Saving Seeds: Your Garden's Future
layout: base.njk title: Saving Seeds for West Virginia Homesteaders description: Complete guide to seed saving - harvest, processing, storage, and viability testing for Zone 6b/7a gardens category: preservation
You've grown amazing tomatoes this year. The beans produced like crazy. That squash variety is perfect for your soil. Why buy seeds next year when the best genetics are already in your garden?
Seed saving is the oldest form of preservation. Before seed companies, before catalogs, farmers saved seeds from their best plants. You're continuing a tradition that goes back 10,000 years.
Let's save some seeds.
Why Save Seeds?
Benefits:
✅ Self-reliance: You control your food supply from seed to harvest ✅ Adaptation: Seeds adapt to YOUR soil, YOUR climate, YOUR garden ✅ Cost savings: Seed packets add up ($3-5 each × 20 varieties = $60-100/year) ✅ Preserve genetics: Keep heirloom varieties alive ✅ Better quality: You select for what works in YOUR garden ✅ Tradition: Connect with generations of seed savers ✅ Food security: No dependence on seed companies or supply chains ✅ Fun: Watching plants through their full lifecycle is fascinating
Understanding Plant Lifecycles
Annuals
Complete lifecycle in one growing season: seed → plant → flower → seed → death
Examples: - Tomatoes - Beans (bush and pole) - Peas - Squash (summer and winter) - Cucumbers - Melons - Corn - Lettuce - Radishes - Basil - Sunflowers
Seed saving difficulty: Easy to moderate When to save: Same year you plant
Biennials
Require two growing seasons: - Year 1: Grow vegetative parts (roots, leaves) - Winter: Require cold period (vernalization) - Year 2: Flower, set seed, die
Examples: - Carrots - Beets - Swiss chard - Onions - Cabbage, broccoli, kale (cole crops) - Parsley - Celery
Seed saving difficulty: Moderate to difficult Special requirements: Must overwinter roots, replant in spring WV consideration: Zone 6b/7a winters are usually cold enough for vernalization
Perennials
Live multiple years, produce seed annually after establishment
Examples: - Asparagus - Rhubarb - Artichokes - Many herbs (sage, thyme, oregano) - Strawberries (from runners, not seed) - Fruit trees and bushes
Seed saving difficulty: Variable Note: Many perennials are propagated vegetatively (cuttings, divisions, runners) rather than from seed
Pollination: The Critical Factor
Understanding pollination is essential for saving true-to-type seeds.
Self-Pollinating (Selfers)
Flowers fertilize themselves before opening or with minimal outside help.
Examples: - Tomatoes - Beans - Peas - Lettuce - Peppers (mostly)
Isolation distance: 10-50 feet usually sufficient Best for beginners: Yes—less risk of cross-pollination
Cross-Pollinating (Outcrossers)
Require pollen from different plants of same species. Pollinated by wind or insects.
Wind-pollinated: - Corn - Spinach - Beets - Grasses
Insect-pollinated: - Squash, pumpkins, cucumbers (bees) - Brassicas (cabbage, broccoli, kale—bees) - Sunflowers (bees) - Melons (bees)
Isolation distance: Much larger—see table below
Isolation Distances
| Crop | Minimum Distance | Ideal Distance |
|---|---|---|
| Tomatoes | 10-20 feet | 50 feet |
| Beans | 10-20 feet | 50 feet |
| Peas | 10-20 feet | 50 feet |
| Lettuce | 10 feet | 30 feet |
| Peppers | 50 feet | 150 feet |
| Squash/Cucumbers | 1/4 mile | 1/2 mile |
| Corn | 1/4 mile | 1 mile |
| Brassicas | 1/2 mile | 1 mile |
| Carrots | 1/2 mile | 1 mile |
| Beets/Chard | 1/2 mile | 1 mile |
WV Reality Check: Most homesteads can't provide ideal isolation. Strategies:
- Grow one variety per species (one squash, one corn variety)
- Use timing: Plant same species at different times so they don't flower together
- Bag flowers: Use mesh bags to exclude pollinators
- Hand pollinate: Transfer pollen yourself, then bag
- Accept some crossing: For personal use, interesting crosses can be fun
- Coordinate with neighbors: Ask them not to grow same species
Squash Species (Common Confusion)
Cucurbita pepo: - Zucchini - Yellow summer squash - Acorn squash - Delicata - Spaghetti squash - Some pumpkins (jack-o-lantern) - These all cross with each other
Cucurbita maxima: - Hubbard squash - Buttercup squash - Kabocha - Giant pumpkins - Cross within species only
Cucurbita moschata: - Butternut squash - Cheese pumpkin - Long Island Cheese - Cross within species only
Cucurbita argyrosperma: - Cushaw squash - Rare in home gardens
Strategy: Grow one variety from each species if you want to save seed from multiple squash types.
