Environmental Law Study Material

Environmental Law is a module within the Full-time Bachelor of Laws (advanced program, conducted in English). It aims to provide foundational knowledge on environmental regulations and the relationship between human activities and the natural world. The module emphasizes the environment as a unique and valuable commodity, significantly impacted by human actions.

A key focus is on legal frameworks for environmental management, sustainable exploitation, and rigorous protection. This subject is introduced after learners have studied civil law, enterprise law, administrative law, criminal law, and international law, as environmental law heavily interacts with these fields.

CHAPTER 1. OVERVIEW OF ENVIRONMENT AND ENVIRONMENTAL LAW

1. Concept of Environment

1.1. Definition of Environment

The environment includes natural elements (land, water, air, biodiversity) and social factors (economic systems, culture, infrastructure) influencing individuals. The Vietnamese Dictionary defines it as "the totality of the natural and social conditions in which human beings exist and interact."

Practically, the environment can be segmented into specific fields (investment, legal, cultural) or elements (natural, social). UNESCO's 1981 Declaration defines it as all natural and man-made systems surrounding human life, from which resources are drawn. The Law on Environmental Protection (LEP) 2014 (Clause 1, Article 3) reflects this, defining environment as "a system of natural and man-made material factors that influence the existence and development of humans and organisms, highlighting their interconnectedness."

1.1.1. Explication of Environment

The Law on Environmental Protection (LEP) 2020 expands the definition of environment. It encompasses both natural elements (soil, water, air, organisms) and artificial structures (historical relics, urban settlements, environmental protection works). These factors significantly affect life, economic activities, and societal development.

The law positions humans as an integral part of this complex, interconnected ecological system, rather than at its center. This holistic view emphasizes that human activities are deeply embedded within and influence the broader environmental context, where natural processes and human constructions interact.

1.2. Importance of Environment

• Living Space: The environment provides the fundamental habitat for humans and organisms, essential for survival and daily activities.

  • It provides:

  • Clean and breathable air for respiration.

  • Potable water for drinking, sanitation, and various activities.

  • Essential natural elements (fertile soil, sunlight, temperature) for agriculture and food creation.

  • Expansive space for human infrastructure development (housing, transportation, recreation).

• Source of Natural Resources: The environment is a repository of diverse natural resources vital for human survival and progress. Utilization has evolved from hunting to complex industrial exploitation.

  • Examples include:

  • Geologic resources (soil, stones, sand) for construction.

  • Energy resources (oil, natural gas) for power generation.

  • Forests, crucial for timber, industrial products, and as ecosystems harboring biodiversity and endangered species.

• Waste Containment: The environment inherently absorbs, dilutes, and processes waste from human activities. However, increasing global population and industrialization strain this capacity. Waste exceeding natural processing capability leads to widespread environmental pollution and degradation, often culminating in ecological crises and health impacts.

• Information Repository: The environment acts as a profound archive, recording species' evolutionary history, dynamic ecosystem changes, and impacts of natural/anthropogenic events. This enables scientific research and provides aesthetic, spiritual, and recreational enjoyment of nature, contributing to human well-being and cultural heritage.

1.3. Current Environmental Situation

Contemporary human activity, boosted by technology and industrialization, intensifies global environmental challenges. This pressure causes severe resource depletion and widespread pollution, threatening ecological stability and human prosperity.

• Resource Depletion: Natural resources, especially renewable ones, are consistently declining due to overexploitation. This gravely threatens long-term sustainability.

  • Annually, about $150,000$ sq. km of land turns into desert, and $24$ billion tons of topsoil erode into the sea.

  • Over $40\%$ of global land is at risk of desertification, impacting over $2$ billion people and intensifying water scarcity and biodiversity loss.

• Environmental Pollution: This is defined as introducing substances or energy into the environment causing detrimental changes to human life and health, primarily when waste emissions exceed the environment's capacity.

  • Pollutants include gases (e.g., $SO<em>2$, $NO</em>x$, $CO$), liquids (e.g., industrial effluents, sewage), and solids (e.g., plastics, heavy metals).

  • Major pollution events, such as in Vietnam's Dong Nai and Saigon Rivers, demonstrate critical consequences for dependent communities, causing ecological damage, health crises, and economic losses.

1.4. Climate Change

The overarching and most profound impact of ongoing climate changes is global warming, characterized by a persistent increase in Earth's average surface temperature. Scientific consensus attributes approximately $90\%$ of the causes of current global warming to human activities, primarily through the emission of greenhouse gases. This phenomenon significantly exacerbates existing environmental issues, most notably resource depletion and extreme weather events.

1.4.1. Greenhouse Effect and Its Mechanism

The greenhouse effect is a natural process vital for maintaining Earth's life-sustaining temperature. Solar radiation warms the Earth, which then re-radiates infrared heat. Naturally occurring greenhouse gases (GHGs) trap some of this heat, preventing it from escaping.

However, excessive human-caused GHG emissions amplify this effect, leading to an enhanced greenhouse effect. This traps too much heat, causing global warming and severe environmental threats. Key greenhouse gases include:

• Carbon Dioxide ($CO_2$): Primarily from fossil fuel combustion, deforestation.

• Methane ($CH_4$): From natural gas systems, landfills, agriculture.

