18 February - 24 February |
Expected Learning outcome |
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1.1.1 Introduction |
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1.1.2 Development of Limnology |
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1.2.1 Inland waters |
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1.2.2 Distribution of inland waters |
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1.3.1. Ponds, lakes, streams, river |
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1.3.2 Lakes |
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1.3.3. Streams and Rivers |
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25 February - 3 March |
Expected Learning outcome |
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2.1.1 Lakes |
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2.1.2 Thermal Classification of lakes |
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2.2.1. Famous lakes |
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2.3.1. Lakes of the world |
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4 March - 10 March |
Expected Learning outcome |
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3.1.1. Nature of Inland water environment |
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3.2.1. Physical Characteristics- Pressure, Compressibility, Density |
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3.3.1. Physical characteristics- Mobility, Buoyancy, Movement of water |
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3.3.2.Seiches |
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3.4.1 Physical characteristics- Surface film, Temperature |
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3.4.2. Thermal stratification |
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3.5.1 Physical characteristics- Light, Color, Turbidity |
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3.5.2 Physical characteristics- Colour and Tubidity |
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11 March - 17 March |
Expected Learning outcome |
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4.1. Dissolved gases – Oxygen, Carbon dioxide and other dissolved gases |
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4.2. Dissolved solids and Dissolved organic matter |
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18 March - 24 March |
Expected Learning outcome |
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5.1 Influence of physical and chemical conditions on living organisms in inland waters |
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5.2. Productive volume, flotation phenomena and body form adjustments |
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5.3.1. Relations of organisms to movement of water, surface film relations |
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5.3.2. Relations of organisms to Temperature relations, Light relations |
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5.4. Relations of Dissolved Oxygen, Relations of Carbondioxide |
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5.5. Nitrogen, Ammonia, Dissolved solids, Other elements, Dissolved organic matter |
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25 March - 31 March |
Expected Learning outcome |
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6.1. Classifications of organisms in water |
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6.2. Distribution of plankton |
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6.3. Food for plankton organisms |
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1 April - 7 April |
Expected Learning outcome |
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7.1 Aquatic plants- Character, classification, zonation, seasonal relations |
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7.2 Quantities produced, chemical composition, distribution in different waters, limnological role |
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8 April - 14 April |
Expected Learning outcome |
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8.1 Nekton- Composition, Distribution, Movements |
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15 April - 21 April |
Expected Learning outcome |
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9.1 Classification of benthic regions, beach zones, periphyton,distribution |
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9.2. Quantitative and Qualitative movements, seasonal changes and migrations of benthos |
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22 April - 28 April |
Expected Learning outcome |
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10.1 Circulation of food material, classification of lakes based on productivity |
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10.2. Laws of minimum, biotic potential and environmental resistance, quantitative relations in a standing crop |
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10.3. Laws of minimum, biotic potential and environmental resistance, quantitative relations in a standing crop |
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29 April - 5 May |
Expected Learning outcome |
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11.1 Running waters in general |
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11.2 Biological conditions, productivity features of lotic environments, Influence of currents,Plant growths |
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11.3 Nekton, benthos, Temporary and head water streams, general ecological succession |
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13 May - 19 May |
1. Morphometry of lakes, ponds and streams |
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20 May - 26 May |
Determination of physical characteristics of inland (lentic and lotic) waters |
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27 May - 2 June |
1. Determination of chemical characteristics of inland (lentic and lotic) waters |
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3 June - 9 June |
Collection and identification of Freshwater Plankton |
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10 June - 16 June |
Collection and identification freshwater Zooplankton |
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17 June - 23 June |
Enumeration and biomass estimation of freshwater plankton |
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24 June - 30 June |
Estimation of Primary Productivity in freshwater bodies |
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1 July - 7 July |
Collection and identification of benthos from inland water bodies |
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8 July - 14 July |
Enumeration and biomass estimation of benthos from different freshwater bodies |
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15 July - 21 July |
Collection and identification of aquatic plants from different freshwater bodies |
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22 July - 28 July |
References |
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