County Data
Lycoming County, Pennsylvania
Self-reliance and preparedness data for Lycoming County
Relatively Low
Hazard Risk (10.8/100)
Moderate
Solar (3.7 kWh/m²/day)
Natural Hazard Risks in Lycoming County
| Hazard | Risk Rating | Score |
|---|---|---|
| Lightning | Relatively Moderate | 20.1 |
| Cold Wave | Relatively Moderate | 19.3 |
| Riverine Flooding | Relatively Moderate | 17.1 |
| Strong Wind | Relatively Moderate | 15.4 |
| Winter Weather | Relatively Low | 15.2 |
Source: FEMA National Risk Index. Scores 0–100, higher = more risk.
Climate Profile
Temperature & Growing Season
| January Avg | 19°F |
Water & Energy
| Annual Precipitation | 6.0″ |
| Solar Potential | 3.7 kWh/m²/day |
| Wind Speed | 0.2 m/s |
| Soil Type | Silt Loam |
Local Species
72
Edible species
34
Medicinal species
48
Autonomy Score
Get Your Lycoming County Guide
Enter any zip code in Lycoming County for a full location-specific guide with planting calendars, foraging data, water strategy, and personalized action plans.
Full guide from $14.99 — printable, offline-ready
Frequently Asked Questions
- What are the biggest natural hazards in Lycoming County, Pennsylvania?
- Lycoming County has an overall hazard rating of Relatively Low based on FEMA National Risk Index data. The top threats are Lightning, Cold Wave, Riverine Flooding. Each hazard is scored 0–100 by likelihood and expected impact.
- Is Lycoming County good for solar power?
- Lycoming County has a moderate solar rating. Solar potential is based on average daily irradiance (kWh/m²/day), which determines how much energy rooftop or ground-mounted panels can produce year-round.
- How many edible plants grow in Lycoming County?
- Our database identifies 72 edible plant species in Lycoming County based on regional flora data, USDA hardiness zone, and iNaturalist observations. The full field guide includes identification notes, preparation methods, and seasonal availability.
- What is the autonomy score for Lycoming County?
- Lycoming County has an autonomy score of 48. This composite score measures local self-reliance potential across water access, food production capacity, energy resources, and supply chain resilience. Higher scores indicate greater potential for self-sufficiency.