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Dambekalns, Lydia; Medina-Jerez, William – Science Scope, 2012
All too often, subjects in schools present disjointed phenomena as a compilation of data or facts that seem isolated from students' lives. However, current science education pedagogy clearly emphasizes integration of knowledge and skills in real-world settings (NRC 2007). This integrated instructional approach addresses fundamental process skills…
Descriptors: Science Education, Art Education, Elementary Secondary Education, Science Instruction
Miles, Rhea – Science Scope, 2012
In the summer of 2009, 22 African American middle school students in eastern North Carolina became participants in the Reach Up program to increase the number of underrepresented students participating in science-, technology-, engineering-, and mathematics-related activities. One of the goals of the program was for these students to participate…
Descriptors: Competition, Student Participation, Middle School Students, Investigations
Britton, Tricia – Science Scope, 2011
Using formative assessment involves gathering data from students on their progress and comprehension so that instruction can be adjusted to meet their learning needs (Popham 2001; Greenstein 2010). This article describes how the author uses homework, "three quick questions," trivia questions, pretests, and practice tests to formatively…
Descriptors: Formative Evaluation, Alternative Assessment, Objective Tests, Student Evaluation
Pries, Caitlin Hicks; Hughes, Julie – Science Scope, 2011
Nothing brings out the best in eighth-grade physical science students quite like an engineering challenge. The wind turbine design challenge described in this article has proved to be a favorite among students with its focus on teamwork and creativity and its (almost) sneaky reinforcement of numerous physics concepts. For this activity, pairs of…
Descriptors: Science Activities, Energy, Grade 8, Physical Sciences
Sampson, Victor; Clark, Douglas – Science Scope, 2007
An explicit goal of the current reform movement in science education is to promote scientific literacy in the United States. One way to encourage scientific literacy is to help students develop a better understanding of science subject matter, that is, the declarative knowledge specifically associated with the physical, life, and earth sciences.…
Descriptors: Sciences, Persuasive Discourse, Educational Change, Classrooms
Wagler, Ron; Moseley, Christine – Science Scope, 2005
The Madagascar hissing cockroach (MHC) provides an excellent avenue to introduce students to the joys of inquiry-centered learning. MHC's are relatively tame, produce little odor, do not bite, and are easy to handle and breed. Because of these characteristics, they are ideal for classroom activities, science projects, and as pets. They also help…
Descriptors: Learning Activities, Entomology, Class Activities, Science Projects

Chandler, Pauline – Science Scope, 1997
Describes an activity in which students assume the roles of scientists living in the year 2,001,997 and make their own fossil record discoveries of animals that have undergone evolutionary changes since 1997. Students choose the animals as well as create the adaptations that have taken place. Includes a sample scoring rubric. (DKM)
Descriptors: Elementary Education, Evaluation Methods, Evolution, Science Activities
Sumrall, William; Schillinger, Don – Science Scope, 2004
Science fairs offer students the opportunity to develop skills in inquiry, writing research proposals, working with peers, verifying results, and sharing experimental findings. However, the science fair itself does not necessarily translate into a student's attainment of such skills. Project quality and a student's successful achievement of good…
Descriptors: Learning Activities, Class Activities, Transfer of Training, Science Education

McHugh, Susan A. – Science Scope, 1994
Presents an introduction to a unit on the periodic table in which students are asked to assume the roles of the element families. (MKR)
Descriptors: Chemistry, Grouping (Instructional Purposes), Junior High Schools, Middle Schools

Roth, Wolff-Michael – Science Scope, 1992
Describes using Vee maps and concept maps to guide student investigations and for student assessment. Technique focuses on following questions: what do I want to find out? what do I know? how do ideas connect? how do I go about finding answer to my question? what can I make of my findings? and what did I observe and measure? (PR)
Descriptors: Concept Mapping, Evaluation Methods, Junior High Schools, Science Activities

Scarnati, James T.; And Others – Science Scope, 1992
Describes a school activity in which junior high school students display science projects in a noncompetitive atmosphere in four categories: (1) group projects; (2) hands-on activities encouraging young children and parent participation; (3) research projects; and (4) scientific portrayals of figures, concepts, or events. (MDH)
Descriptors: Junior High Schools, Research Projects, School Activities, Science Activities

Reynolds, Karen – Science Scope, 1994
Students should have some experience with science carried out over time periods of several months or an entire school year. Presents suggestions to help teachers start their own bank of ideas for long-term science activities. (PR)
Descriptors: Junior High Schools, Learning Activities, Middle Schools, Science Activities

Martirano, Michael J. – Science Scope, 1994
Presents detailed descriptions and diagrams for having students build their own hot air balloons. Describes the educational benefits of the balloon building. (PR)
Descriptors: Junior High Schools, Learning Activities, Middle Schools, Science Activities

Griffith, Earl F. – Science Scope, 1994
Presents detailed descriptions and diagrams for having students build their own miniature box kites. Describes the educational benefits of the kite building. (PR)
Descriptors: Junior High Schools, Learning Activities, Middle Schools, Science Activities
Cronin, Jim – Science Scope, 2003
The author was looking for a demonstration that actually used wind shear forces to set up the tornado effect when he saw a video produced by The Tornado Project called "Secrets of the Tornado". This video not only shows dozens of actual tornadoes, but also gives construction techniques for several different styles of tornado boxes that are…
Descriptors: Science Instruction, Natural Disasters, Science Experiments, Class Activities