cover all aspects of cancer care.

   • Increase the availability of Tertiary Care Cancer Centres and advanced oncology departments to improve access to quality treatment.

4. E - Evidence & Research:

   • Expand the National Cancer Registry Programme (NCRP) for accurate cancer data to guide policy-making.

   • Promote indigenous research on cancer prevention, treatment, and early detection.

   • Implement a National Cancer Control Plan with clear targets for reducing the cancer burden.

What is Cancer?

Cancer is a genetic disease that arises when normal cells undergo genetic mutations causing them to divide uncontrollably, forming abnormal masses of tissue known as tumors. If left untreated, these tumors can invade other parts of the body, a process known as metastasis. Metastasis refers to the spreading of cancer cells from their original site to other organs or tissues, making the disease more complex and difficult to treat.

Cancer can develop in virtually any part of the body, and each type of cancer has its own characteristics and treatment options. The treatment usually depends on the type, location, and stage of cancer and can include surgery, radiotherapy, systemic therapies (like chemotherapy or immunotherapy), and palliative care for relief from symptoms.

Causes of Cancer

Cancer arises through a multi-step process where normal cells are transformed into tumor cells. This transformation is influenced by the interaction of genetic factors and external agents, which can be categorized into three broad groups:

1. Physical Carcinogens:

   • These include radiation (both ultraviolet (UV) and ionizing radiation) which can damage the DNA in cells, leading to mutations and cancer formation.

2. Chemical Carcinogens:

   • These are substances that can cause cancer. Common chemical carcinogens include:

     • Tobacco smoke (responsible for lung, mouth, and throat cancers)

     • Asbestos (linked to mesothelioma and lung cancer)

     • Alcohol (increases the risk of liver, throat, and breast cancers)

     • Aflatoxins (a type of mold that grows on poorly stored food, can cause liver cancer)

     • Arsenic (often found in contaminated drinking water, associated with skin and lung cancers)

3. Biological Carcinogens:

   • These are infections caused by certain viruses, bacteria, or parasites. Examples include:

     • Human papillomavirus (HPV), linked to cervical cancer

     • Hepatitis B and C viruses, linked to liver cancer

     • Helicobacter pylori, a bacterium that increases the risk of stomach cancer

Prevention of Cancer

Preventing cancer involves taking measures to reduce exposure to known risk factors and maintaining a healthy lifestyle. Here are some effective prevention strategies:

1. Healthy Lifestyle Choices:

   • Maintain a healthy weight to reduce the risk of cancers like breast, colon, and kidney cancers.

   • Eat a balanced diet, rich in fruits and vegetables, which provide essential vitamins, minerals, and antioxidants that help protect cells from damage.

   • Engage in regular physical activity, which can lower the risk of several types of cancer, including colorectal and breast cancers.

2. Avoid Harmful Substances:

   • Limit or avoid alcohol consumption, as alcohol is a known risk factor for cancers of the liver, mouth, throat, and breast.

   • Stop smoking or avoid exposure to tobacco products to reduce the risk of lung, oral, and throat cancers.

3. Vaccination:

   • HPV vaccination: Protects against the human papillomavirus, which causes cervical, anal, and throat cancers.

   • Hepatitis B vaccination: Reduces the risk of liver cancer, particularly in people at high risk for hepatitis B.

4. Sun Protection:

   • Avoid excessive sun exposure and use sunscreen to prevent skin cancer, particularly melanoma. Avoid artificial tanning devices.

5. Safe Use of Radiation:

   • Minimize unnecessary exposure to radiation in medical procedures. Ensure that radiological equipment is well-calibrated and used correctly.

6. Environmental Precautions:

   • Limit exposure to air pollution, especially PM2.5 (fine particulate matter), which has been linked to lung cancer.

   • Ensure safe living environments free from radon, a naturally occurring radioactive gas found in certain buildings.

Government Initiatives to Reduce Cancer Burden in India

The Indian government has undertaken several initiatives to prevent and reduce the cancer burden, including:

1. National Cancer Grid:

   • A collaborative network of cancer hospitals and research institutions aimed at providing quality cancer care and research across India.

2. National Tobacco Control Programme (NTCP):

   • Aims to reduce tobacco use through awareness campaigns, regulations, and programs to reduce tobacco demand and supply.

3. Rashtriya Arogya Nidhi (RAN):

   • A financial assistance scheme for individuals diagnosed with cancer, aimed at supporting low-income patients for their treatment costs.

4. HPV Vaccine Program:

   • The government supports the vaccination of girls, as well as efforts to raise awareness about the importance of HPV vaccination to prevent cervical cancer.

5. FSSAI (Food Safety and Standards Authority of India) Regulations:

   • New labeling regulations target cancer-causing chemicals in food, promoting a safer food supply and reducing cancer risks from contaminated food.

