33
Microbiology related to Waterpurification and soil Content: Waterpurification Water quality control Soil types Microbes in soil Bioremediation

Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

  • Upload
    others

  • View
    0

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

Microbiology related to Waterpurification and

soil

Content:Waterpurification

Water quality controlSoil types

Microbes in soilBioremediation

Page 2: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 3: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

Water reservoir

Page 4: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 5: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

Sandbed filter

Page 6: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

1. Suitable for analysis of all types of water

2. Should be present whenever enteric pathogens are present

3. Should survive longer than the pathogenic die hards

4. Should not reproduce in contaminated water: inflation!

5. Should be harmless to humans

6. Its level should have direct relationship to degree fecal pollution

7. Assay procedure: indicator specific, high sensensitivity/low det. level

8. Tests should be easy

Criteria for Indicator organism

Page 7: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

Fig. 41.2

Page 8: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 9: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 10: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 11: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

Bog corpses

Well preserved in the acid soils

Page 12: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 13: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 14: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 15: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 16: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 17: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 18: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 19: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer

Fig. 29.13a-d

Page 20: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 21: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 22: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 23: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 24: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 25: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 26: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 27: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 28: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 29: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 30: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 31: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 32: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer
Page 33: Content · water out Of the plant root zone. Figure. 30.22 Fertilizer Mobility and Soil Clays. The role of negatively charged clays in (a) retaining ammonium ion-containing fertilizer