title: Road, Parking and Transport Strategy council: mitchell state: vic category: infrastructure classification: MAJOR status: unknown last_compiled: 2026-05-31 source_docs:
- web-research-L1-transport-study-engaging-mitchell.txt
Road, Parking and Transport Strategy
Mitchell Shire’s available transport evidence in this manifest is concentrated on Broadford, where the road network must absorb a structure-plan scenario of about 2,205 additional dwellings and 208 hectares of employment land while still relying on High Street, Short Street, Hamilton Street and limited railway crossings as the main movement system. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.30; Source: web-research-L1-transport-study-engaging-mitchell.txt, p.32) The practical planning issue is not existing congestion, because the surveyed intersections operated well within capacity in 2018, but future concentration of growth traffic onto a small number of arterial and rail-crossing points. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.18-20; Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.35-36)
Background
The Mitchell source document is the Broadford Structure Plan Traffic, Transport & Access Study, prepared by onemilegrid for Mitchell Shire Council and dated 27 April 2020. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.2) Its purpose was to test transport, traffic and accessibility impacts of Broadford development scenarios and to define an integrated transport, pedestrian, cycling and public transport network for local, regional and metropolitan access. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.6)
Broadford was described as a township of about 5,000 residents, about 70 kilometres north of Melbourne CBD, close to the Hume Freeway and served by the north-east railway line. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.6) The structure-plan scenario sought to accommodate a future population of 10,000 people by 2041, meaning the transport network was being assessed for a township-scale doubling rather than a minor infill adjustment. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.30)
Two non-Mitchell source artefacts were quarantined and removed from this page source list. The analytical basis is now the Mitchell-specific Broadford traffic, transport and access study only. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.2)
Analysis
Existing Network Constraint: Two Rail Crossings Carry the Town’s North-South Logic
Broadford’s road network is shaped by the Melbourne-Sydney railway line, which physically separates the northern and southern parts of the township. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.9) The available vehicle crossings are Hamilton Street in the central township and Short Street at the north-eastern end of town. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.9) Hamilton Street is therefore more than a local road: it is the only direct access route into town for residents south of the railway reserve and west of Sunday Creek. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.9)
This matters because the transport network has limited redundancy. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.9) If Hamilton Street is constrained by construction, intersection delay or bridge works, a large share of the southern residential catchment loses its direct route to High Street and the town centre. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29) The report explicitly identifies Hamilton Street as a local bottleneck and notes that during replacement bridge works a large portion of Broadford’s population would have no direct access into town. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29)
The mechanism is simple: the railway line acts like a fence through the town, and Hamilton Street and Short Street are the gates. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.9) Growth south and west of the railway increases pressure on the Hamilton Street gate, while employment growth east of the Hume Freeway increases pressure on Short Street, Strath Creek Road and Marchbanks Road connections. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.30-31)
Existing Traffic Is Manageable, but the Growth Model Changes the Scale
The 2018 tube-count surveys found weekday average traffic volumes of 3,360 vehicles per day on Hamilton Street north of Ferguson Street, 1,710 vehicles per day on Broadford-Wandong Road outside No.1742, 1,604 vehicles per day on Mia Mia Road, 1,298 vehicles per day on Powlett Street north of High Street, 718 vehicles per day on Rupert Street east of Chloe Drive, 638 vehicles per day on Reservoir Road west of First Street and 294 vehicles per day on Dry Creek Road south of High Street. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.16) The report concluded that each surveyed road was operating within its environmental capacity and did not show obvious speed issues. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.17)
Intersection modelling also showed spare capacity under existing conditions. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.18-20) At High Street/Hamilton Street, the highest recorded degree of saturation was 0.407 in the PM peak on the Hamilton Street south approach, and at High Street/Short Street the highest recorded degree of saturation was 0.306 in the AM peak on the Short Street south approach. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.19-20) The report described both intersections as operating under excellent conditions, with no movement above 41 percent of theoretical capacity at High Street/Hamilton Street and no movement above 31 percent at High Street/Short Street. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.20)
The future model changes the planning problem from present-day capacity to growth-triggered concentration. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.32-36) The adopted development yield was 2,205 residential lots plus 208 hectares of industrial land. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.32) The report applied 8 daily vehicle movements per dwelling, producing 17,640 daily residential trips, and applied 1.13 daily vehicle movements per 100 square metres of industrial site area to a net developable employment area of 166 hectares, producing 18,804 daily employment trips. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.33-34)
