Re: HYB: flower form & stalk inheritance
- Subject: Re: HYB: flower form & stalk inheritance
- From: Linda Mann <firstname.lastname@example.org>
- Date: Mon, 20 Oct 2014 08:53:17 -0400
I've been really surprised by the width occasionally coming out of
Immortality as pod parent (overlapping falls on at least one with (Final
Episode, Tea Leaves, Matrix) as pollen. Neither parent has falls that
wide, tho both were nearly touching.
I'm seeing many more than I expected with nearly touching falls with Imm
as pod parent. Actually, I expected zero, so in this case, "many more"
is only a few so far ;-).
In trying to predict what will 'shove' crosses in the direction I want,
it's been really helpful to know the range of widths in all the aunts
and uncles, great aunts and great uncles on both sides. Almost
impossible to get that information without growing my own lines. It's
taken awhile, but gratifying to finally be able to get there.
So from what you wrote, pretty much entirely nuclear DNA for bloom
form/width, branch count and placement. And 3 ft tall leaves :-(
Possibly maternal for stalk chunkiness. And extrapolating, stalk
corkscrewing (sensitivity to weather effects) and multiple stalks coming
from one fan (I'm seeing a lot of triple stalks this fall - first stalks
presumably more stressed by summer heat and drought more likely to be
triples than later ones)
Unknown effect on branching - probably some of both? since some
cultivars produce beautiful branching at home, turn into popsicles &
gladiolas elsewhere. So I may have seedlings with genetics for good
branching combined with weather sensitivity that's not letting it be
Thanks Chuck. That is very helpful.
On 10/19/2014 6:18 PM, Chuck Chapman wrote:
The maternal inheritance of plastid and mitochondria genetics basically
involves the plants energy systems of chlorophyll and ATP production.
But control of these rests with nuclear DNA for most part. So how well
the potential of maternal inheritance is able to perform is partially
dependent on proper control signals from nucleus.
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