Daily Current Affairs

July 4, 2024

Current Affairs

Court on climate right and how India can enforce it

Context: The recent Supreme Court judgment in M.K. Ranjitsinh and Ors. vs Union of India & Ors. has made a significant impact on India's nascent climate change jurisprudence.

By recognizing the right to be free from the adverse effects of climate change within the Constitution, the Court has opened new avenues for climate governance and litigation. This judgment provides an intriguing opportunity for the new government to enact more systematic and robust climate governance.

The Judgment and Its Context

Background of the Case:

The case primarily dealt with the construction of electricity transmission lines through the habitat of the critically endangered Great Indian Bustard. The government argued that a prior order protecting this habitat hindered the development of renewable energy infrastructure, essential for combating climate change.

Supreme Court's Decision: The Court modified the previous order to facilitate the development of renewable energy infrastructure, prioritizing national clean energy goals over local conservation efforts in this instance.

Constitutional Basis: The right against the adverse effects of climate change is now seen as an extension of the right to life (Article 21) and the right to equality (Article 14).

  • Right to Life (Article 21): This right has been broadly interpreted to include the right to a healthy environment, thus forming a legal basis for protection against climate change.
  • Right to Equality (Article 14): This asserts that environmental burdens and benefits should not be distributed in a manner that discriminates against any particular group.

This interpretation opens the door for future climate litigation and demands from citizens for governmental accountability in climate protection.

Potential Challenges:

  • Addressing Unresolved Questions
    • Despite its ground breaking nature, the judgment leaves several important questions unanswered:
  • Emphasis on Clean Energy:
    • Does the judgment overstate the importance of large-scale clean energy projects as the primary solution to climate change, potentially underestimating the importance of local environmental resilience and climate adaptation?
  • Protection and Enforcement:
    • How will the right against adverse climate effects be protected and enforced in practical terms?
  • Government Agenda:
    • What does this judgment mean for the policy agenda of the newly formed government?

Two Approaches:

  • Legislative vs. Judicial Approaches
    • Judicial Approach: Enhanced litigation around climate claims may lead to a patchwork of protections that are incomplete and contingent on subsequent policy actions.
    • Legislative Approach: A comprehensive climate legislation could provide a more systematic and overarching framework for addressing climate change.

Need for Climate Legislation

  • The Supreme Court acknowledged the absence of an ‘umbrella legislation’ related to climate change in India.
  • Framework legislation can:
    • Set a vision for climate engagement across sectors and regions.
    • Create institutions with necessary powers.
    • Establish processes for structured and deliberative climate governance.

Distinct Needs of India: India should not merely emulate climate legislation from other countries but tailor it to its unique developmental, ecological, and socio-economic context.

Key Components of Proposed Legislation:

  • Support for Sustainable Development:
    • Regulations for sustainable cities, buildings, and transport systems.
    • Promotion of climate-resilient agricultural practices and crop diversification.
    • Protection of critical ecosystems like mangroves.
  • Social Equity Considerations:
    • Ensure that climate legislation addresses social equity and justice, integrating these considerations in all climate-related policies.
  • Adaptation and Mitigation:
    • Balance between mitigation efforts (like emission reductions) and adaptation strategies (like heat action plans and resilient infrastructure).

What should be done:

  • Learning from International Experience
    • Avoid narrowly focused regulatory laws like the UK's carbon budgets approach. for example, by setting regular five yearly national carbon budgets and then putting in place mechanisms to meet them. This sort of approach, which has unfortunately become somewhat of a template for countries to follow, is ill-suited to India
    • Adopt enabling laws that stimulate development-focused decisions across various sectors (urban, agriculture, water, energy) are more appropriate. These laws should systematically integrate climate resilience and low-carbon growth into decision-making processes.
    • Emphasize both adaptation and mitigation.
    • Create institutions and processes for mainstreaming climate change considerations.
  • Federalism and Climate Law : Given India's federal structure, an effective climate law must navigate the complexities of Indian federalism
    • National Framework with Local Empowerment: The law should set a coherent national framework while decentralizing authority to empower States and local governments.
    • Sub-National Jurisdictions: Climate action areas like urban policy, agriculture, and water management often fall under sub-national jurisdictions. The law should facilitate collaboration and provide necessary support.
  • Engaging Non-Governmental Actors: An effective climate law should also involve non-governmental actors:
    • Inclusive Participation: Engage businesses, civil society, and communities in the decision-making process.
    • Knowledge Sharing: Leverage the knowledge and expertise of diverse societal segments to enhance climate resilience and energy transition efforts.