• Nitrous Oxide ($N_2O$): From agricultural activities (fertilizers), fossil fuel combustion.

• Chlorofluorocarbons (CFCs) and Hydrofluorocarbons (HFCs): Synthetic compounds used in refrigerants and industrial processes.

1.5. International Environmental Issues

Many significant environmental challenges transcend national boundaries, necessitating robust international cooperation and globally coordinated strategies to address them effectively. These issues, ranging from transboundary pollution to climate change, require common approaches and shared responsibilities. This has led to the development of numerous multilateral environmental agreements (MEAs) and treaties aimed at reducing pollution, managing shared natural resources sustainably, and protecting global ecosystems.

CHAPTER 2. LAW ON ENVIRONMENTAL ASSESSMENT

2.1. Environmental Standards

Environmental standards are scientifically derived, legally mandated limits on environmental quality or pollutant emissions. They are designed to ensure human and ecosystem safety and health, offering protection from pollution. These standards define maximum allowable concentrations of pollutants in air, water, and soil (ambient standards) and limit discharge rates from industrial facilities (emission standards).

2.2. Environmental Monitoring

Environmental monitoring constitutes a systematic, continuous process involving the collection, analysis, and interpretation of environmental data. It is specifically designed to assess environmental quality, track changes over time, and identify potential environmental impacts from human activities or natural phenomena. This process ensures that timely action can be taken against environmental degradation, informs policy decisions, and verifies compliance with environmental regulations. Monitoring employs various methods, including ground-based sampling, remote sensing technologies, and the use of bio-indicators, generating critical data for environmental management.

CHAPTER 3. LAW ON WASTE MANAGEMENT AND RESPONSE

3.1. Waste Definition and Classification

Waste is defined as any discarded substance or object that no longer serves its original purpose. Disposal criteria are based on its characteristics (e.g., toxicity, flammability) and potential harm to health or environment. Waste is classified into categories like solid, liquid, and gaseous to aid management. This classification complies with national laws and international conventions for sustainable waste management.

3.2. Pollution Control Measures

Pollution control measures are comprehensive strategies, technologies, and practices enacted within legal frameworks. Their primary objective is to manage hazardous waste, minimize industrial emissions, promote recycling, and proactively prevent environmental incidents. These measures include circular economy principles and Extended Producer Responsibility (EPR) schemes. Distinct duties are assigned at national and local levels to ensure effective implementation and enforcement.

CHAPTER 4. LAW ON NATURAL RESOURCES

4.1. Forest Resources

Forest resources encompass diverse tree species, rich biodiversity, and vital ecosystem services (e.g., carbon sequestration, water regulation). This section explains management rights (state, community, private) and state responsibilities in conserving natural forests. Emphasis is placed on preventing unsustainable industrial exploitation and promoting practices like sustainable forestry, reforestation, and combating illegal logging.

CHAPTER 5. LAW ON CULTURAL HERITAGE

This chapter elaborates on the classification and robust legal protection of Vietnam's invaluable cultural artifacts and heritage sites, encompassing both tangible (e.g., historical buildings, archaeological sites) and intangible (e.g., cultural traditions, folk arts) forms. It emphasizes critical legal frameworks for preserving historical, artistic, and cultural significance, recognizing heritage as integral to national identity. Legal provisions cover designation, maintenance, restoration, public access, and penalties for damage or illicit trade.

CHAPTER 6. INSPECTION AND HANDLING VIOLATIONS

6.1. State Inspection of Environmental Regulations

State inspection involves structured, systematic processes by authorities for regular checks and assessments of environmental compliance. Inspections cover adherence to permits, monitoring pollutant discharge limits, proper hazardous waste handling, and environmental management plan implementation. Enforcement mechanisms include administrative fines, license revocation, cease and desist orders, and criminal charges for severe violations. These measures ensure accountability and deter misconduct.

CHAPTER 7. INTERNATIONAL ENVIRONMENTAL LAW

7.1. Definition

International Environmental Law is an overarching term covering international agreements, principles, and customary practices aimed at protecting the global environment and managing transboundary natural resources sustainably. It is underpinned by principles like common but differentiated responsibilities (CBDR), the precautionary principle, and the polluter pays principle.

7.2. Current Developments in International Environmental Agreements

This section overviews key international treaties and agreements shaping global environmental governance. Examples include the Paris Agreement (2015) under the UNFCCC. It sets global commitments via Nationally Determined Contributions (NDCs) to reduce GHG emissions, aiming to limit warming to well below $2^{\circ}C$, ideally $1.5^{\circ}C$, above pre-industrial levels.

The UNFCCC (1992) established the basic framework for climate change efforts. Other crucial agreements are:

• The Convention on Biological Diversity (CBD): Focuses on biodiversity conservation, sustainable use, and equitable sharing of genetic resource benefits.

• CITES (Convention on International Trade in Endangered Species of Wild Fauna and Flora): Regulates international trade to protect threatened species.

These agreements foster international cooperation in policy, research, and capacity building for shared environmental challenges.

LIST OF REFERENCES

This section enumerates primary legal documents, foundational international treaties, authoritative academic literature, and relevant scientific reports that guide environmental regulation, protection efforts, and sustainable development goals globally and within national contexts.