Comprehensive Geography Study Notes: Nature Management and Geoecology

Nature Management and Human Interaction

Nature management (Табигаттс байдабабу) is defined as the capability of human society to utilize the entirety of the world's material, energy, informational, and diverse natural riches to satisfy its existential needs. This concept is viewed through two primary lenses: geographical-organic (where we live/settled) and environmental (where we act/interact with the surroundings). This foundational interaction is guided by the wisdom of Abai Kunanbayuly, who stated that humans require intellect (ағуб), action (іс), and character (бібез).

Classification of Environmental Pollutants

Environmental pollution is classified based on several criteria to understand its impact and source. By origin, pollutants are divided into Natural (Табиғи) and Anthropogenic (Абтрвбвгебдіб). The primary objects of pollution include the Atmosphere, Soil (Твбурағ), and Water bodies.

The scale of pollution is categorized as follows:

1. Regional (Бвірвіс): Affecting specific regions or provinces (вббстар).
2. Local (Бвдабтгс): Specific points or restricted areas.
3. International/Border-crossing (Дебарабасадт): Pollution that crosses national boundaries.
4. Global (Бабабдст): Affecting the entire planet.

Nature and Duration of Pollution

Types of environmental pollution include Chemical (Хибисбуб), Biological (Бивбвгисбуб), which involves agents like viruses in water, and Physical (Физибабвғ). In terms of duration, pollution can be Temporary (Уағстша) or Permanent/Stable (Турағтт).

N. F. Reimers' Classification of Nature Management

Russian ecologist N. F. Reimers identified four specific pathways for nature management:

1. Extraction and Processing: The extraction of natural resources, their separation, and the implementation of protection measures during processing.
2. Living Conditions: The use of natural conditions for human life and the associated protection measures for the organism.
3. System Maintenance: Measures to maintain, change, or restore the equilibrium of natural systems.
4. Population Regulation: Measures to regulate human population numbers and human-driven natural growth.

Efficient vs. Inefficient Nature Use

Nature management is split into Efficient (Тиібді) and Inefficient (Тиібсіз) categories. Efficient nature use includes:

• Creation of cultural landscapes (Ббдебрі бабдшафт).
• Utilization of advanced technologies that consume raw materials completely and provide high economic efficiency.
• Enabling resource recycling and waste processing.
• Maximizing protected areas.
• Ensuring the preservation of flora and fauna, often documented in the Red Book (Дсзсб бітаб).

Eugene Odum, an American scholar, suggested identifying two goals for efficient nature use: maintaining ecological balance and health to ensure continuous yields, and meeting social and recreational demands.

Anthropogenic Limits in Ecosystems

When considering anthropogenic pressure on ecosystems, four specific limits must be accounted for:

1. The limit of resistance to unfavorable anthropogenic impacts.
2. The limit of stability against extreme conditions and phenomena.
3. The limit of self-regulation capability.
4. The limit of self-recovery capability.

Principles of Legal Environmental Protection

Environmental protection is governed by several principles:

1. Humanitarian Principle.
2. Management/State Principle (Бебб).
3. Economic Principle: Involving financial mechanisms such as fines (втраф) and investments.

Global Resource Statistics and Issues

Land Resources:

• Every inhabitant of the Earth is allotted approximately $0.2\,\text{ha}$ of arable land.
• In Kazakhstan, the land share per person is significantly higher at $113\,\text{ha}$.
• The primary issue in land use is degradation, characterized by decreased soil fertility, water and wind erosion, pollution, flooding, salinization, and waterlogging.
• Annually, $6 \times 10^6 - 7 \times 10^6\,\text{ha}$ of land are removed from circulation due to erosion alone.

Forest Resources:

• Global forest and shrub area: $4 \times 10^9\,\text{ha}$, making up approximately $26.8\% - 31\%$ of land.
• Over the last $200$ years, forest area has halved ($2\,\text{times}$ smaller).
• Total timber stock: $330 \times 10^9\,\text{m}^3$.
• History of forest depletion: First losses occurred on the Mediterranean shores and in China. Second stage occurred in the East and Europe during the Middle Ages. Third stage involved the development of the New World. The current fourth stage began in the $XX$ century.
• Tropical deforestation focuses: Indonesia, Philippines, Malaysia, and Brazil (where $90\%$ of forest area has been reduced).

Characterization of Nature Management

Nature management can be categorized by Sector, Resource, and Territory:

• Sectoral (Сабабтуғ): Using resources within a single economic sector (e.g., mining, water, or forestry).
• Resource-based (Ресурстуғ): Using a specific type of resource for industrial, agricultural, transport, recreational, or residential purposes.
• Territorial (Асбабдстуғ): Using resources at global, national, regional, or local levels.
• Participation: General (common usage) and Special (requires permit/permission).

International Environmental Milestones

1. 1979 Geneva: General European Council for Environmental Protection.
2. 1992 Rio de Janeiro: UN Conference on Environment and Development (established $27$ principles).
3. 2002 Johannesburg (South Africa): World Summit on Sustainable Development, highlighting the rapid decline of biological diversity.
4. 2012 Rio +20: UN Conference involving the "Green Bridge" program of Kazakhstan.

B. Commoner's Laws of Ecology

Biologist Barry Commoner established four fundamental laws:

1. Everything is connected to everything else.
2. Everything must go somewhere.
3. Nature knows best.
4. There is no such thing as a free lunch (nothing is provided for free).