Conclusion:

The Supreme Court's recognition of a constitutional climate right in the Ranjitsinh judgment presents an opportunity for India to enact comprehensive climate legislation. Such legislation should be tailored to India's unique context, emphasizing both mitigation and adaptation, and ensuring inclusive, participatory governance to effectively address the adverse effects of climate change.

Water Hyacinth

Context: Water hyacinths cover a vast portion of the Vembanad lake at Kumarakom in Kottayam district of Kerala. This invasive species is detrimental to fish and other aquatic species, and also affects the flow of water.

Water Hyacinth

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  • Water Hyacinth (Eichhornia crassipes) is a major freshwater weed found globally in lakes, rivers, and water bodies.
  • It is an invasive alien species, known for its rapid growth, regeneration, and ability to form dense colonies.
  • It obstructs sunlight, displaces native species, and is considered highly troublesome.

Historical Context and Introduction to Bengal

  • Introduction to India: Brought during British colonial rule from South America for ornamental purposes by George Morgan.
  • Ecological Impact: Disrupted native ecosystems, hindering agriculture, navigation, and fishing.
  • Economic Consequences: Contributed to agrarian decline, damaged infrastructure, and impeded river transport.

Early Efforts and Government Response

  • Initial Reaction: Recognized as a serious threat to agriculture and infrastructure.
  • Legislative Measures: Laws enacted such as the Bengal Waterways Act to combat its spread, but with limited success.

Utilization Efforts and Challenges

  • Research and Findings: Discovered high nutrient content (potash, nitrogen, phosphoric acid) suitable for fertilizers and animal feed.
  • Commercial Interest: Initial attempts to extract potash faced challenges due to variable quality.
  • Government Dilemma: Balancing eradication vs. utilization for economic benefit.

Scientific Exploration and Economic Prospects

  • Research Initiatives: Studied chemical composition and potential commercial uses.
  • Commercial Ventures: Interest from companies like Shaw and Wallace & Co. for potash extraction.
  • Government Response: Mixed reactions; Water Hyacinth Committee formed to deliberate.

Public Health and Environmental Impact

  • Public Health Concerns: Linked to malaria and cholera due to habitat for disease vectors.
  • Environmental Impact: Indirectly contributed to disease spread and ecological imbalance.

Eradication Efforts and Legislative Actions

  • Government Intervention: Passed Water-hyacinth Act (1936) for organized eradication drives.
  • Public Participation: Enthusiastic response from locals in clearing initiatives.
  • Success and Legacy: Control achieved by 1947; subsequent use in agriculture and handicrafts.

Current Status and Utilization

  • Present Situation: Water hyacinth remains in parts of India and Bangladesh but managed effectively.
  • Utilization: Used as organic fertilizer, fodder during floods, and in handicrafts.
  • Economic Impact: Shifted from nuisance to resource in some areas, contributing positively to local economies.

Invasive Alien Species (IAS) are non-native organisms introduced intentionally or accidentally outside of their natural habitats, whose introduction or spread

threatens biodiversity, ecosystems, economies, or human health. These species often outcompete native species, disrupt ecological balances, and pose significant challenges to management and conservation efforts.

Invasive Alien Species in India and Their Impact

India, with its diverse ecosystems and climates, is particularly vulnerable to the introduction and spread of invasive alien species. These species have been introduced through various pathways such as trade, agriculture, horticulture, and deliberate introductions for pest control or ornamental purposes. 

