female gametophyte...
Nucellus and MMC are and generally diploid and functional megaspore and female gametophyte are haploid in nature.
Conifer seeds are typically contained within a cone. The pinyon pine nut is one of the larger, tastier conifer seeds.
Conifer fruit is also known as a cone.
microspores are the male gametes whilst megaspore are the female gametes. megaspore also known as megaspore mother cellor megasporocyte. it placed in female cone in the gumnosperm while the microspores placed in the male cone
A conifer is typically an evergreen, it does not drop its' 'leaves' (needles or scales) as do deciduous trees. Blue Spruce, White Pine, and Douglas fir are examples of conifer trees. Think Christmas trees - they are conifers. A conifer is a cone bearing tree. Some conifers are deciduous for example the Larch.
A conifer zygote is formed through the process of double fertilization, where one sperm cell fertilizes the egg cell to form the zygote and the other sperm cell combines with polar nuclei to form endosperm. This process takes place within the female ovule of the conifer plant.
megaspore formation process
Nucellus and MMC are and generally diploid and functional megaspore and female gametophyte are haploid in nature.
The triploid nucleus in the megaspore divides to produce endosperm, which provides the plan embryo in the seed with food.
The address of the Jcpl-Conifer Library is: 10441 Highway 73, Conifer, 80433 8538
Conifer is a gymnosperm
Conifer is a gymnosperm
The address of the Conifer Historical Society And Museum is: 26951 Barkley Road, Conifer, CO 80433
Oh, dude, conifer seeds are found inside the cones of conifer trees. Yeah, those spiky things you find on the ground in the forest. The seeds are all snug in there, just waiting for their moment to sprout and become majestic trees. Cool, right?
Sprophyte is dominant in a conifer
ovule
A megaspore mother cell of tobacco with a diploid number of 48 chromosomes will have twice that number, so there would be 96 chromosomes. During meiosis, this number will be halved to produce haploid megaspores.