Plants for Zone 0a
Hay & Grazing Crops (1)
| Plant Name | Score* | Description |
|---|---|---|
| Bluestem Wheatgrass | 64.3% | The provided sources mention bluestem wheatgrass (*Pascopyrum smithii*) primarily as a component of diverse perennial pastures being re-established or managed regeneratively. While the specific reason |
How Regenerative Scores Are Calculated
The regenerative score aggregates the trait dimensions shown in each plant's radar chart (excluding climate tolerance, which is already factored into zone suitability):
- Profit Potential (2× weight)
- Palatability
- Nutritional Value
- Grazing Durability
- Management Ease
- Multi-Benefit Value
Aggregation: Each trait is scored 1.0-3.0 (Limited → Typical → Exceptional). The regenerative score = (sum of weighted trait scores ÷ maximum possible) × 100. Profit Potential and System Value receive 2× weight because economic viability and ecosystem contribution are critical for supporting the transition to regenerative practices.
Click through to any plant to see its radar chart and detailed explanations for each trait dimension.
Tree Crops & Agroforestry (2)
| Plant Name | Score* | Description |
|---|---|---|
| Siberian Peashrub | 81.1% | Caragana arborescens is chosen by regenerative farmers primarily for its significant contributions to soil health and ecosystem services. As a legume, it is a nitrogen fixer, enriching soil fertility |
| Black Spruce | 42.8% | While the provided sources focus on the ecological impacts of Picea mariana (black spruce) in boreal forest ecosystems, they offer limited insight into why regenerative farmers specifically choose thi |
How Regenerative Scores Are Calculated
The regenerative score aggregates the trait dimensions shown in each plant's radar chart (excluding climate tolerance, which is already factored into zone suitability):
- System Value (2× weight)
- Time to Production
- Management Ease
- Integration Friendliness
- Multi-Benefit Value
Aggregation: Each trait is scored 1.0-3.0 (Limited → Typical → Exceptional). The regenerative score = (sum of weighted trait scores ÷ maximum possible) × 100. Profit Potential and System Value receive 2× weight because economic viability and ecosystem contribution are critical for supporting the transition to regenerative practices.
Click through to any plant to see its radar chart and detailed explanations for each trait dimension.
Cover Crops & Soil Builders (1)
| Plant Name | Score* | Description |
|---|---|---|
| Siberian Crabapple | 49.2% | The provided sources offer limited insight into the specific reasons why regenerative farmers choose *Malus baccata* (Siberian crabapple). However, they do highlight its potential roles within an ecos |
How Regenerative Scores Are Calculated
The regenerative score aggregates the trait dimensions shown in each plant's radar chart (excluding climate tolerance, which is already factored into zone suitability):
- System Value (2× weight)
- Nitrogen Fixation
- Soil Building
- Weed Suppression
- Establishment Ease
- Adaptability
- Low Maintenance
Aggregation: Each trait is scored 1.0-3.0 (Limited → Typical → Exceptional). The regenerative score = (sum of weighted trait scores ÷ maximum possible) × 100. Profit Potential and System Value receive 2× weight because economic viability and ecosystem contribution are critical for supporting the transition to regenerative practices.
Click through to any plant to see its radar chart and detailed explanations for each trait dimension.