Grange Planning Brain

title: Climate Emergency Action Plan council: mitchell state: vic category: strategy classification: MINOR status: adopted last_compiled: 2026-05-31 source_docs:

  • msc-climate-emergency-action-plan-web-2024-02-07.txt
  • msc-climate-emergency-action-plan_web_2024-02-07.txt
  • web-research-L1-ceap-adoption-mitchell-agenda-2023-11-20.txt
  • web-research-L1-ceap-adoption-mitchell-minutes-2023-11-20.txt
  • web-research-L1-climate-emergency-action-plan-engagingmitchell.txt
  • web-research-L1-climate-emergency-action-plan-faq-engagingmitchell.txt

Climate Emergency Action Plan

Mitchell Shire’s Climate Emergency Action Plan is a council operations and community resilience strategy, not a land-use supply instrument, but it has planning consequences through its proposed changes to planning-scheme-controls, urban-forest-strategy, integrated-transport-strategy, flood-mapping, emergency-management, biodiversity-strategy, and sustainable-subdivisions-framework (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.4, 55, 59, 63, 71, 80). The plan sets three emissions targets: Council net zero for non-landfill emissions by 2030, Council net zero for all emissions including landfill by 2035, and community net zero by 2043 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.4, 18-19). Its practical planning significance is that climate adaptation becomes a cross-cutting test for future capital works, building design, subdivision design, urban greening, emergency facilities, transport investment, and infrastructure risk assessment (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.50-80).

Background

Council formally acknowledged a climate emergency in 2021 and committed to developing a Climate Emergency Action Plan (Source: web-research-L1-climate-emergency-action-plan-faq-engagingmitchell.txt). The engagement page records the project sequence as climate emergency declaration in October 2021, Community Reference Group formation in December 2022, community consultation in February and March 2023, a zero emissions public forum in May 2023, draft plan development from May to September 2023, draft plan release in September 2023, adoption, and future implementation (Source: web-research-L1-climate-emergency-action-plan-engagingmitchell.txt).

The 20 November 2023 officer report states that Council engaged Ironbark Sustainability in September 2022 to develop the CEAP, with a scope covering pathways to net zero emissions for Council and the community and actions to build resilience to unavoidable climate change impacts (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.159). The same report states that the Climate Emergency Community Reference Group included community group representatives, councillors, government agencies, and different community sectors (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.159). Council released the draft CEAP for four weeks of consultation from 26 September to 24 October 2023 (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.159). The engagement page records public input methods including online submission, written submission, hard-copy lodgement at customer and library service centres, drop-in sessions, and pop-up engagement (Source: web-research-L1-climate-emergency-action-plan-engagingmitchell.txt).

Analysis

Emissions Baseline and Control Problem

The plan separates Council corporate emissions from community emissions because Council has different levels of control over each emissions source (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.11-13). Council’s 2020-21 corporate emissions were calculated at 22,150 tonnes CO2-e, representing 3.9 percent of total Mitchell Shire community emissions (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.11). Landfill accounts for 75 percent of Council’s corporate emissions profile, which means the main corporate emissions source is also the source Council says it has the least direct control over because most deposited waste originates from municipal, commercial, industrial, construction, and demolition waste generated by the community (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.11).

This creates the central mechanism of the CEAP: Council can directly decarbonise electricity, gas, light fleet, buildings, lighting, and procurement, but landfill emissions require waste system change and residual offsetting rather than a simple asset replacement program (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.18, 20-21, 50-52). Council’s electricity emissions fell close to zero from 2022-23 because Council entered into contracts for 100 percent GreenPower for buildings, facilities, and street lighting in July 2022 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.11). The remaining non-landfill operational emissions profile in 2020-21 was led by buildings at 30 percent, street lighting at 24 percent, road construction at 15 percent, transport fuel at 14 percent, gas at 12 percent, and minor sources at 4 percent (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.12).

Community emissions were estimated at around 572,000 tonnes CO2-e in 2020-21 using Snapshot Climate and the Global Protocol for Community-Scale Greenhouse Gas Inventories framework (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.13). Electricity consumption in the residential, industrial, and commercial sectors contributed 43 percent of community emissions, transport contributed 25 percent, agriculture contributed 15 percent, and the remainder came from gas, industrial processes and product use, and waste (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.13). The planning implication is that Council’s community-facing role is mostly enabling and regulatory: subdivision standards, ESD advocacy, active transport infrastructure, EV charging, gas replacement education, renewable energy buying groups, and support for low-income household transition (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.67-73).

