How does duckweed plant reproduction differ from typical terrestrial flowering plants? Explain.
choose the correct answer please Question 16 What structure is unique to reproduction in flowering plants? a. These are found in all plant reproduction. O b. a diploid zygote c. a haploid egg cell d. a triploid cell e. a haploid sperm cell
Be prepared for a short answer/essay type question similar to the following: Angiosperms (flowering plants) have wide distribution in the biosphere and the largest number of species in the plant kingdom. d. Discuss the function of FOUR structures for reproduction in angiosperms and the adaptive (evolutionary) significance of each. e. Mosses (bryophytes) have not achieved the widespread terrestrial success of angiosperms. Discuss how the anatomy and reproductive strategies of mosses limit their distribution.
Bryophytes & Seedless vascular plants: Be able to define a true “plant” Know how plants differ from other photosynthetic organisms (green algae, cyanobacteria) Understand that land plants share a common ancestor with green algae Be familiar with the four stages in land plant evolution, and know that both bryophytes and seedless vascular plants arose in the first stage seedless vascular plants diversified and dominated the Earth in the second stage, during the Carboniferous Period (~350-300 MYA), when coal deposits were...
1. What do apogamic non-vascular plants and gametophytic apomixis of flowering plants share in common? 2. How does gametophytic apomixis and apogamy differ? 3. How does gametophytic apoximis and vegetative apomixis differ?
The diagram shows reproduction in angiosperms, which are flowering plants. Place the terms appropriately on the diagram. Diploid (2n) sporophyte generation Haploid (6) gametophyte generation Answer Bank germinated pollen grain Melosis zygote sporophyte embryo Pollination embryo sac Flower Pistil mature sporophyte Ovule Pallen Şeed coal Endosperm (3) Pollen tube 3re nucleus Double fertilization
1. What does the male gametophyte in flowering plants lack that we see in the male gametophyte in gymnosperms (e.g. pine)? [answer] 2. 3.Double fertilization in flowering plants results in the 2N_____________ and the 3N _______________ . The 3N tissue is important because it will provide ___________________ for the growing seed. 4. A complete flower will have the following four parts (listed in order below from the outer part of the flower inward): _____________ , ______________, ______________ , _______________. 5....
Plants can reproduce both sexually and asexually. a. Explain the difference between sexual and asexual reproduction in plants (not in other organisms). b. Explain the different ways in which a plant can reproduce asexually. c. Include examples of the different types of asexual reproduction. ( I expect you to have more than one example as your textbook devotes an entire section to this topic.)
b ory Marvel Observation Flowering Plant Life Cycle Use Figure 10.6 as a guide to describe the life cycle of flowering plants 1. The parts of the flower involved in reproduction are the and the 2. The there the top of the same has two sacs, which produce - by meiosis. 3. Within an ovule, a megaspore mother sellepoes meliosis to produce four three of which die 4. A microspore underpoes mitosis and becomes a - the male gametophyte. 5....
A pink-flowering plant is of genotype RW. If two such plants are crossed, we obtain a red plant (RR) with probability 0.15, a pink plant (RW or WR) with probability 0.68, and a white plant (WW) with probability 0.17, as shown in the table. What is the expected number of W genes present in a crossing of this type? The expected number of white genes (W) is (Type an integer or a decimal.)
Describe the characteristics that distinguish macro algae from terrestrial plants. How are the two groups similar?