Harvest Methods by Crop
Tomatoes
When: Fruit fully ripe (even overripe) Method: 1. Pick ripe fruit (deeper color, slight give when squeezed) 2. Cut open, scoop seeds with gel into container 3. Add small amount of water 4. Ferment 2-5 days (see Processing section) 5. Rinse, dry
Seeds per fruit: 50-150+ depending on variety Plants to save from: 5-10 plants for genetic diversity
Beans (Bush and Pole)
When: Pods dry on plant, rattle when shaken Method: 1. Leave pods on plant until completely dry and brown 2. If frost threatens, pull whole plant and hang indoors to finish drying 3. Shell beans from pods 4. Winnow to remove chaff
Seeds per plant: 20-50+ depending on variety Plants to save from: 10-20 plants
Peas
When: Pods dry and papery, peas rattle inside Method: 1. Leave pods on vine until completely dry 2. Pick pods, open, remove peas 3. Spread on screen to finish drying if needed 4. Winnow to clean
Seeds per plant: 30-100+ depending on variety Plants to save from: 10-20 plants
Peppers
When: Fruit fully ripe (often past eating stage) Method: 1. Leave peppers on plant until fully colored and slightly soft 2. Cut open, scrape seeds onto paper plate 3. Let dry 1-2 weeks, rubbing to separate 4. Most pepper seeds are clean without fermentation
Seeds per fruit: 20-100+ depending on size Plants to save from: 5-10 plants Note: Peppers are mostly self-pollinating but can cross. Isolate different varieties.
Squash and Pumpkins
When: Fruit fully mature (hard rind, can't pierce with thumbnail) Method: 1. Leave on vine as long as possible (even after vine dies) 2. Harvest before hard freeze 3. Cut open, scoop seeds 4. Rinse in colander, rubbing to remove pulp 5. Dry on screen or paper plate
Seeds per fruit: 50-200+ depending on variety Plants to save from: 3-5 plants (one fruit often enough) Note: Select fruit from healthy, vigorous plants with good characteristics
Lettuce
When: Seed heads fluffy and white (like dandelion) Method: 1. Lettuce bolts (sends up flower stalk) in heat 2. Flowers turn to fluffy seed heads 3. Shake seeds into bag or collect daily 4. Seeds mature over 2-3 weeks—collect multiple times 5. Winnow to clean
Seeds per plant: Hundreds to thousands Plants to save from: 5-10 plants Note: Lettuce is self-pollinating. Easy for beginners.
Greens (Kale, Collards, Chard)
When: Seed pods dry and brown (biennials—see below) Method: 1. Plants bolt in second year 2. Seed pods form on tall stalks 3. Harvest when pods dry and brown 4. Thresh (crush pods), winnow to clean
Seeds per plant: Thousands Plants to save from: 5-10 plants for genetic diversity
Carrots (Biennial)
When: Seed heads dry and brown in second year Method: 1. Harvest carrots in fall of first year 2. Select best carrots (size, shape, flavor, color) 3. Store in sand/sawdust in root cellar OR mulch heavily in ground 4. Replant in spring (whole carrot or top third) 5. Plant flowers in summer, seeds mature late summer 6. Harvest umbels (flower heads) as they dry 7. Rub to release seeds, winnow
Seeds per plant: Thousands Plants to save from: 10-20 plants minimum Isolation: 1/2 mile from other carrots (including Queen Anne's Lace!)
