| A1 |
There is genuine demand for Australian industrial hemp products. |
Public commentary often presents hemp as a growing market. |
Product-specific prices, volumes, buyers, contracts, import/export data and quality specifications. |
Producer, Supply Chain |
Producers may grow into shallow or inaccessible markets. |
High |
| A2 |
Demand is relevant to the Granite Borders region. |
Demand may exist elsewhere but not be accessible locally. |
Freight economics, processor access, buyer location, regional scale requirements. |
Producer, Supply Chain |
Market demand may not translate into viable local opportunity. |
High |
| A3 |
Hemp can be profitable for producers. |
Profitability is central to adoption. |
Enterprise budgets, realistic yields, input costs, labour, compliance, harvest and transport costs. |
Producer |
Farmers may face negative margins despite positive headline prices. |
High |
| A4 |
Hemp can compete with existing enterprises. |
Opportunity cost matters for land-use decisions. |
Comparative gross margins and risk profiles for existing and alternative land uses. |
Producer, Environment |
A crop may be viable in isolation but inferior to alternatives. |
High |
| A5 |
Processing infrastructure exists or can be accessed. |
Hemp often requires processing before sale. |
Processor capacity, fees, intake terms, location, quality specs and minimum volumes. |
Producer, Supply Chain |
Production may be stranded without viable processing. |
High |
| A6 |
Processors and buyers are commercially reliable. |
Supply chain failure can transfer risk to growers. |
Counterparty history, contract terms, capacity utilisation, payment terms and market channels. |
Producer, Supply Chain |
Growers may carry risk from weak downstream businesses. |
High |
| A7 |
Regional climate and soils are suitable. |
Suitability cannot be assumed from broader Australian experience. |
Climate, soil, water, variety, sowing window, frost, heat, pest and disease evidence. |
Producer, Environment |
Poor suitability could undermine yield and environmental outcomes. |
High |
| A8 |
Hemp has environmental benefits. |
Hemp is frequently associated with sustainability claims. |
Measured soil, water, biodiversity, chemical-use, carbon and lifecycle evidence. |
Environment, GBLC |
GBLC could endorse weak or context-dependent environmental claims. |
High |
| A9 |
Environmental benefits exceed realistic alternatives. |
Benefits only matter relative to actual land-use choices. |
Comparator land-use data and comparative environmental indicators. |
Environment, GBLC, Producer |
Analysis may overstate benefits by using an unfair baseline. |
High |
| A10 |
Hemp aligns with Landcare objectives. |
Potential environmental and regional-development fit is plausible but untested. |
GBLC objectives, member priorities, environmental evidence and role options. |
GBLC |
Organisational time or reputation may be misallocated. |
High |
| A11 |
Community perceptions will not materially constrain the project. |
Hemp may be misunderstood or politically sensitive. |
Stakeholder views, communications risk assessment, regulatory context. |
GBLC, Producer |
Confusion with cannabis may create reputational or adoption barriers. |
Medium |
| A12 |
Legal and licensing requirements are manageable. |
Compliance is essential for production and supply chains. |
Current NSW, Queensland and Commonwealth requirements, costs and obligations. |
Producer, Supply Chain, GBLC |
Non-compliance risk or administrative burden may reduce viability. |
High |
| A13 |
Sufficient data will be publicly available. |
Some market and cost data may be proprietary. |
Source availability review and primary research plan. |
All |
Weak evidence base may limit confidence. |
High |
| A14 |
International evidence is transferable. |
Some hemp evidence may come from Canada, the United States, Europe or New Zealand. |
Climate, system, regulation, scale and market-comparability assessment. |
Producer, Supply Chain, Environment |
Imported evidence may mislead local decisions. |
Medium |
| A15 |
A demonstration or extension role would be low risk. |
Landcare organisations often facilitate trials and education. |
Risk assessment, partner due diligence, evidence thresholds, member appetite. |
GBLC |
Demonstration activities could be interpreted as endorsement. |
Medium |
| A16 |
Benefits and risks are evenly distributed. |
Regional-development projects can imply shared benefit. |
Perspective-specific analysis by producers, processors, buyers, GBLC and environment. |
All |
One stakeholder group may benefit while another carries costs. |
High |
| A17 |
Crop establishment and harvesting services are available. |
Specialised equipment may be required. |
Machinery availability, contractor access, harvest timing and cost data. |
Producer |
Production may be technically possible but operationally impractical. |
Medium |
| A18 |
Water requirements are compatible with regional systems. |
Water use can determine both economics and environmental impact. |
Rainfall, irrigation, crop water-use and water access evidence. |
Producer, Environment |
Water constraints could undermine suitability or environmental claims. |
High |