Natural hazards Richard Sheild Provisions in this presentation - - PowerPoint PPT Presentation

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Natural hazards Richard Sheild Provisions in this presentation - - PowerPoint PPT Presentation

Natural hazards Richard Sheild Provisions in this presentation Definitions of risk, risk-based approach, residual risk, hard engineering, soft engineering, high hazard areas, and hazard management strategy. Objectives O20, O21, and


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Natural hazards

Richard Sheild

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Provisions in this presentation

  • Definitions of risk, risk-based approach,

residual risk, hard engineering, soft engineering, high hazard areas, and hazard management strategy.

  • Objectives O20, O21, and O22
  • Policies P27, P28, P29, and P30
  • Methods M3 and M4
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Presentation Outline

  • Statutory framework
  • PNRP hazards framework
  • Key issues from submissions
  • Recommendations
  • Areas of contention
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Resource Management Act

  • Section 6(a): GWRC must recognise and

provide for the preservation of the natural character of the coastal environment, wetlands, lakes and rivers.

  • Section 7(i): GWRC must have particular

regard for the effects of climate change.

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Resource Management Act

  • Section 30(1)(c)(iv): Control the use of land

for the purpose of avoiding or mitigating natural hazards.

  • Section 30(1)(d)(v): In respect of the CMA,

control any actual or potential effects of the use, development, or protection of land, including the avoidance or mitigation of natural hazards.

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New Zealand Coastal Policy Statement

  • Objective 5 – Management of coastal

hazard risk.

  • Policy 24 – Identification of coastal hazards.
  • Policy 25 – Use and development in areas
  • f coastal hazard risk.
  • Policy 26 – Natural defences against coastal

hazards.

  • Policy 27 – Protecting significant existing

development from coastal hazard risk.

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Regional Policy Statement

  • Objective 19 – Risk and consequences of

natural hazard are reduced.

  • Objective 20 – Hazard mitigation measures

do not increase hazard risk.

  • Objective 21 – Communities are more

resilient to natural hazards.

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Regional Policy Statement

  • Policy 29 – Identify areas at high risk and

avoid inappropriate development and subdivision.

  • Policy 51 – Minimise risk and consequences
  • f natural hazards.
  • Policy 52 – Give particular regard to need

for hard engineering, and whether soft engineering is more appropriate.

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Definitions

  • Risk
  • Risk-based approach
  • Residual risk
  • High hazard areas
  • Hard engineering
  • Hazard management strategy
  • Soft engineering
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Objectives

  • Objective O20 – The risk, residual risk, and

adverse effects from natural hazards and climate change are acceptable.

  • Objective O21 – Inappropriate use and

development in high hazard areas is avoided.

  • Objective O22 – Hard engineering mitigation

and protection methods are only used as a last practicable option.

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Policies

  • Policy P27 – sets direction around use and

development in high hazard areas.

  • Policy P28 – sets direction around hard

engineering and when such methods can be used.

  • Policy P29 – articulates when effects of

climate change should be considered.

  • Policy P30 – sets direction on effects of use

and development on natural buffers.

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Methods

  • Method M3 – GWRC will work with TA’s and
  • ther stakeholders to develop and

implement a Wellington regional hazard management strategy.

  • Method M4 – GWRC will develop regional

guidance for managing impacts from sea- level rise.

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The risk-based approach

  • Clarifying what is considered appropriate

risk.

  • Use of the risk-based approach in

consenting.

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Use of “high hazard areas”

  • Rationale behind high hazard areas

definition and designation.

  • Possible exemptions to avoiding use and

development.

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Hard engineering vs. soft engineering

  • Clarify in which circumstances hard

engineering can be used.

  • Make hard engineering structures be easier

to gain consent for.

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Climate change

  • Add definition for climate change.
  • Ensure climate change provisions give

effect to the NZCPS.

  • Consider climate change in a wider context.
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Policy P27: High hazard areas

  • Refer to “acceptable” rather than “low” risk

in (b).

  • Refer to “adverse effects” rather than

“interference”.

  • Replace “fluvial and lacustrine” with “river

and lake” in (d).

  • Add reference to “over at least the next 100

years” in clause (e).

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Policy P28: Hazard mitigation measures

  • Split P28 into clauses (a) and (b).
  • Add reference to functional need or
  • perational requirement.
  • Refer to a “risk management strategy”

rather than a “hazard management strategy”.

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Policy P29: Climate change

  • Rename P29 “Effects of climate change”.
  • Add reference to impacts on biodiversity,

aquatic ecosystem health, mahinga kai, and to “over at least the next 100 years” to the preamble.

  • Add reference to “decreased minimum

flows” to (b).

  • Refer to “relative sea level rise” in (d).
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Policy P30: Natural buffers

  • Refer to “natural wetlands” rather than

“wetlands”.

  • Add reference to providing for “the

restoration and enhancement of natural buffers”.

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Method M4: Sea level rise

  • Correct reference to “Intergovernmental

Panel on Climate Change”.

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Definition of “hazard management strategy”

  • Change definition to “risk management

strategy”, and replace references to “hazard” with “risk”.

  • Add reference to the scale of a strategy

being aligned with the scale of the activity.

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Matters still in contention

  • High hazard areas: O21 and P27.
  • Hard engineering: O22 and P28.