Beets (Biennial)
When: Seed stalks dry and brown in second year Method: 1. Harvest beets in fall, select best 2. Store like carrots OR mulch in ground 3. Replant in spring 4. Seed stalks grow 3-5 feet tall 5. Seeds form in clusters—each "seed" is actually multiple seeds 6. Harvest when dry, thresh, winnow
Seeds per plant: Hundreds of seed clusters Plants to save from: 5-10 plants Isolation: 1/2 mile from chard (same species)
Cucumbers
When: Fruit yellow and soft (overripe, not edible) Method: 1. Leave cucumbers on vine until yellow and soft 2. Harvest, cut open 3. Scoop seeds with gel, ferment like tomatoes (2-3 days) 4. Rinse, dry
Seeds per fruit: 100-300+ Plants to save from: 3-5 plants Isolation: 1/2 mile from other cucumbers, melons, squash
Corn
When: Kernels hard, husks dry and brown Method: 1. Leave ears on stalk until fully dry 2. Husk ears, hang in dry place 2-4 weeks 3. Shell kernels (twist by hand or rub two ears together) 4. Winnow to remove chaff
Seeds per ear: 200-800+ depending on variety Plants to save from: Minimum 100 plants for genetic diversity Isolation: 1 mile (wind-pollinated, highly variable)
Sunflowers
When: Back of head brown, seeds plump Method: 1. Leave heads on plant until back turns brown 2. Cut heads, hang upside down in dry place 3. Cover with paper bag to catch falling seeds 4. Rub seeds out, winnow
Seeds per head: Hundreds to thousands Plants to save from: 10-20 plants Isolation: 1/2 mile for pure varieties
Herbs (Basil, Cilantro, Dill, Parsley)
When: Seed heads dry and brown Method: 1. Let herbs flower and go to seed 2. Harvest when seed heads dry 3. Crush/bag and shake to release seeds 4. Winnow
Seeds per plant: Hundreds to thousands Plants to save from: 5-10 plants Note: Many herbs are easy seed savers. Great for beginners.
Processing and Cleaning Seeds
Wet Processing (Fermentation)
For: Tomatoes, cucumbers, squash (some)
Why ferment? - Removes germination inhibitors in gel coating - Kills some seed-borne diseases - Separates viable seeds (they sink)
Method: 1. Scoop seeds with gel into container (jar, bowl) 2. Add small amount of water if thick 3. Cover with mesh or loose lid (airflow needed) 4. Label with variety and date 5. Ferment at room temperature 2-5 days 6. Stir once daily 7. When mold forms on surface and seeds sink, it's done 8. Add water, stir—viable seeds sink, pour off floating debris 9. Repeat until water runs clear 10. Strain through fine mesh, spread to dry
Dry Processing
For: Beans, peas, lettuce, grains, most flowers
Method: 1. Ensure seeds are completely dry on plant 2. Thresh: crush pods/heads to release seeds - Small batches: rub between hands - Medium batches: put in pillowcase, step on it - Large batches: beat with stick on tarp 3. Winnow: separate seeds from chaff - Pour between bowls in front of fan - Light chaff blows away, heavy seeds fall - Outside on breezy day works great 4. Repeat until clean
Screen Cleaning
For: Mixed-size seeds, removing debris
Method: 1. Use hardware cloth or window screen 2. Rub seeds across screen 3. Small debris falls through, seeds stay 4. Or use nested screens (large holes top, small holes bottom)
Drying Techniques
Proper drying is critical. Moist seeds mold in storage.