The combined modeled growth therefore adds 36,444 daily vehicle movements before considering redistribution across the road network. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.33-34) About 30.5 percent of daily trips were assigned internally to Broadford Central, 22.2 percent to the Hume Highway south, 22.1 percent to Kilmore, 21.9 percent to the Hume Highway north, and only small shares to Wandong, Dry Creek Road, Strath Creek Road and Sugarloaf Creek Road. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.35) This assignment concentrates growth traffic onto High Street and Short Street because those corridors connect the town centre, freeway access and the structure-plan growth areas. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.35-36)
The model projected High Street outside the railway station increasing from 6,015 to 19,871 vehicles per day, Short Street south of High Street/Short Street increasing from 5,520 to 12,438 vehicles per day, and High Street east of High Street/Short Street increasing from 4,860 to 10,526 vehicles per day. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.36) It also projected Hamilton Street north of Ferguson Street increasing from 3,360 to 3,876 vehicles per day, Reservoir Road west of First Street increasing from 638 to 1,072 vehicles per day and Rupert Street east of Chloe Drive increasing from 718 to 1,504 vehicles per day. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.36)
Road Cross-Sections: Two-Lane Arterials Remain Plausible, but Amenity Is the Unresolved Question
The report tested future High Street and Short Street volumes against road-level-of-service thresholds and found that the most heavily loaded sections of High Street would operate at Level of Service D rather than requiring automatic duplication. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.42-43) The modeled volumes were 23,431 vehicles per day on High Street between Hamilton Street and the station, 19,871 vehicles per day on High Street between the station and Access 1, 19,224 vehicles per day on High Street between Short Street and Hamilton Street, and 12,438 vehicles per day on Short Street. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.42-43)
The report’s conclusion was that High Street and Short Street could satisfactorily accommodate all traffic within a two-lane, two-way cross-section, although peak periods may involve slightly unstable flow and relatively low speeds. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.43) The same paragraph warns that this assessment addresses maximum traffic conveyance and does not account for amenity impacts or side-road turning capacity. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.43)
That distinction is important for activity-centres and road-safety. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.43) A road can be technically adequate for vehicle throughput while still becoming less comfortable for pedestrians, cyclists, shopfront access and short local trips. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.43) In Broadford, this tension is strongest on High Street because it is both an arterial movement corridor and the central retail/commercial spine. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.12-13)
The recommended cross-section response was not broad arterial duplication. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.44-45) The report recommended retaining the existing High Street carriageway while adding off-road shared paths from the south-west growth areas through to the employment precinct, retaining the existing Short Street carriageway while adding off-road shared paths from the employment precinct to High Street, upgrading Reservoir Road to an access-street cross-section with one off-road shared path, and upgrading Hamilton Street/Ferguson Street/Pinniger Street to a Connector Street Level 1 standard with indented parking, kerb and channel and off-road shared paths on both sides. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.44-45)
Parking: Supply Is Not the Binding Constraint in the Available Mitchell Evidence
The available Mitchell parking survey covered on-street and off-street parking around High Street in March and April 2019. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.21) The on-street survey identified 629 spaces, with Thursday peak occupancy of 259 spaces at 12:00 pm, equal to 41 percent utilisation, and Saturday peak occupancy of 161 spaces at 11:00 am, equal to 26 percent utilisation. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.22)
The off-street survey identified 95 publicly available spaces across two parking areas. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.23) Thursday off-street peak occupancy reached 83 spaces at 11:00 am, equal to 87 percent utilisation, while Saturday peak occupancy reached 29 spaces at 2:00 pm, equal to 31 percent utilisation. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.23)
The planning implication is that Broadford’s parking issue is more likely to be localised management and allocation than total supply. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.21-23) On-street parking had at least 370 vacant spaces at the Thursday peak and 468 vacant spaces at the Saturday peak, while the off-street areas were much tighter on the Thursday survey day. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.22-23) A future strategy should therefore distinguish all-day or commuter use, short-stay town-centre access, train-station parking and disabled/loading needs rather than assuming that more spaces are the first intervention. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.21-23)
Active Transport: The Network Is Structurally Important Because Many Trips Are Short
Broadford was described as having limited cycling facilities despite most residents being located within about 2 kilometres of the town centre. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.25) On-road cycling provision was limited to High Street sealed shoulders at the study-area edge and wide bicycle/car-parking kerbside lanes through the town centre. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.25) Off-road provision included a bike-friendly path through Memorial Park and along Sunday Creek between Murchison Street and The Parade. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.25)
The report identified a lack of continuous and formalised pedestrian links and recommended that the structure plan improve walking and cycling accessibility by filling known gaps. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.38) It recommended footpaths on both sides of all roads, cycling routes on all new connector routes, and local streets designed to allow shared use of road space where appropriate. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.38)
