hot high-desert crop
Mission Olive
Olea europaea 'Mission'
A comparatively cold-hardy oil olive with strong potential in hot high deserts and experimental value in hot/cold valleys.
Data: preliminaryBiome fit
Hot high desert
Heat
Confidence: medium
Hot/cold high desert
Productive sites require cold-air drainage and protection from severe freezes.
Confidence: medium
Cold plateau
Winter minima exceed Mission olive hardiness.
Confidence: high
Alpine / short season
Severe cold and short seasons prevent dependable production.
Confidence: high
Planning profile
| Lifecycle | Perennial |
|---|---|
| Harvested part | fruit |
| Productive winter minimum | 15°F |
| Routine summer maximum | 105°F |
| Annual irrigation | 2.0–3.0 acre-feet/acre |
| Mature yield | 8000–11000 lb/acre |
| Representative density | 136 plants/acre |
Planning values describe productive plantings, not absolute survival limits. Local evapotranspiration, soil, cultivar, plant age, rainfall, and management can materially change them.
Seasonal mature-plant water
| Season | Daily-equivalent gallons per plant |
|---|---|
| Spring | 10–20 |
| Summer | 26–34 |
| Fall | 10–20 |
Daily-equivalent demand is useful for system sizing; actual irrigation may be accumulated into less-frequent, deeper applications.
Potential products
- olive oil
- table olives
Drought and fire resilience
| Drought tolerance | High Mature olives tolerate drought |
|---|---|
| Fire resistance | Unknown No fire-resistance finding is recorded in the current research set. |
Why it belongs
Mission is among the more cold-tolerant traditional California olives. It can produce a concentrated, shelf-stable product and can be managed with regulated deficit irrigation, making it one of the strongest candidates for warm high-desert agriculture.
Hot/cold sites such as Bishop and Kingman should be treated as selection environments rather than assumed commercial orchard locations.
Trial priorities
- Compare full and regulated-deficit irrigation for oil yield and quality.
- Select Mission-derived material for winter hardiness and earlier maturation.
- Evaluate slope, cold-air drainage, salinity, and alkaline-soil effects.