Signs Seeds Are Dry Enough
- Beans/peas: Hard, can't dent with thumbnail
- Tomato/cucumber: Brittle, snap when bent
- Lettuce: Fluffy, flows freely
- General: Cool to touch, no moisture feeling
Drying Methods
Air Drying (Best): 1. Spread seeds single layer on screen, paper plate, or parchment 2. Place in dry, well-ventilated area out of direct sun 3. Stir/turn daily for even drying 4. Dry 1-3 weeks depending on humidity
Dehydrator: 1. Use lowest setting (95-100°F / 35-38°C) 2. Spread seeds on screens 3. Check frequently—can overdry 4. 4-12 hours typically
Oven (Not Ideal but Works): 1. Lowest setting (150°F / 65°C or lower) 2. Prop door open slightly 3. Check every 15 minutes 4. Risk: too hot kills seeds
Testing Dryness
Bend test: Seed should snap, not bend Hammer test: Hit with hammer—should shatter, not mash Jar test: Put in sealed jar overnight—no condensation = dry enough
WV Humidity Considerations
West Virginia summers are humid (60-80%+). This makes drying challenging.
Solutions: - Use dehumidifier in drying room - Dry in air-conditioned space - Use desiccant packets (silica gel) around drying seeds - Extend drying time—don't rush - Finish in dehydrator if air drying isn't working
Storage Methods
Paper Envelopes
Best for: Short-term storage (1-2 years), easy access
Method: 1. Fold paper into small envelopes (or use coin envelopes) 2. Label with: variety, species, date saved, location grown, notes 3. Fill with completely dry seeds 4. Store envelopes in airtight container (mason jar, plastic bin) 5. Add desiccant packet to container
Pros: Easy to label, seeds breathe, inexpensive Cons: Not moisture-proof alone, must be in sealed container
Glass Jars
Best for: Long-term storage, multiple varieties
Method: 1. Use mason jars or similar with tight lids 2. Ensure seeds are completely dry 3. Add desiccant packet (silica gel) 4. Label jar with contents and date 5. Store in cool, dark place
Pros: Airtight, pest-proof, reusable, visible Cons: Takes space, glass breaks
Freezer Storage
Best for: Long-term storage (5-10+ years), especially for short-lived seeds
Method: 1. Dry seeds thoroughly (extra important for freezing) 2. Package in airtight containers (jars, sealed bags) 3. Add desiccant 4. Place in freezer 5. When removing, let container warm to room temperature before opening (prevents condensation)
Pros: Extends viability dramatically, kills some pests Cons: Requires freezer space, power dependency, condensation risk
Refrigerator Storage
Best for: Medium-term storage (2-5 years)
Method: Same as freezer, but in refrigerator Pros: Good viability extension, less temperature shock than freezer Cons: Still requires power, humidity can be high
Root Cellar Storage
Best for: Traditional storage, moderate-term (1-3 years)
Method: 1. Store sealed jars in root cellar 2. Cool (35-50°F / 2-10°C), stable temperature 3. Moderate humidity (not damp) 4. Dark
Pros: No power needed, traditional method Cons: Viability shorter than freezing, requires root cellar
Ideal Storage Conditions
Temperature: Cool is better. Every 10°F drop doubles seed life. Humidity: Dry (below 40% relative humidity ideal) Light: Dark (light degrades seeds) Oxygen: Low oxygen extends life (vacuum sealing helps)
Rule of thumb: Temperature (°F) + Relative Humidity (%) should be < 100 - Example: 40°F + 40% RH = 80 ✓ Good - Example: 70°F + 60% RH = 130 ✗ Poor
Viability Testing: Germination Tests
Test seeds before planting season to know what's still viable.