Some notable invasive alien species in India and their impacts include:

  • Water Hyacinth (Eichhornia crassipes)
    • Introduction: Brought during British colonial rule as an ornamental plant, now widely spread in water bodies across India.
    • Impact: Forms dense mats that block sunlight, reduce oxygen levels, and crowd out native aquatic plants. Disrupts water flow, affects irrigation, and impedes navigation. Economic losses due to reduced fisheries, agriculture, and tourism.
  • Lantana (Lantana camara)
    • Introduction: Introduced for ornamental purposes, now widespread in forests, grasslands, and degraded areas.
    • Impact: Forms impenetrable thickets, reducing biodiversity by outcompeting native vegetation. Alters soil composition and fire regimes, affecting ecosystem health and regeneration.
  • American Bullfrog (Lithobates catesbeianus)
    • Introduction: Introduced for aquaculture and as a biological control agent, escaped into natural habitats.
    • Impact: Predates on native amphibians and small mammals, disrupting local food chains. Competes with native species for resources and habitats.
  • Prosopis species (Prosopis juliflora and others)
    • Introduction: Introduced for afforestation, now invasive in arid and semi-arid regions.
    • Impact: Forms dense thickets, reducing grazing lands for livestock. Alters soil composition and groundwater levels, impacting local flora and fauna.
  • African Catfish (Clarias gariepinus)
    • Introduction: Introduced for aquaculture, escaped into natural water bodies.
    • Impact: Predates on native fish species, leading to declines in biodiversity and fisheries production. Alters aquatic ecosystems and reduces water quality.

    Management and Control Strategies

    The management of invasive alien species in India involves a multi-pronged approach including:

    • Prevention: Strengthening regulations on importation and cultivation of potential invasive species.
    • Early Detection and Rapid Response (EDRR): Monitoring and timely action to prevent establishment and spread.
    • Control Measures: Utilizing mechanical, chemical, and biological methods for eradication or population control.
    • Public Awareness: Educating stakeholders about the impacts of invasive species and promoting responsible practices.

    Conclusion

    Invasive alien species pose significant threats to India's biodiversity, ecosystems, agriculture, and public health. Effective management and control strategies are essential to mitigate their impacts and safeguard native species and habitats. Collaborative efforts involving government agencies, researchers, NGOs, and the public are crucial in addressing this ongoing challenge.

    Project Nexus

    Context: The Reserve Bank of India (RBI) has joined Project Nexus. a multilateral international initiative to enable instant cross-border retail payments by interlinking domestic Fast Payments Systems (FPSs). 

    What is Project Nexus?

    • It is a multilateral international initiative to enhance cross-border payments by connecting multiple domestic instant payment systems (IPS) globally. 
    • Project Nexus is conceptualised by the Innovation Hub of the Bank for International Settlements (BIS)
    • It aims to connect the IPSs of India, Malaysia, Philippines, Singapore, and Thailand.

    Why the Need?

    • The RBI has been collaborating bilaterally with various countries to link India’s Fast Payments System (FPS) – UPI, with their respective FPSs for cross-border Person to Person (P2P) and Person to Merchant (P2M) payments. 
    • While India and its partner countries can continue to benefit through such bilateral connectivity of FPS, a multilateral approach will provide further impetus to the RBI’s efforts in expanding the international reach of Indian payment systems.
    • In over 70 countries today domestic payments reach their destination in seconds at near-zero cost to the sender or recipient. Connecting these IPS to each other can enable cross-border payments from sender to recipient within 60 seconds (in most cases).

    Benefits of the Platform

    • Project Nexus is designed to standardise the way IPS connect to each other
    • Rather than a payment system operator building custom connections for every new country that it connects to, the operator can make one connection to the Nexus platform. 
    • This single connection allows a fast payments system to reach all other countries on the network and significantly accelerate the growth of instant cross-border payments.