Targets, Pathways, and Residual Emissions

Council’s corporate target is staged because landfill emissions are treated separately from other corporate emissions (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.18). Council targets net zero non-landfill emissions by 2030, an interim 50 percent reduction in non-landfill emissions against the 2020-21 profile by 2025, and net zero all-emissions performance by 2035 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.18). The plan states that approved airspace at Mitchell Landfill is expected to be filled by the end of the decade, after which municipal waste is likely to be diverted to facilities outside the Shire and Council’s landfill inventory would mainly contain legacy emissions from closed landfill sites (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.18).

The corporate pathway is not a full absolute elimination pathway by 2030 because the plan estimates that annual organisational emissions can be reduced by 33 percent by 2030, with remaining emissions predominantly from landfill, heavy vehicle fuel, road construction, and water use (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.21). That means the 2035 all-emissions target depends on a combination of waste diversion, technology maturation for heavy fleet and construction materials, and carbon credits or insetting for residual emissions (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.18, 21, 77-78). The plan explicitly says carbon sequestration and offsets should not replace direct emissions reduction and should be used as the last step where viable reduction options are unavailable (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.78).

The community target is net zero by 2043, aligned with a local carbon budget intended to keep warming close to 1.5 degrees Celsius, and requires an average CO2-e reduction of 5 percent each year to 2043 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.19). Interim community targets are a 40 percent reduction against the 2020-21 baseline by 2030 and a 70 percent reduction by 2037 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.19). The CEAP estimates Council support and advocacy can accelerate community emissions reduction by 15 to 20 percent more than business as usual by 2030, equal to about 300,000 tonnes of avoided CO2-e emissions between adoption and 2030 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.23).

Corporate Investment Program

The corporate action table contains 18 actions, including ESD implementation, sustainability specifications, energy audits, 290 kW of additional rooftop solar PV, LED conversion for park and sports lights, street lighting bulk change to LEDs, smart lighting on major roads, fleet transition planning, EV transition for passenger vehicles, charging stations at Council sites, sustainable infrastructure policy, FOGO introduction, sustainable procurement, investment restrictions, and embedding climate emergency commitments into future Council decisions (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.50-52). The officer report puts the corporate implementation cost at approximately 4.5 million and estimates lifetime savings of about 15 million (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.161). The same report estimates that accumulated emissions-reduction savings will produce annual savings of around $3.1 million by 2034-35 (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.161).

The largest modelled corporate emissions action is FOGO, listed as a 2024-25 action with an indicative high-level impact of 21,200 tonnes CO2-e (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.52). The largest listed capital items are the street lighting bulk LED change at 1.5 million, park and sports lighting LED replacement at 1.0 million, 290 kW additional rooftop solar at 550,000, fleet passenger EV transition at 400,000, and Council-site EV charging at $365,000 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.51). The direct planning consequence is that capital works prioritisation and asset renewal become emissions-delivery mechanisms, not only maintenance programs (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.50-52, 79-80).

Heat, Urban Form, and Planning Controls

The CEAP treats extreme heat as a land-use and public health issue because Goal 1 uses canopy cover, shade, seating, shelter, drinking water, active transport route design, and planning scheme requirements as heat-reduction tools (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.54-56). The plan proposes increasing tree canopy on public land in townships, improving shade and seating in pedestrian areas, improving canopy along active transport routes, and providing education for private-property tree planting (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.55-56). It also proposes strengthening planning scheme requirements to reduce the urban heat island effect, including banning dark roofs, prioritising green and blue space, and protecting existing vegetation through mechanisms such as the Sustainable Subdivisions Framework and the Elevating ESD in the planning scheme amendment (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.56).

The mechanism is straightforward: shade and canopy reduce pedestrian heat exposure, while planning scheme controls influence private development materials, vegetation retention, and subdivision layout before heat risk is locked into new urban areas (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.54-56). The unresolved implementation issue is that the CEAP identifies the planning control direction but does not provide draft planning scheme text, overlay mapping, canopy baselines, township-by-township canopy targets, or a delivery budget for the future Urban Forest Strategy (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.54-56, 80).

