You find a plant with four basic plant adaptations. Which adaptation would most direcly indicate that the plant is able to tolerate very dry desert habitats? Correct Answer O Seeds Alternation of generations Vascularity You Answered O Leaves You are trying to determine whether the green organism that you found in a pond sample is a charophyte or simple plant. Finding which of the following characteristic would be most helpful in doing so? O Chlorophyll b Correct Answer O Sporic life cycle You Answered Sexual reproduction Cell walls

You find a plant with four basic plant adaptations. Which adaptation would most direcly indicate that the plant is able to tolerate very dry desert habitats? Correct Answer O Seeds Alternation of generations Vascularity You Answered O Leaves You are trying to determine whether the green organism that you found in a pond sample is a charophyte or simple plant. Finding which of the following characteristic would be most helpful in doing so? O Chlorophyll b Correct Answer O Sporic life cycle You Answered Sexual reproduction Cell walls

Nutrition Now

8th Edition

ISBN:9781337415408

Author:Brown

Publisher:Brown

Chapter21: Phytochemicals

Section: Chapter Questions

Problem 5RQ

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38 The image above depicts a species of moss. Answer the following questions insentence format.bc. What is the dominate generation of life?And What four key environmental factors support this plant to survive andreproduce?
P Parchment Exchange - Leader X + edgenuity.com/Player/ SC5181 A 7 11 13 14 15 17 Unmark this question O Burning large areas of the knotweed O Introducing another plant to compete with the knotweed O Spraying large areas of the knotweed with herbicides Engaging animals to eat the knotweed 19 20 ▸ U O PART Save and Exit The rapidly growing Japanese knotweed plant has a wide range of growth in North America. This plant is an invasive species that outcompetes native plants for area and sunlight. What would best help control mature growth of this invasive plant in an environmentally responsible way? O Next G ← English Sign out V Submit Oct 27 19 ☐ Kinley Heath ⠀ E ▸ 10:29 A
Last edit vwas made o nours ago by Jamie Laver 100% Normal text BIUA Arial 14 E- E 1E E E E 1 II| 3 II 4 5 Example 4: Many plants exhibit phenotypic plasticity in the density of their stomata under different concentrations of CO2 in the atmosphere. Stomata are small pores on the underside of the leaf surface. In the picture below, the stomata are the tiny ovals. Stomata can open to absorb or release gases. They can also close to conserve water under hot and dry conditions. 5. Scientists have found that when plants are grown in low CO2 conditions, they grow leaves with more stomata. When the plants are grown in high CO2 conditions, they grow leaves with fewer stomata. What advantage might this provide? Guard cells (swollen) Guard cells (shrunken) Support | Schoology Blog | PRIVACY POLICY | Terms of Use
A greenhouse worker finds that potted chrysanthemumsnearest the aisles are often shorter than those in the middle of the bench. Explain this “edge effect,” a commonproblem in horticulture
The two pictures below are two soil profiles that typically form in under different types of vegetation, but can also occur relatively close together: 20 40 First, using morphological clues learned in lab, define what these two soil orders are. Be sure to indicate which soil is which (e.g., "the soil of the left is."). Then describe which CIORPT factor and which soil forming.process is probably most important in determining the difference between these two soil types are fairly close to one another?
How does copper contamination in soil affect plant growth in an endangered plant?You haveOne greenhouse with three tables100 seeds (10 each from 10 plants: assume each seed is viable)unlimited pots, soil, copper, etc.ConsiderHow will you set up your experiment?How many samples (per treatment, per measurement)?What will you measure (leaf area, number of leaves, shoot height, shoot biomass)?
If all other factors aff ecting photosynthetic rates were equal and atmospheric CO2concentrations were themain factor aff ecting photosynthetic rates, how would plant growth in an area that is about 30 degrees C in thedaytime have changed over the course of the past 400,000 years?
Suppose a community garden in your neighborhood has both individually owned plots and alarge, common plot. If soil and sunlight conditionsare the same everywhere in the garden, explainwhy tomatoes grown in individually owned plotsare so much better than tomatoes grown in thecommon plot.
Match the terms/structures with the plant you expect to find them during lab. Note some answers may be used more than once and others not at all. xylem and phloem [ Choose] bulliform cells [ Choose ] endodermis V [Choose] Syringa leaf only Pine leaf only Corn and Pine leaves only hypodermis Privet and Pine leaves only Syringa, Corn and Pine leaves Corn leaf only Syringa and Corn leaves only mesophyll TChooseJ stomata [ Choose ] bundle sheath cells [ Choose ] sclerenchyma fibers [ Choose ]
The following belong to the sporophyte generation exceptmicrosporesseedsnucellusembryo
i) list TWO adaptations that show that the plant conserves water.ii) Photosynthetic cells produce starch and may be stored. Describe how one may test for the presence of starch on a piece of potato tissue. iii) Give TWO characteristics of monocotyledonous plants. d. The transition of plants from an aquatic environment to a terrestrial one has broughtabout many evolutionary adaptations for plants to survive on land. Give ONE adaptationfor each of the following divisions:i) Mosses: ii) Gymnosperms.
Imagine yourself as a water molecule in the soil solution of aforest. In a short essay (100–150 words), explain what pathwaysand what forces would be necessary to carry you to the leaves ofthese trees.