Two specific active-transport crossing projects were recommended: an at-grade pedestrian link to connect southern growth areas separated by the railway line and a new pedestrian/cyclist bridge over Sunday Creek between Rupert Street and Davidson Street. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.38) The infrastructure list later names these as the Reservoir Road/Dry Creek Road pedestrian and cycle crossing and the Rupert Street/Davidson Street pedestrian and cycle bridge/crossing. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.51-52)
Public Transport: Rail Exists, but Bus Viability Depends on Growth and Agency Coordination
Broadford public transport was described as limited to fixed rail services from Broadford railway station, with commuter parking at the station frontage to High Street. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.25) The rail service links to the metropolitan rail system at Craigieburn and continues to Southern Cross Station, with 30-minute intervals during weekday morning and afternoon peaks and 1-hour intervals during the weekday interpeak and weekends, ceasing after 9:00 pm. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.25)
The report set a public transport planning benchmark of residents walking no more than 400 metres to a bus stop and assumed an 800-metre walking catchment for train stations. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.40) It developed a bus-route network that could link with existing services and serve most of the structure-plan area, but stated that implementation would require consultation with Public Transport Victoria and may not be viable until population and ridership increase. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.40)
This makes public transport a staging dependency rather than only a design preference. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.40) If residential growth proceeds before bus service commitments, the early stages are likely to rely heavily on private vehicle trips, reinforcing the modeled traffic pressure on High Street, Short Street and freeway access. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.33-36; Source: web-research-L1-transport-study-engaging-mitchell.txt, p.40)
Intersection Upgrades: Safety Comes First, Then Growth Triggers
The report found that High Street/Hamilton Street and High Street/Short Street warranted upgrades on safety grounds even though they operated with excellent capacity under existing traffic volumes. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.46) The stated safety issue was the wide pavement expanse and numerous conflict points created by service-road connections. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.46)
For High Street/Hamilton Street, the report prepared two concept options: signalisation and conversion to a roundabout. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.46-47) For High Street/Short Street, the report prepared two concept options: rearrangement of the signed-priority intersection and conversion to a roundabout. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.46-48)
The growth-trigger analysis is more consequential for staging. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.49) The High Street/Hamilton Street existing configuration could accommodate 500 dwellings, a roundabout could accommodate 1,600 dwellings, and signals could accommodate 2,000 dwellings before further upgrades were required. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.49) At High Street/Short Street, the existing configuration and turn-lane option could accommodate the full 2,205 dwellings, while a roundabout could accommodate 2,205 dwellings plus the 208-hectare employment precinct. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.49)
The mechanism is that residential growth first loads Hamilton Street because it is tied to the south-west growth precinct, while employment growth eventually loads Short Street and the eastern arterial approaches. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.30-36; Source: web-research-L1-transport-study-engaging-mitchell.txt, p.49) The report states that development of the employment precinct would require additional upgrades, potentially including extra through-lanes on High Street or additional turn or slip lanes for north-south traffic on the minor legs. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.49)
Secondary Rail Crossing: Useful for Resilience, Not Justified by the Model as a Required Structure-Plan Item
The study tested a secondary rail crossing west of the Reservoir Road precinct linking Reservoir Road to Dry Creek Road as an alternative north-south connection to Hamilton Street. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.50) The model found that this crossing would reduce High Street volumes slightly, reduce central Reservoir Road volumes by about 150 vehicles per day, and reduce High Street/Hamilton Street peak movements by about 10 vehicles. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.50)
The report concluded that the secondary crossing would provide only a slight route convenience benefit for the south-west growth precinct and a more direct route from Reservoir Road toward Kilmore, without significant traffic redistribution. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.50) It also recognised a resilience benefit through improved neighbourhood connectivity and an alternative emergency egress from Reservoir Road. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.50) Because of high cost, topography and the need to clear double-stacked freight, the report did not consider the additional rail crossing necessary for inclusion in the Structure Plan. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.50)
This is a classic planning trade-off between everyday traffic performance and emergency resilience. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.50) The model does not justify the crossing as a congestion-relief project, but the single-access pattern south of the railway means resilience should be revisited if emergency management, bushfire access, freight clearances or development staging assumptions change. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.9, 29, 50)
Inland Rail: Bridge Works Are a Transport Dependency Outside Council’s Direct Control
Inland Rail was described as a freight infrastructure project between Melbourne and Brisbane, with first trains expected in 2024-25 according to the 2020 study. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29) The project requires increased clearances along the rail corridor to support 1,800-metre double-stack freight trains. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29) Seven infrastructure projects were identified within Mitchell Shire, including three in Broadford. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29)