Germination Test Method
- Timing: 4-8 weeks before planting season
- Sample: Take 10-25 seeds from stored batch
- Method A (Paper Towel):
- Dampen paper towel (not soaking)
- Place seeds on towel, fold over
- Put in plastic bag or container
- Label with variety and date
- Keep warm (70-80°F / 21-27°C)
- Check daily, keep moist
- Method B (Plate):
- Place seeds on damp paper towel on plate
- Cover with another plate (creates humidity)
- Keep warm, check daily
- Count germination: After 5-14 days (varies by crop)
- Calculate: (Germinated seeds ÷ Total seeds) × 100 = Germination %
Germination Time by Crop
| Crop | Days to Germinate |
|---|---|
| Radish | 3-7 |
| Lettuce | 5-10 |
| Beans | 5-10 |
| Peas | 7-14 |
| Tomatoes | 5-10 |
| Peppers | 10-21 |
| Squash | 5-10 |
| Cucumbers | 5-10 |
| Carrots | 10-21 |
| Parsley | 14-21 |
| Corn | 5-10 |
What Germination Rate Means
- 90%+: Excellent—plant normally
- 70-89%: Good—plant normally or slightly thick
- 50-69%: Fair—plant thicker, consider refreshing supply
- 30-49%: Poor—plant very thick or replace seeds
- Below 30%: Replace seeds (not worth garden space)
Seed Longevity Chart
Average viability under good storage conditions:
| Crop | Years (Room Temp) | Years (Freezer) | Notes |
|---|---|---|---|
| Beans | 3-5 | 5-10 | Excellent keepers |
| Peas | 3-5 | 5-10 | Similar to beans |
| Tomatoes | 4-6 | 6-10+ | Fermentation helps longevity |
| Peppers | 2-4 | 5-8 | Viability drops faster |
| Lettuce | 3-6 | 6-10 | Store cool for best results |
| Squash | 4-6 | 6-10 | Thick seed coat helps |
| Cucumbers | 5-10 | 8-10+ | Long-lived |
| Melons | 5-10 | 8-10+ | Similar to cucumbers |
| Corn | 2-4 | 5-8 | Viability drops quickly |
| Carrots | 2-4 | 5-8 | Short-lived, test annually |
| Parsley | 2-4 | 5-7 | Short-lived |
| Celery | 2-4 | 5-7 | Similar to parsley |
| Beets | 3-5 | 6-8 | Good keepers |
| Chard | 3-5 | 6-8 | Similar to beets |
| Onions | 1-3 | 4-6 | Very short-lived |
| Radishes | 4-6 | 6-10 | Good keepers |
| Spinach | 3-5 | 6-8 | Moderate |
| Kale/Collards | 3-5 | 6-8 | Good keepers |
| Cabbage | 3-5 | 6-8 | Similar to kale |
| Basil | 3-5 | 6-8 | Good keepers |
| Sunflowers | 3-5 | 6-8 | Moderate |
Factors affecting longevity: - Initial seed quality - Drying thoroughness - Storage temperature (cooler = longer) - Storage humidity (drier = longer) - Seed coat thickness (thicker = longer) - Oil content (high oil = shorter—like onions)
Common Mistakes
1. Harvesting Too Early
Problem: Seeds not mature, won't germinate Solution: Wait until fully ripe. For many crops, this means past eating stage.
2. Incomplete Drying
Problem: Mold in storage, seeds rot Solution: Dry thoroughly. Test before storing. Add desiccant.
3. Poor Labeling
Problem: "Mystery seeds" by next season Solution: Label immediately with: variety, species, date, location, notes. Use permanent marker.
4. Not Saving Enough Genetic Diversity
Problem: Inbreeding depression, weak plants Solution: Save from multiple plants (see crop-specific numbers above).
5. Ignoring Isolation Distances
Problem: Cross-pollination, unpredictable offspring Solution: Understand your crop's pollination. Isolate or grow one variety per species.
6. Saving Hybrid Seeds
Problem: Seeds don't grow true (see Heirloom vs Hybrid below) Solution: Save only from open-pollinated/heirloom varieties.
7. Saving from Diseased Plants
Problem: perpetuating disease Solution: Only save from healthy, vigorous plants.
8. Not Testing Viability
Problem: Planting dead seeds, wasted garden space Solution: Germination test before planting season.
