Topics
Trans-national Characteristics of Environmental Issues Using Case Study of Amazonia, Trade in Wild Life and Ozone Depletion
- Trans-national Characteristics of Environmental Issues Using Case Study of Amazonia, Trade in Wild Life and Ozone Depletion
Modern Schools of Ecological Thought
- Modern Schools of Ecological Thought
Population and Conservation Ecology
- Population and Conservation Ecology
Traditional Agriculture in India
- Traditional Agriculture in India
Human Beings and Nature
Pollution Monitoring
- Pollution Monitoring
Definition: Resources; Scarcity and Growth; Natural Resource Accounting
- Definition: Resources; Scarcity and Growth; Natural Resource Accounting
Urban-rural Divide
- Urban-rural Divide
Impact of International Politics, National Sovereignty and Interest
- Impact of International Politics, National Sovereignty and Interest
Gnp Vs. Other Forms of Measuring Income
- Gnp Vs. Other Forms of Measuring Income
Monitoring the Atmosphere: Techniques
- Monitoring the Atmosphere: Techniques
Deep Ecology (Gary Snyder, Earth First) Vs. Shallow Ecology
- Deep Ecology (Gary Snyder, Earth First) Vs. Shallow Ecology
A Critical Appraisal of Conventional Paradigm of Development from the Viewpoints of Sustainability, Environmental Impact and Equity
- A Critical Appraisal of Conventional Paradigm of Development from the Viewpoints of Sustainability, Environmental Impact and Equity
Population and Conservation Ecology
Human Populations
- Human Populations
Food
- Food
International Trade
Stewardship of Land (E.G. Wendell Berry)
- Stewardship of Land (E.G. Wendell Berry)
A Case Study of Gandhian Approach in Terms of Its Aims and Processes
- A Case Study of Gandhian Approach in Terms of Its Aims and Processes
Population Regulation
- Population Regulation
Economic Status and Welfare (Net Economic Welfare, Nature Capital, Ecological Capital, Etc.)
- Economic Status and Welfare (Net Economic Welfare, Nature Capital, Ecological Capital, Etc.)
International and National Air Quality Standards
- International and National Air Quality Standards
Monitoring Pollution
Water Testing
- Water Testing
Third World Development
Human Population Control
- Human Population Control
International Aid
- International Aid
Externalities: Cost Benefit Analysis (Social, Ecological)
- Externalities: Cost Benefit Analysis (Social, Ecological)
Urban Environmental Planning and Management
- Urban Environmental Planning and Management
Social Ecology [Marxist Environmentalism and Socialist Ecology (Barry Commoner)]
- Social Ecology [Marxist Environmentalism and Socialist Ecology (Barry Commoner)]
Natural Capital Regeneration
- Natural Capital Regeneration
Threats to the Ecosystem
- Threats to the Ecosystem
Soil Testing
Feminism
- Feminism
Sustainable Agriculture
Environmental and Natural Resource Economics
Conservation
- Conservation
Green Politics (E.g. Germany and England)
- Green Politics (E.G. Germany and England)
Sustainable Development
International Relations and the Environment
Soil Testing:
Soil testing is the process of examining soil to find out its characteristics, such as colour, texture, and the amount of organic matter it contains. Through soil testing, we can determine if the soil lacks any important nutrients and figure out how to fix these deficiencies.
Sorensen, a Danish scientist, introduced the concept of pH, which is used to determine the acidity or alkalinity of soil.
A. Steps for Soil Testing
- A sample of soil is collected and dried in the shade for 8 to 10 days.
- The dried soil is then sifted using a sieve to remove larger particles and prepare it for testing.
B. Important Soil Tests
1. pH Test: This test checks how acidic or alkaline the soil is by measuring the concentration of hydrogen ions. A mixture of soil and water (in a 1:2 ratio) is tested with indicators to determine the pH level. The pH of soil tells us the following:
- Acidic Soil: pH less than 6.5
- Neutral Soil: pH between 6.5 and 7.5
- Alkaline Soil: pH higher than 7.5
2. Electrical Conductivity Test: This test helps to find out the ability of the soil to conduct electricity, which gives an idea about the nutrients and salts present in the soil.
Related QuestionsVIEW ALL [1]
| The thermometers used commonly in households are high risk sources of mercury which is a toxic soil pollutant. It can pose a serious health hazard if not disposed carefully. It should not be discarded carelessly but returned to the shopkeeper who should then return it to the manufacturer for its safe disposal or resource retrieval. |
Under which environmental scheme is the shopkeeper responsible for the safe disposal? Explain.
