Peas Early
Peas Early
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 1 Bag 10 Oriental Vegetable Seed BLACK Sweet Corn B025  US $1.75
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 100 Moringa Oleifera The Miracle Tree Drumstick Seeds US $6.00
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 SURVIVAL Heirloom Seeds Kit BE PREPARED FOR FAMILY US $22.22
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 EAT HEALTHY HEIRLOOM VEGETABLE GARDEN SEED LOT 29 DIFFERENT PACKS SAVE $ MONEY $ US $9.99
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 FREE ORGANIC SEEDSHERBSVEGGIESPEPPERSMORE US $.99
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 Little Marvel Pea 30 seed pk US $.99
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 VEGETABLE SEEDS ORGANIC NON HYBRID NON GMO SEED BANK US $34.95
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 Complete Heirloom Garden Seed Collection 24 Varieties US $21.99
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 Early Frosty peas 100 seeds HEIRLOOM US $1.45
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 100 Sugar Snap Pea Seeds for Spring Garden New for 2011 US $1.00
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 COMPLETE NON GMO NON HYBRID VEGETABLE SEEDS KIT US $24.95
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 Topcrop Bush Bean 1 LB BULK SEED 1500 Seeds US $9.99
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 Survival Seed Kit High Protein Kit Heirloom NO GMO US $49.99
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 Wando Peas 100 seeds HEIRLOOM US $1.49
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 Soybean Seeds Certified Great For Food Plot 3 LBS US $13.94
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 F54 Edible Pod Snow Peas Green Arrow Heirloom 50 Vegetable Bulk Fresh Seeds US $.99
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 Sugar Snap Peas BULK SEEDS 1lb 1500 Seeds US $9.99
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 Cascadia Snap Pea Seeds 25 grams Botanical Interests US $1.79
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 15000 SURVIVAL EMERGENCY HEIRLOOM VEGETABLE SEEDS KIT US $69.95
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 Laxtons Progress Pea heirloom open polinated vegetable non GMO US $.99
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| cooking advice |
Mendel's early experiments with pea plants revealed that a trait could apparently "disappear" in one generatio
Mendel's early experiments with pea plants revealed that a trait could apparently "disappear" in one generation and then "reappear" in another. One example is when a pure tall plant was crossed with a pure short plant. Hint: the "short" trait "disappears"
Are you talking about a recessive gene? Sorry, I don't know what the question really was. I hope that helped you out. Take care! 
EDIT: Let me explain it further,
To make the short trait disappear -- first we start with:
TT for pure tall (homozygous)
tt for pure short (homozygous)
When they're crossed, you get Tt. Since "tall" is DOMINANT, it overpowers "short" which is RECESSIVE, this results in only the T of Tt being displayed in the characteristics of the plant.
Now, if you cross that Tt (remember, this appears as any normal tall plant, but it also carries a recessive t gene) plant with a tt plant, it's possible that you'll get another Tt, but it's also possible to get a tt. This means that if you DO end up with a tt, it'll display the traits of a short plant, since there's no dominant (T) trait to override the recessive ones (tt). That is how the trait that once dissapeared can reappear in another generation.
Hope this helps!
