Green Algae have the pigments which are most similar to land plants.
1. Green algae contain chlorophyll a and chlorophyll b (bright green), beta carotene (red-orange) and xanthophylls (yellow).
2. Brown algae have a unique brown to yellow appearance. It contains pigments like chlorophyll a, chlorophyll c, fucoxanthin, β-carotene, and xanthophylls.
3. Red algae have following pigments - chlorophyll a, chlorophyll d, β-carotene, and phycocyanin.
Land plants contain the carotenoids and chlorophyll a and b just like green algae. Red and brown algae have types of chlorophyll molecules in addition to chlorophyll a. They have also different accessory pigments.
Question 45 (2 points) Which type of algae would have pigments most similar to land plants?...
what does a phylogenetic tree of 1.cyanobacteria 2. Land plants 3. Brown algae 4. Green algae 5. Red algae look like
Question 41 2 pts The supergroup that contains red and green algae, along with land plants is Chromalveolates. O Unikonta. Opisthokonta O Archaeplastida. O Excavata. Which of the following organisms would NOT be considered a protist? O amoeba O algae O slime mold O water molds O yeast
Which group of organisms is most closely related to plants? A. green algae B. brown algae C. red algae D.slime mold Which group of plants lacks vascular tissue? A. mosses B. ferns C. cone-bearing plants D. grasses
please choose the right answer
Question 36 You decide green algae should be classified as plants. Which of the following is most likely NOT a reason why you would do this? a. Two of these are not reasons to call algae plants. b. They have genes similar to genes in land plants. c. They are single-celled organisms. d. They have cellulose in their cell walls. e. They have chlorophyll.
please chose the right answer
Question 25 1 points The ancestor of land plants is thought to be related to charophytes, a type of green algae. Why might it be advantageous for charophytes to undergo sexual reproduction? a. Charophytes, like land plants, have plasmodesmata, which need to be generated by sexual reproduction, b. Sexual reproduction produces larger numbers of offspring in less time. c. They are multicellular when conditions are unfavorable, which favors sexual reproduction d. Sexual reproduction produces multicellular...
choose the correct answer please
Question 25 1 points The ancestor of land plants is thought to be related to charophytes, a type of green algae. Why might it be advantageous for charophytes to undergo sexual reproduction? a. Charophytes, like land plants, have plasmodesmata, which need to be generated by sexual reproduction b. Sexual reproduction produces larger numbers of offspring in less time. c. They are multicellular when conditions are unfavorable, which favors sexual reproduction d. Sexual reproduction produces multicellular...
Which of the following would not support chlorophytes as the ancestor to land plants? Group of answer choices A) Both algae and land plants are photosynthetic B) Both algae and land plants have the same type of chlorophyll pigment C) Both algae and land plants have cell walls made of different molecules D) Both algae and land plants
Land plants: CA. Share a common ancestor with green algae - U B. Are descended from green algae C. Have chloroplasts as do most green algae D. A and C E. B and C
Which type of algae consists of only multicellular organisms? A. Brown algae B. Euglenoids C. Dinoflagellates D. Red algae E. Green algae
5. Refer to the image. Phylogenetic relatianships based on chloroplast genes Brown algae Diatoms Most photosynthetic dinoflagellates Cryptophyte algae Red algae Red algae Phylogenetic relationships based on nuclear genes Opisthokonts Amoebozoans GlaucocystophytesArchaeplastids Red algae Green algae Diatoms Brown algae -Stramenopiles Green algae Euglenids Green algae Chlorarachniophyte algae Dinoflagellates -Alveolates Chlorarachniophyte algae Green algae Green algae Green algae Green algae Land plants Glaucocystophytes Rhizarians Cryptophyte algae Euglenids - Excavates Cyanobacteria ologye How Life Work, Third Edition o 2019 Macmlan Learning Phylogenies...