Plant Transpiration Teacher Resources

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Students conduct various experiments to investigate plant transpiration. In this biology lesson, students explain how this process helps maintain the hydrologic cycle. They measure the rate of water loss in plants using a potometer.
These lessons use a variety of methods and approaches to teach flowering plant biology which includes seed germination; plant growth and food production through photosynthesis; plant transpiration and respiration; sexual reproduction focusing on flower st
Students observe the effect of transpiration as water is moved from the ground to the atmosphere. They discuss the two methods that water moves from the ground to the atmopshere as part of the hydrologic cycle. Students are taught that transpiration is the evaporation of water from plant leaves.
Learners examine the concept of transpiration. They work together to complete an experiment in which they see water loss in plants. They record their observations and discuss their conclusions.
The basic elements of the water cycle and how water is recycled through our environment is focused on in this instructional activity. Your students construct classroom terrariums and learn to make and record observations relating to the water cycle. They create a classroom big book about the water cycle with watercolor illustrations.
Third graders conduct an experiment comparing plants.  In this plant lesson, 3rd graders plant seeds and grow two varieties of plant comparing the light needed for it to grow.  Students make predictions and record their observations. Students complete prediction, observation and conclusion worksheets.
Students explain the role of different organisms in the food web. In this ecology lesson, students participate in a game to simulate mineral cycling through the web. They discuss the importance of recycling minerals and resources.
Students complete a unit on biodiversity and their significance to pharmaceuticals. They
Students investigate the emission of greenhouse gases by industrialized nations. They present their findings in a simulated international global warming conference. They then whether or not the United States should take part in the international climate accord and write an essay supporting their views.
As a way to combine life and physical science, or simply as an investigation of plant transpiration, this instructional activity is sure to inspire! Middle schoolers capture the moisture given off by plants that are placed in different conditions. They relate the output to the surface area of the leaves. Finally, and here is the connection, they hypothesize how what they learned might apply to the size of a photovoltaic cell and its energy output. This terrific resource provides everything you need for a valuable classroom experience.
Learners continue their examination of the existence of life on Earth. In groups, they determine the role of the water cycle and other biogeochemical cycles play in keeping balance on Earth. They participate in experiments to discover how moisture gets in and out of the air. To end the lesson, they compare and contrast the relationships between biotic-biotic, biotic-abiotic, and abiotic-abiotic interrelationships.
Students apply the science of chemistry to soil and plant relationships. They define diffusion and indicate for which of these nutrient(s) would you expect diffusion to be the most important for movement to the plant root? Pupils answer the following questions: For which of these nutrient(s) is diffusion the least important and how does this nutrient move to the plant root?, and Indicate three factors that influence the rate at which ions diffuse and riefly explain why.
In this water cycle worksheet, learners read an informational passage, observe a labeled diagram of the transpiration water cycle, and answer comprehension questions. Students answer seven multiple choice questions and write a story from the water's point of view.
All types of transport systems in a dicotyledon plant are detailed here, with clear labelled diagrams and notes for the specific structures and functions. The way that these systems have adapted, and how support is assisted by the structures, is also described. Your students will find this information accessible although the slides are quite text rich.
Students conduct a variety of experiments on photosynthesis. In this biology instructional activity, students identify the factors required for the process to occur. They perform computerized experiments to test the amount of oxygen produced when plants are exposed to different light sources.
Learners develop an understanding of our planet as a system by designing a very-long-duration space mission in which the life-support system is patterned after that of earth.
Students test tap water for hardness and mineral content. For this environmental science lesson, students identify the different stages of the water cycle. They classify plant and animals according to the rules of taxonomy.
Students calculate the SA/V ratio and volume of phenophthalien agar that are cut into different shapes. They then let ammonia diffuse into the various pieces of agar and determine the effect that SA/V had on the rate of diffusion.
There are actually two topics dealt with in this resource. First is the processes by which living organisms maintain homeostasis. Beginning biologists experiment with evaporation to simulate animal perspiration and transpiration in plant leaves. The other topic is the water cycle. Meteorology masters cause miniature clouds to form by condensation and create rain in a water cycle model. Whereas these are educational activities in a well-written lesson plan, you most likely would use them in two completely different courses.
Students discover the flow of energy from plants to humans, the importance of this and how the energy chain is effected.  In this informational lesson students will see how energy is produced and conserved by trees and how it can be utilized by humans.

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Plant Transpiration