Two plants are in a set-up wherein they are exposed to wind (fan). Plant 1 had a transpiration rate of 1.15 while Plant 2 had a transpiration rate of 1.86. Your primary goal is to conserve water. Based on the given, which plant is not suited to be planted in windy slopes of the watershed
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Two plants are in a set-up wherein they are exposed to wind (fan). Plant 1 had a transpiration rate of 1.15 while Plant 2 had a transpiration rate of 1.86.
Your primary goal is to conserve water. Based on the given, which plant is not suited to be planted in windy slopes of the watershed?
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- In a set-up where Plant 1 and Plant 2 are exposed to light, Plant 1 had a transpiration rate of 1.24 while Plant 2 had a transpiration rate of 1.01. If your goal is to conserve water, which plant is better to be planted during summer wherein there s a high solar incidence?Hopea Plagata has a transpiration rate of 1.23 cm³/min while Delonix Regia has a transpiration rate of 1.0140 cm³/min. Which species is better suited to be planted during summer when there is higher solar incidence? Why?Hopea Plagata has a transpiration rate of 1.1554 cm³/min while Delonix Regia has 1.8687 cm³/min. Which of the two species is better suited to be planted in windy slopes of the watershed? Why?
- Which statement is correct? None of the statements are correct. On a very still (little wind) day, the microclimate at the leaf surface has a low water potential, thus there is little transpiration loss. On a very windy day, the microclimate at the leaf surface has a high water potential, thus there is a lot of water lost via transpiration. On a very still (little wind) day, the microclimate at the leaf surface has a high water potential, thus there is little transpiration loss.Hopea Plagata has a transpiration rate of 1.1554 cm³/min while Delonix Regia has 1.8687 cm³/min. Which of the two species is not suited to be planted in windy slopes of the watershed? Why?It is June in Fresno and the officials at the water district have just reduced your irrigation ration by 26%. In the field, you determine that the water potential in your soil is -1.68 MPa while the water potential of your crop is -1.62 MPa. Question A. Is your crop able to take up water from the soil? Explain. Question B. It is now late August and your soil water potential is -2.10 MPa, fortunately, you have been granted one magic wish in altering the physiology of your crop to increase its ability to take up water, however, you must choose from one of the options below. Fill in the values denoted by the ? as needed, and select the option that will cause the greatest water uptake by your crop. Option Vs (MPa) Vp (MPa) Vw (MPa) -1.90 0.00 -2.59 +0.13 -2.4 -2.09 -2.05 -2.28 +0.17 4.
- Hopea Plagata has a transpiration rate of 0.7621 cm³/min while Delonix Regia has a transpiration rate of 0.6914 cm³/min. Which species is naturally more adapted to be planted in secondary forests where humidity is higher? Why?Under controlled conditions, a transpiration experiment was conducted using two different plant species, A and B. Each plant species was exposed to a low-humidity environment and a high-humidity environment with all other conditions kept the same. The transpiration rate was measured over a period of one hour. The data was graphed as shown below. A B transpiration rate (pl/cm²min) с 0.2 0.18 0.16 0.14 0.12 0.1 0.08 0.06 A bar graph of the transpiration rates of two plants under different humid conditions D 0.04 0.02 low humidity 40% In order to see the effect the change in humidity had on the transpiration rate, what would be a proper con trol to add to the study? high humidity 80% running the same experiment multiple times to collect additional data adding more water to the original plants and running the experiment again grow another set of plants at normal humidity growing more plants at 0% and 100% humidity Species A Species BUnder controlled conditions, a transpiration experiment was conducted using two different plant species, A and B. Each plant species was exposed to a low-humidity environment and a high-humidity environment with all other conditions kept the same. The transpiration rate was measured over a period of one hour. The data was graphed as shown below. A B transpiration rate (pl/cm²min) с 0.2 0.18 0.16 0.14 0.12 0.1 A bar graph of the transpiration rates of two plants under different humidity conditions What is the independent variable in the experiment? D 0.08 0.06 0.04 0.02 low humidity 40% the type of soll each plant was grown in the amount of water lost the humidity the plants are grown in high humidity 80% the amount of water given to each plant Species A Species B
- Given three environmental factors, what are its infuence in the rate of transpiration in the plant? Environmental Factors Effect Explanation Light Wind / Air current HumidityChoose all the correct statements for the graph above: A.in a mutant plant that makes TWICE the normal number of stomata on the leaf, we would expect the line to shift down (i.e. water potential would become more negative). B. During the period starting with time B and ending with time D, the water potential in the leaf is increasing. C.Transpiration rates are the highest around time B. D.At time A we expect to see the greatest volume of water moving up the xylem to this leaf.You have to design a leaf that has been adapted to grown in a dry environment by limiting transpiration. In your design you have to include at least four (4) adaptations and explain how this adaptation will contribute to the plant’s ability to grow in these conditions.