Emergency Management, Flooding, and Critical Infrastructure

The climate risk appendix identifies three extreme 2050 risks: heat-related health impacts for vulnerable groups, bushfire loss of life, and riverine flooding loss of life (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.84-85). It also identifies very high 2050 risks including damage and loss of assets from bushfire, displacement to evacuation centres from bushfire, private property damage from bushfire, biodiversity loss from bushfire, agricultural losses from drought, biodiversity loss from drought, food security impacts from drought, public asset damage from riverine flooding, private property flood damage, flood displacement to evacuation centres, private-sector asset flood damage, agricultural flood damage, irrigation demand from drought, and water scarcity (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.85-88).

Goal 2 translates this risk register into planning and infrastructure actions: revising the Municipal Emergency Management Plan and subplans for changed bushfire risk, assessing Emergency Relief Centres for accessibility and climate resilience, assessing critical infrastructure such as bridges, power supply, and communications against future flood and bushfire risk, preparing integrated water management plans with water authorities, advocating for improved warning systems, and advocating for flood models to account for climate change impacts and streamlined planning scheme integration (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.59-60). This makes flood-mapping a direct dependency for future statutory controls, because action E7 specifically seeks flood models that account for climate change impacts including the 1-in-100 year flood level and integration of flood data into the planning scheme (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.60).

Biodiversity, Agriculture, and Land Management

Goal 3 links climate adaptation to rural land management, biodiversity corridors, roadside vegetation, agricultural support, and Traditional Owner knowledge (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.62-64). The plan proposes a biodiversity strategy to identify, protect, and enhance biolinks, a Council Land Management Officer role to increase sustainable agriculture and land management practices on private land, support for soil carbon sequestration research, monitoring invasive species on Council-managed roadsides and reserves, revegetation on public and private land, and work with Traditional Owners to document ecological and cultural knowledge (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.63-64). The practical mechanism is that the CEAP moves biodiversity from a general environmental value into a delivery program involving future strategy preparation, private landholder support, and potential corridor identification (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.63-64, 80).

Transport, EV Charging, and Movement Planning

The transport goal matters for planning because transport is the second largest community emissions source at 25 percent and the CEAP identifies car trips as the majority contributor within that sector (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.13, 70). Actions include advocating for more frequent public transport within and between townships, educating residents on public transport availability, installing cycling infrastructure, widening footpaths, delivering shared-user paths, reducing speed limits, using traffic calming, supporting e-bike and e-scooter schemes, using capital works and planning mechanisms to improve local connectivity, and preparing a municipal-wide Mitchell Integrated Transport Strategy (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.71-72). Council had already installed three public EV fast charging stations in Broadford, Kilmore, and Wallan in partnership with the Victorian Government and Evie Networks, and the Broadford and Kilmore stations averaged more than 70 charging sessions monthly over nine months while preventing 3.17 tonnes CO2-e (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.73).

The downstream effect is that future township structure planning, road upgrades, and capital works programs need to be tested against active transport connectivity and EV charging coverage, not only vehicle throughput (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.71-73, 80). The plan’s key indicator is an established network of fast EV charging stations across the Shire with public fast chargers in every town by 2027 and expanded cycling infrastructure plus a municipal-wide Integrated Transport Strategy by 2030 (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.80-81).

Governance, Engagement, and Adoption

The CEAP was informed by a Community Reference Group, workshops in Seymour and Wallan, a Mitchell Environment Advisory Committee workshop, a community survey, staff workshops and surveys, business and industry interviews, a public forum in Broadford, and a four-week public exhibition after September 2023 endorsement of the draft (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.14). The plan records that nearly 75 percent of survey respondents thought Council had a role in supporting the community to reduce greenhouse gas emissions and protect itself against climate impacts (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.15). The agenda report states that development-stage engagement involved 617 people across multiple channels, while the final public consultation period received five written responses and engaged 26 people at drop-in events in Kilmore, Seymour, Beveridge, and Wallan (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.161).

Council adopted the CEAP at the Ordinary Council Meeting on 20 November 2023, with the motion carried after six councillors voted for it and one councillor voted against it (Source: Ordinary-Council-Meeting-Minutes-20-November-2023.pdf, p.18). The agenda report states that all respondents during the final consultation period were supportive and that amendments included executive summary changes, additional community actions for natural environment and agriculture, additional water-saving suggestions, changes to action E8, splitting a draft action on canopy trees and seed stock into two actions, adding Taungurung content, adding committee-of-management references, and adding a Mitchell Shire Planning Scheme definition (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, pp.161-162).