Sustainable Development (SD)

Sustainable Development (Турағтт дабу) is a concept developed by the UN to ensure the satisfaction of current human needs without compromising the environment or the ability of future generations to meet their own needs. It rests on three pillars: Social Progress, Environmental Protection and Enhancement, and Economic Development.

Geoecology and Research

Geoecology studies geographic systems at high hierarchical levels to ensure environmental purity and normal resource use. The term was introduced in $1939$ by C. Troll (Б. Трвбб). It investigates the Ecosphere—a biological system encompassing all living organisms and their environment.

Types of Geosphere Pollution:

• By mobility: Stationary (industrial sites) and Mobile (vehicles).
• By space: Point (factories), Area (coal mines), and Transport Main (highways).
• By timing: Primary (direct release) and Secondary (interaction of pollutants in the environment).
• By nature: Chemical (gases, smoke), Physical (radioactive, EM, noise, heat), Biological (bacteria, viruses, weeds), and Aesthetic/Visual (disruption of natural landscapes).

Geoecological Zoning of Kazakhstan

According to geoecologist A. V. Chigarkin, Kazakhstan is divided into $5$ levels of ecological tension and $47$ provinces.

Level 1: Catastrophic/Disaster (Абавта)

• Disruption Criteria: $81-100\%$. Irreversible, radical changes in nature components.
• Areas: Aral Sea (current and former), Altai industrial areas, Semipalatinsk nuclear test site, North-East Caspian shore.

Level 2: Dangerous (Бауібті)

• Disruption Criteria: $61-80\%$. Large changes, but recovery is possible.
• Areas: Balkhash, Zhambyl, Zhezkazgan, Kyzylorda, Temirtau, Shymkent industrial zones; Almaty and Karaganda cities; Sokolov-Sarybay, Pavlodar, Ekibastuz complexes; Tengiz petroleum complex; Baikonur cosmodrome; Vozrozhdenie island; Irtysh, Syr Darya, Nura, Arys rivers.

Level 3: Critical/Tension (Шиебебісті)

• Disruption Criteria: $41-60\%$. Significant unfavorable changes, but recoverable.
• Areas: Emba, Aktobe oil basins; Karachaganak gas field; Akshatau, Atasu-Karazhal, Zhanatas-Karatau, Tekeli complexes; Aktau, Atyrau, Semey cities; Kapshagay and Shardara reservoirs; Ile, Shu rivers.

Level 4: Satisfactory (Ѡабабтабдабтсс)

• Disruption Criteria: $21-40\%$. Visible changes that can be quickly restored.
• Areas: Nur-Sultan, Kokshetau, Taldykorgan, Petropavl, Oral cities; Esil, Talas, Tobyl, Sarysu, Zhaiyk rivers.

Level 5: Favorable (Бвбайбт)

• Disruption Criteria: $0-20\%$. Unfavorable changes are not observed.
• Areas: Sparsely populated regions, deserts, semi-deserts, and mountains.

Global Environmental Issues

1. Greenhouse Effect (Бсбсбжай сффебтісі): The atmosphere's ability to transmit solar radiation while trapping heat. Greenhouse gases include Carbon Dioxide ($CO_2$), Methane, and Freons. This leads to global warming.
2. Ozone Layer Depletion: Since $1978$, a sharp decrease in ozone in Antarctica has been noted. In $1984$, the Halley Bay station detected a $40\%$ decrease. The cause is the increase in chlorofluorocarbons (Freons). Legal protections include the Vienna Convention ($1985$) and the Montreal Protocol ($1989$).
3. Desertification: Since the mid-$XX$ century, $9 \times 10^6\,\text{km}^2$ have been desertified due to human activity, with another $30 \times 10^6\,\text{km}^2$ threatened. The Thar desert in India and the Sahel zone in Africa are major hotspots. Sahalian droughts peaked in $1973$ leading to mass famine; major affected rivers include the Niger and Senegal.
4. Nuclear Accidents: 1986 Chernobyl NPP (Ukraine). The IAEA (International Atomic Energy Agency) works to ensure safety and efficiency in nuclear power.

Geographic Rhythms

Geographic phenomena repeat in rhythms:

• Periodic (Безгібдіб): Occurs in fixed intervals like daily (day/night, photosynthesis, breeze) or seasonal (Earth's orbit, landscape changes, hibernation, migration).
• Cyclic (Диббдіб): Long-term cycles including interior-century (approx. $35-40$ years) and secular variations (volcanism, catastrophic mudflows, or solar cycles of $11$, $35-40$, and $90-100$ years).

Solutions and Sustainable Technologies

Principles of Clean Production: Prevention, Systematic/Cycle thinking, and Democratic participation.

Measures include:

• Chemical/Physical: Technological cleaning devices.
• Biogas: Energy production from solid waste via anaerobic fermentation (microorganisms in an oxygen-free environment create methane).
• Waste Innovation: Adidas (Germany) produces shoes from ocean plastic; Sweden uses waste for electricity; Kazakhstan produces $5 \times 10^6\,\text{tons}$ of waste annually, with a major recycling plant in Shymkent processing $200 \times 10^3\,\text{tons}$.

Global Organizations:

• IUCN: International Union for Conservation of Nature.
• UNEP (БВБЕБ): United Nations Environment Programme.
• WWF: World Wildlife Fund.
• Greenpeace (Гриббисс): Global environmental organization.
• GEF (Бсбабдст сбв-бвгисбуб бвр): Global Environment Facility.