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Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

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Page 1: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Stormwater control and management road map

to 2055Sustainable Development and Natural Resources

Page 2: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Stormwater management status quo• Why stormwater management?

Page 3: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Water cycle Before Humans (B.H.)

Page 4: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Water cycle After Humans (A.H.)

Page 5: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Stormwater management status quo• Why stormwater management?

• Current practice

Page 6: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Interventions

• Impermeable roads• Kerbs, inlets, and storm sewers• High energy outlets onto floodplanes, wetlands, and

estuaries• Channelisation of natural waterways

Page 7: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources

Effects of urbanization

• Increased run-off volumes• Increased run-off concentrations• Flooding and damage to property• Decreased natural infiltration• Lower water table• Increased temperature in natural streams• Increased pollution

Page 8: Stormwater control and management road map to 2055 Sustainable Development and Natural Resources