Current Status

The CEAP is adopted and the engagement page identifies Plan adopted as the current stage, with Implementation listed as the upcoming stage (Source: web-research-L1-climate-emergency-action-plan-engagingmitchell.txt). The CEAP states that it will be reviewed in 2026 and updated according to program success, Federal and State Government policy, funding opportunities, technology accessibility, and collaborative opportunities (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.79). Key near-term indicators due by 2025 include energy efficiency assessments at all large Council sites, rooftop solar feasibility assessment, a fully electric fleet transition plan, kerbside FOGO introduction, a Land Management Officer position, a biodiversity strategy, and a climate change outreach program (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.80-81).

Dependencies

  • Blocks: The CEAP does not legally block development approvals, but it creates policy expectations for future Council strategies, policies, plans, capital works, and planning scheme advocacy (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.52, 55-56, 59-60, 71-72).
  • Blocked by: Delivery depends on annual OPEX and CAPEX budget processes, external funding where available, technology accessibility, and future policy settings from State and Federal Government (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.161; Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.79).
  • Informed by: The plan was informed by Mitchell 2050 Community Vision consultation, Community Reference Group work, community workshops, survey work, staff engagement, business interviews, and final public exhibition (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.14-15; Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, pp.159-161).
  • Implements: The plan supports Theme 6 of the Mitchell 2050 Community Vision, the Council Plan aspiration for environmental protection and liveability during growth, and the Municipal Health and Wellbeing Plan’s Liveable and Thriving priority (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, pp.162-163).
  • Conflicts with: No direct policy conflict is documented in the available sources, but the plan creates delivery tension where climate-resilient infrastructure, urban greening, active transport, and flood adaptation require capital funding within ordinary budget processes (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.161).

The CEAP requires coordination with State and Federal Government on emissions policy, funding, public transport, building standards, ESD standards, flood mitigation, warning systems, social and affordable housing upgrades, and agricultural support (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.59-60, 63, 67, 71-72, 79). The plan also identifies partnership requirements with water authorities for integrated water management plans covering stormwater, drainage, sustainable water use, reuse, runoff reduction, and road-flooding mitigation (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.59). Regional and community delivery links include Goulburn Murray Climate Alliance, BEAM Mitchell Environment Group, Mitchell Community Energy, and committees of management for Council-owned community-managed facilities (Source: web-research-L1-climate-emergency-action-plan-faq-engagingmitchell.txt; Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, p.89).

Gaps in This Analysis

The source set includes the adopted CEAP, adoption agenda, adoption minutes, engagement page, and FAQ, but it does not include the Stage 1 briefing papers listed on the engagement page: Briefing Paper 1 - Climate Change in Mitchell, Briefing Paper 2 - Climate Adaptation in Mitchell, and Briefing Paper 3 - Emissions Reductions in Mitchell (Source: web-research-L1-climate-emergency-action-plan-engagingmitchell.txt). Those missing briefing papers limit independent testing of the climate projections, adaptation assumptions, emissions modelling, and carbon-budget methodology behind the adopted targets (Source: web-research-L1-climate-emergency-action-plan-engagingmitchell.txt; Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.19, 23, 84-88).

The source set also does not include the Draft Climate Emergency Action Plan - Community Engagement Summary that was Attachment 2 to the 20 November 2023 agenda item (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, p.159). That missing attachment limits analysis of the five written submissions, the 26 drop-in participants, the detailed officer responses, and whether any consultation themes were not incorporated into the final CEAP (Source: Ordinary-Council-Meeting-Agenda-20-November-2023.pdf, pp.161-162). The CEAP points to future or related instruments including the Urban Forest Strategy, Biodiversity Strategy, Mitchell Integrated Transport Strategy, flood model integration, Municipal Emergency Management Plan updates, and integrated water management plans, but those instruments are not present in the manifest and therefore cannot be assessed for delivery status or statutory effect here (Source: msc-climate-emergency-action-plan_web_2024-02-07.pdf, pp.55-60, 63, 71, 80-81).

Graph View