1 / 20

Water Cycle

Water Cycle. Our project is designed to enhance current units and curriculums that teach ecology and the water cycle Tanya Sterba, Cheshire High School, Cheshire, CT, tsterba@cheshire.k12.ct.us Amanda Kostecke, Peabody Veteran’s Memorial High School, Peabody, MA, A_Kostecke@hotmail.com.

Download Presentation

Water Cycle

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.


Presentation Transcript

  1. Water Cycle • Our project is designed to enhance current units and curriculums that teach ecology and the water cycle • Tanya Sterba, Cheshire High School, Cheshire, CT, tsterba@cheshire.k12.ct.us • Amanda Kostecke, Peabody Veteran’s Memorial High School, Peabody, MA, A_Kostecke@hotmail.com

  2. Introduction • This unit covers ecology and focuses on the water cycle component • Teachers can use materials in this unit to enhance their traditional methods with technology, our intention is not to replace your labs or assessments • Our project provides students with a “hands on” learning approach to water as it changes states through the use of mini-projects and computer simulations

  3. Intended Audiences • Introductory biology students in the 9th and 10th grades • Unit incorporates Connecticut K-12 Content Standards and Massachusetts Science Frameworks • Students must master these standards to pass state exams (CAPT, MCAS)

  4. Adjustments and Adaptations • Our unit can be enhanced by incorporating terrarium or hydroponics projects • Rubrics can be modified to accommodate varying academic levels • Pacing modifications can easily be made to accelerate advanced groups

  5. Technology Rich Students can perform simulations at individual stations Individual opportunities for data analysis More use of Excel for graphs and charts Limited Technology Simulations can be used as demonstrations Virtual movies can enhance lecture and discussions Incomplete notes can be used to keep students on task during simulations Technology

  6. Placement in the Curriculum • Teachers can use this unit to enhance their traditional methods of teaching ecology with technology • The simulabs are provided for enrichment, they do not have to replace wet labs • Students will need previous instruction on how manipulate the simulab programs

  7. Time • Lesson is intended for a length of five days • Preparation and clean-up time required for this unit are limited according to available materials (see lab write-ups for more detail) • Suggestions to increase efficiency are given in the teacher notes • Follow-up activities can include incorporation of other simulabs throughout the curriculum as well as post lab questions for the simulabs

  8. Electronic Equipment • At least one computer with VMDL software and TV with appropriate connections or a multimedia projector • Computer labs with VMDL software on each computer (we suggest one computer for every one to two students)

  9. Resources • Materials are outlined within teacher notes and student labs • Cost is minimized by availability of in-home materials (ie. 2 liter soda bottles, matches, balloons) • Laboratory exercises can be performed in a regular classroom • More information can be located at http://polymer.bu.edu/vmdl/

  10. Internet Resources and Shared Materials • The Fireproof Balloon: http://scifun.chem.wisc.edu/HOMEEXPTS/FIREBALLOON.html • Phase change activities: http://www-k12.atmos.wshington.edu/k12/pilot/water_cycle/grabber2.html • Terrarium Ideas: http://www.suite101.com/article.cfm/262/2495 • Hydroponics OnLine: http://www.hydroponicsonline.com

  11. Goals and Objectives Massachusetts Frameworks: 6.1    Explain how biotic and abiotic factors cycles in an ecosystem (water, carbon, oxygen, nitrogen). 6.2    Use a food web to identify and distinguish producers, consumers, and decomposers, and explain the transfer of energy through trophic levels.

  12. Goals and Objectives Connecticut K-12 Content Standards: • 3.)    Students will understand that all organisms in the • biosphere are linked to each other and to their • physical environments by the transfer and • transformation of matter and energy. 8.) Students will understand the water cycle including water transfers, the distribution and characteristics of water, and its influences on human activity.

  13. Enabling Objectives • Students will identify the levels of organization that ecologists study. • Students will identify the source of energy for life processes. • Students will trace the flow of energy through living systems. • Students will evaluate the efficiency of energy transfer among organisms in an ecosystem. • Students will explain how nutrients are important in living systems.

  14. Enabling ObjectivesFocus on Water Lessons • Students will describe how matter cycles among the living and nonliving parts of an ecosystem. • Students will manipulate simulations that examines how water is affected by its environment (heat energy). • Students will develop presentations associated with components of the water cycle.

  15. Instructional ActivitiesDay One: Introduction to Water • Fireproof Balloon activity – students will observe that properties of water will fireproof a rubber balloon • Teacher-led discussion on water, what it is, what forms it can be found in, etc. • Close day with a discussion of the Fireproof Balloon • Online Viewers See: Teacher Notes 1, 2, & 3 and Fireproof Balloon Activity

  16. Day Two: Introduction to Sims • Teacher will demonstrate and explain the use of Virtual Molecular Dynamics Laboratory software • Students will perform simulations that model the balloons with and without water • More discussion of water, now discussing the water cycle and phase changes • Students will share their prior knowledge of water with classmates • Online Viewers See: VMDL Balloon Simulations

  17. Day Three: States of Matter • Students will use VMDL to observe the states of matter and follow water through its phase changes • Continued discussion of the water cycle • Teacher will describe Mini-Projects and procedure for the next two days • Online Viewers See: VMDL States of Matter and Mini-Projects

  18. Day Four: Water Cycle Centers • Students will be assigned to groups of four, and one person from each group will complete an activity at the center of their choice • Centers include: Evaporation, Condensation, Precipitation, and Saturation • Students will answer questions for their particular center and will prepare a ½ page summary and a visual for presentations on the following day • Online Viewers See: Teacher Notes 4 & 5

  19. Day Five: Presentations • Groups will be given no more than ten minutes at the beginning of class to compile all of their visuals and summaries to prepare for a presentation • Presentations will probably be short – Teacher should be prepared to introduce the Nutrient Cycles

  20. Assessments • Since this unit is designed to coincide with your standard plans, your original assessments should work nicely • An open-ended quiz on the water cycle is included in the unit (See: Water Cycle Quiz) • We have provided rubrics for the Water Cycle presentations and they represent embedded assessments for project • To view these rubrics, see: Water Cycle Presentation Rubric and Water Cycle Rubric - Excel

More Related