9. Improper Storage
Problem: Heat, humidity, light kill seeds Solution: Cool, dry, dark. Use airtight containers with desiccant.
10. Starting Too Ambitious
Problem: Overwhelmed, poor results, give up Solution: Start with easy crops (beans, peas, tomatoes, lettuce). Expand gradually.
Heirloom vs Hybrid Explained
Open-Pollinated (OP)
Definition: Pollinated naturally (wind, insects, self). Seeds grow true to type.
Characteristics: - Seeds produce plants like parent - Stable genetics - Can save seeds year after year - Often older varieties - May be less uniform than hybrids
Examples: Most heirlooms, many standard varieties
Heirloom
Definition: Open-pollinated variety with history (usually 50+ years old)
Characteristics: - All heirlooms are open-pollinated - Passed down through generations - Often have stories/traditions - May be regionally adapted - Not all OP varieties are heirlooms (some are newer)
Examples: Cherokee Purple tomato, Kentucky Wonder bean, Glass Gem corn
Hybrid (F1)
Definition: First-generation cross between two different parent lines
Characteristics: - Seeds do NOT grow true - Next generation (F2) is unpredictable mix of grandparent traits - Often show "hybrid vigor" (better yield, uniformity, disease resistance) - Seed companies create by controlled pollination - Must buy new seeds each year
Why hybrids don't breed true: - Parent lines are genetically uniform (inbred) - F1 hybrid is uniform (all plants same) - F2 generation segregates—get mix of all grandparent traits - Like breeding two purebred dogs vs mixed puppies
Should you save hybrid seeds? - For personal experimentation: Sure, might get interesting results - For reliable crops: No, buy new seeds or save from OP varieties - For breeding projects: Yes, can select for desired traits over generations
Why Save Heirloom Seeds?
- Genetic diversity: Modern agriculture uses few varieties. Heirlooms preserve genetics.
- Flavor: Many heirlooms bred for taste, not shipping/shelf-life
- Adaptation: Local heirlooms adapted to your region
- Independence: Not dependent on seed companies
- History: Living connection to past gardeners
- Resilience: Diverse genetics = resilient food system
West Virginia Seed Saving Calendar
Zone 6b/7a - Adjust for your microclimate
Spring (March-May)
March: - Test stored seeds (germination tests) - Plan which crops to save seeds from - Order any new heirloom varieties - Start tomatoes/peppers indoors (for seed saving)
April: - Plant crops you'll save seeds from - Mark best plants with flags/ribbons - Transplant biennials to flower (carrots, beets, chard from storage)
May: - Continue planting succession crops for seed - Monitor plants for health and vigor - Stake/cage tomato plants for seed saving
Summer (June-August)
June: - Lettuce bolting—start collecting seed - Peas and beans maturing—leave some pods to dry - Monitor for disease, remove sick plants - Hand-pollinate squash if isolating varieties
July: - Harvest bean and pea seeds (dry pods) - Collect lettuce seeds daily (mature over weeks) - Tomato seeds: harvest ripe fruit, ferment - Pepper seeds: harvest fully colored fruit - Herb seeds: collect as heads dry
August: - Continue tomato seed saving - Cucumber seeds: harvest yellow fruits - Squash seeds: harvest mature fruits - Sunflower seeds: harvest when backs brown - Begin harvesting early bean/pea seeds
Fall (September-November)
September: - Final tomato harvest for seeds - Squash and pumpkin seeds - Corn seeds: harvest when husks brown - Harvest biennial seeds (carrots, beets if flowering) - Begin digging biennial roots for storage
October: - Harvest remaining seeds before frost - Dig carrots, beets, onions for overwintering - Clean and dry all seeds - Process seeds (thresh, winnow, ferment) - Test dryness before storage
November: - Finish drying seeds indoors - Package seeds in envelopes/jars - Label everything - Store in cool, dry place - Update seed inventory
Winter (December-February)
December: - Organize seed collection - Plan next year's seed saving - Order seed saving supplies (envelopes, jars, desiccant) - Research new varieties to try
January: - Continue germination testing - Plan garden layout for isolation - Read about seed saving techniques - Connect with local seed savers
February: - Final germination tests before planting - Prepare seed starting area - Plan which plants to mark for seed saving - Review what worked/didn't last year
Getting Started: Your First Year
Don't overwhelm yourself. Start small.