Global Efforts to Reduce the Cancer Burden

At the global level, organizations like the World Health Organization (WHO) and various international agencies have worked to reduce the cancer burden:

1. WHO Global NCD Action Plan (2013-2020):

   • A comprehensive roadmap that provides policy options for Member States, international partners, and the WHO to collectively implement strategies aimed at reducing premature deaths from Non-Communicable Diseases (NCDs), including cancer. The goal is to achieve a 25% reduction in premature mortality from NCDs by 2025.

2. World Cancer Day (February 4th):

   • World Cancer Day is observed globally to raise awareness about cancer prevention, treatment, and care. It serves as an opportunity for governments and individuals worldwide to commit to actions that reduce the cancer burden.

3. Scientific Research and Treatment:

   • Significant resources are dedicated to scientific research aimed at understanding cancer’s mechanisms, improving treatments, and developing new therapies. International research collaborations also aim to find cures for various types of cancer and improve the quality of life for patients.

Cancer Burden in India

Cancer is a growing health challenge in India, with increasing incidence and mortality rates. Major types of cancer in India include breast, lung, mouth, cervical, and esophageal cancers. Factors such as tobacco consumption, poor diet, inadequate healthcare infrastructure, and late-stage diagnoses contribute to the high cancer burden.

Conclusion

India’s growing cancer burden is driven by a combination of modifiable risk factors, systemic healthcare deficiencies, and an aging population. However, with proactive measures such as improved screening, vaccination, policy reforms, and a robust cancer treatment infrastructure, the country can significantly reduce its cancer burden and improve outcomes for millions. The CURE approach, focusing on carcinogen control, vaccination, early detection, and strengthening infrastructure, offers a comprehensive path forward.

The Gomti Rejuvenation Mission launched by the Uttar Pradesh Chief Minister is a significant initiative aimed at restoring the health of the Gomti River. The mission has an ambitious target of intercepting 95 percent of urban sewage entering the river, which has faced significant pollution issues over the years.

About the Gomti River:

1. Geography and Course:

   • Origin: The river originates from Gomat Taal (also called Fulhaar Jheel) in the Pilibhit District of Uttar Pradesh.

   • Flow: The Gomti flows entirely within Uttar Pradesh, passing through several important districts, including Lucknow, Barabanki, Sultanpur, Faizabad, and Jaunpur.

   • Length and Drainage: The river extends over approximately 900 km and drains a basin covering about 18,750 square kilometers.

   • Tributaries: Major tributaries of the Gomti include the Sai River, Chowka River, Kathina River, and Saryu River.

   • Confluence with the Ganga: The Gomti ultimately merges with the Ganga River.

2. Characteristics:

   • The river is perennial, meaning it flows year-round, although its flow is generally sluggish, especially outside of the monsoon season, when heavy rainfall increases the water runoff.

   • It is situated in a region underlain by alluvial sediments of the Quaternary age, which include boulders, pebbles, sand, and clay.

3. Pollution Issues:

   • Over the years, the Gomti has become one of the most polluted rivers in Uttar Pradesh due to urban sewage, industrial waste, and a lack of proper waste management systems in the cities it passes through.

   • As a result, it has faced significant degradation, affecting both water quality and biodiversity.

The Gomti Rejuvenation Mission:

The Gomti Rejuvenation Mission is designed to address the growing concerns about the river's pollution and aims to restore its ecological health.

1. Target of 95% Sewage Interception:

   • A central goal of the mission is to intercept 95 percent of the urban sewage entering the river. This is critical, as a large portion of the pollution in the Gomti comes from untreated urban sewage.

   • Sewage Treatment Plants (STPs) are expected to be upgraded and new ones will be established to treat the wastewater before it is allowed to flow into the river.

2. Pollution Control and Clean-up Efforts:

   • The mission will focus on the cleaning and de-siltation of the riverbed to remove pollutants and improve water flow.

   • Riverfront development will also be part of the plan, focusing on the beautification of the riverbanks and ensuring that no untreated waste is allowed to discharge into the river.

3. Reviving Ecosystem:

   • The project aims to revive the river's ecosystem, which includes restoring aquatic life and improving water quality to make it more conducive to flora and fauna.

   • There will also be an emphasis on raising awareness among the public and local communities about the importance of protecting the river.

4. Sustainable Water Management:

   • The rejuvenation efforts will integrate sustainable water management practices, ensuring that the river continues to flow freely and is not blocked by over-extraction or waste dumping.

Challenges Faced by the Gomti River:

1. Urbanization and Industrialization: The rapid urbanization of cities like Lucknow, which is situated on the riverbanks, has led to increased discharge of untreated sewage and industrial effluents into the river.

2. Limited Waste Treatment Infrastructure: Inadequate sewage treatment infrastructure has been a major issue, contributing to the poor water quality.

3. Illegal Dumping: There are instances of illegal dumping of waste, including plastics, chemicals, and other hazardous materials, which further degrade the water quality.

4. Public Awareness: Despite efforts to clean the river, there is often a lack of awareness among the local population about the importance of keeping the river clean.