The Broadford works included the Hamilton Street bridge crossing in the town centre and the High Street/Marchbanks Road bridge crossing at the northern end of town. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29) The report stated that the Australian Government, through the Australian Rail Track Corporation, was designing replacement road bridges. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29)
The planning dependency is severe because Hamilton Street is both a bridge-replacement asset and the southern catchment’s only direct vehicle access into town. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.9, 29) The replacement bridge must connect properly with High Street and Ferguson Street to maintain Broadford’s future movement network. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29) Marchbanks Road also matters because it is the northern link to the Hume Freeway and requires careful construction-phase management. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29)
Current Status
The manifest does not include an adopted Mitchell Shire-wide road, parking and transport strategy. The available Mitchell evidence is a Broadford traffic, transport and access study dated 27 April 2020, prepared to support the Broadford Structure Plan. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.2)
The source identifies a package of 17 infrastructure improvement locations: six intersection projects, seven road/shared-path projects, two pedestrian/cycle bridge or crossing projects, and two rail bridge projects. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.51-52) The manifest does not include later delivery status, funding status, council adoption minutes, Department of Transport approvals, ARTC bridge delivery updates, or post-2020 traffic modelling. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.51-52)
Dependencies
- Blocks: Full Broadford growth staging is constrained by the timing and form of High Street/Hamilton Street upgrades, High Street/Short Street upgrades, Hamilton Street/Ferguson Street/Pinniger Street upgrades, Reservoir Road upgrades and active-transport crossings. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.44-52)
- Blocked by: Intersection upgrades depend on VicRoads/Department of Transport involvement for declared arterial roads, while rail bridge changes depend on Australian Rail Track Corporation and Inland Rail bridge design and construction sequencing. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.29, 49)
- Informed by: The available Mitchell analysis is informed by 2018 traffic tube counts, 2018 intersection turning counts, 2019 parking surveys, SIDRA modelling, structure-plan yield assumptions and public transport catchment assumptions. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.16-21, 32-40)
- Implements: The transport work supports the Broadford Structure Plan by testing the movement impacts of 2,205 additional dwellings, 208 hectares of employment land and a township population target of 10,000 people by 2041. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.30-34)
- Conflicts with: The available evidence identifies a potential tension between retaining High Street as a two-lane arterial movement corridor and maintaining town-centre amenity, because the level-of-service assessment does not account for amenity impacts or side-road turning capacity. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.43)
Cross-Jurisdictional Links
The Hume Freeway, High Street/Broadford-Kilmore Road, Short Street/Broadford-Flowerdale Road and the north-east railway line connect Broadford’s local transport issues to state and regional movement systems. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.9, 13, 25) The report’s trip distribution assigns 22.2 percent of daily external trips to the Hume Highway south, 21.9 percent to the Hume Highway north and 22.1 percent to Kilmore, showing that Broadford growth has direct links to regional commuting and service patterns rather than only internal township circulation. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.35)
The Inland Rail bridge program is the strongest cross-agency dependency in the available evidence. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.29) Bridge replacement decisions by the Australian Rail Track Corporation affect Hamilton Street, Marchbanks Road, access to the Hume Freeway and the only direct town-centre route for residents south of the railway and west of Sunday Creek. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.9, 29)
Gaps in This Analysis
A previous corpus-accuracy issue has been quarantined by removing non-Mitchell source artefacts from this page. The remaining gap is the absence of a current shire-wide Mitchell road, parking and transport strategy covering Wallan, Beveridge, Kilmore, Seymour, Wandong, Heathcote Junction and Pyalong. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.2)
The second gap is that no adopted Mitchell Shire-wide road, parking and transport strategy is included in the manifest. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.2) The available Mitchell document is detailed for Broadford but does not provide comparable analysis for Wallan, Beveridge, Kilmore, Seymour, Wandong, Heathcote Junction, Pyalong or other parts of the Shire. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.41)
The third gap is delivery status. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.51-52) The source lists infrastructure projects, but the manifest does not include capital works budgets, delivery programs, development contribution mechanisms, current design approvals, post-2020 council decisions or state-agency funding commitments. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.49, 51-52)
The fourth gap is post-2020 validation. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.2) The report used 2018 traffic counts, 2019 parking surveys and a 2020 structure-plan model, so current conditions may differ materially after Inland Rail design progression, residential subdivision delivery, changed commuting patterns and any arterial road upgrades. (Source: web-research-L1-transport-study-engaging-mitchell.txt, pp.16, 21, 29, 32-36)
The fifth gap is funding and apportionment. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.49) The report notes that some subsequent arterial upgrades may not necessarily require developer funds because they are state-owned assets serving the broader region, but the manifest does not include a development contributions plan, works-in-kind framework or state funding decision. (Source: web-research-L1-transport-study-engaging-mitchell.txt, p.49)