Year 1: Beginner Crops
Focus on these: 1. Beans (bush or pole)—easiest 2. Peas—similar to beans 3. Lettuce—self-pollinating, lots of seeds 4. Tomatoes—fermentation is fun, good keeper
Skip these first year: - Corn (needs too many plants, isolation critical) - Squash (isolation difficult) - Carrots/beets (biennials, need overwintering) - Brassicas (isolation very difficult)
Year 2: Expand
Add: - Peppers - Squash (if you can isolate) - Herbs (basil, cilantro, dill) - Sunflowers
Year 3: Advanced
Try: - Biennials (carrots, beets, chard) - Corn (if you have space) - Brassicas (if isolation possible)
Essential Supplies
- Paper envelopes or coin envelopes
- Permanent markers (fine and broad tip)
- Mason jars with lids
- Desiccant packets (silica gel)
- Screens for drying (window screen works)
- Bowls for winnowing
- Mesh bags for fermenting
- Labels and notebook
- Storage container (plastic bin or box)
Total cost: $20-40 for basics, reusable for years
Building a Seed Library
Your seed collection grows each year. Organize it.
Storage System
- Filing box: Shoe box or recipe box works
- Dividers: Organize by crop type or planting season
- Envelopes: Labeled and dated
- Master list: Spreadsheet or notebook with inventory
- Location: Cool, dry, dark place (not garage if it freezes/gets hot)
Information to Track
For each variety: - Variety name - Species (for isolation reference) - Year saved - Where grown (garden location) - Number of plants saved from - Isolation method used - Germination test results (date and %) - Notes (flavor, yield, disease resistance, etc.)
Sharing Seeds
Seed saving is meant to be shared:
- Trade with other gardeners
- Join seed libraries (growing movement)
- Participate in seed swaps
- Donate to community seed banks
- Give to friends and neighbors
When sharing: - Include variety name and year - Note any special characteristics - Share germination test results if available - Include growing tips you've learned
Resources
Books
- Seed to Seed by Suzanne Ashworth (the bible of seed saving)
- The Seed Garden by Lee Buttala and Shanyn Siegel
- Breed Your Own Vegetable Varieties by Carol Deppe
Organizations
- Seed Savers Exchange (seedsavers.org)
- Native Seeds/SEARCH (nativeseeds.org)
- Appalachian Seed Saving Network (regional)
- Local seed libraries (check libraries and community gardens)
Online
- Victory Seeds (victoryseeds.com) - OP varieties
- Baker Creek Heirloom Seeds (rareseeds.com)
- Southern Exposure Seed Exchange (southernexposure.com) - Mid-Atlantic focused
- Seed Savers Exchange Yearbook (member seed listings)
West Virginia Specific
- WVU Extension Service (gardening resources)
- Local Master Gardeners
- Appalachian Heirloom Seed Savers (Facebook group)
- Mountain State Seed Savers
Final Thoughts
Seed saving connects you to every gardener who came before. Those beans you save? Their ancestors were carried in pockets across oceans, hidden in hemlines during hard times, passed from mother to daughter for generations.
You're not just growing food. You're stewarding genetics. You're participating in a 10,000-year-old tradition. You're building resilience for your family and your community.
Start with one crop. Save seeds from your best plants. Store them carefully. Plant them next year. Watch how they adapt to your garden.
Then save seeds from those plants.
And those plants.
In five years, you'll have seeds uniquely adapted to your patch of West Virginia earth. In ten years, you'll have seeds that outperform anything you can buy. In twenty years, you'll have seeds to pass to your children.
That's seed saving.
Welcome to the oldest form of preservation.