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Sanders, Martie; Ngxola, Nonyameko – Journal of Biological Education, 2009
Evolution was introduced into the senior secondary school Life Sciences curriculum in South Africa for the first time in 2008. Research in other countries shows that evolution is an extremely controversial topic to teach, raising serious concerns for teachers. Curriculum change theory dealing with "stages of concern" suggests that…
Descriptors: Evolution, Curriculum Development, Biological Sciences, Foreign Countries
Gonzalez-Rodriguez, Concepcion; Garcia-Barrios, Susana; Martinez-Lozada, Cristina – Journal of Biological Education, 2009
In this paper, the authors analyse the conceptual contents related to plant nutrition in the widely-used school texts of six Spanish publishers. An analysis dossier was elaborated based on the epistemological and pedagogical study of this subject. The publishers deal with the issue of plant nutrition at three different levels (multicellular,…
Descriptors: Textbooks, Nutrition, Ecology, Textbook Content
Janssen, Fred; de Hullu, Els – Journal of Biological Education, 2008
Students need tools, thinking skills, to help them think actively and in depth about biological phenomena. They need to know what kind of questions to ask and how to find answers to those questions. In this article we present a toolkit with 12 "thinking tools" for asking and answering questions about biological phenomena from different…
Descriptors: Biology, Productive Thinking, Thinking Skills, Questioning Techniques
Chanchaichaovivat, Arun; Panijpan, Bhinyo; Ruenwongsa, Pintip – Journal of Biological Education, 2008
An experiment on the action of the yeast, "Saccharomyces cerevisiae", against a fungal plant disease is proposed for secondary students (Grade 11) to support their study of organism interrelationship. This biocontrol experiment serves as the basis for discussing relationships among three organisms (red chilli fruit, "Saccharomyces cerevisiae," and…
Descriptors: Plants (Botany), Science Projects, Diseases, Biology
Venville, Grady; Donovan, Jenny – Journal of Biological Education, 2008
The purpose of this research was to explore the way pupils of different age groups use a model to understand abstract concepts in genetics. Pupils from early childhood to late adolescence were taught about genes and DNA using an analogical model (the wool model) during their regular biology classes. Changing conceptual understandings of the…
Descriptors: Prior Learning, Genetics, Biology, Concept Formation
Choi, Hyun-Jung; Ahn, Jung Hoon; Ko, Minsu – Journal of Biological Education, 2008
This paper describes a forensic science simulation programme applicable for use in colleges. Students were asked to find a putative suspect by DNA fingerprinting using a simple protocol developed in this study. DNA samples were obtained from a hair root and a drop of blood, common sources of DNA in forensic science. The DNA fingerprinting protocol…
Descriptors: Problem Solving, Genetics, Biotechnology, Crime
El-Hani, Charbel Nino – Journal of Biological Education, 2008
In this paper, I argue that characterisations of life through lists of properties have several shortcomings and should be replaced by theory-based accounts that explain the coexistence of a set of properties in living beings. The concept of life should acquire its meaning from its relationships with other concepts inside a theory. I illustrate…
Descriptors: Evolution, Concept Teaching, Scientific Concepts, Educational Theories
Frisch, Jennifer Kreps; Saunders, Gerald – Journal of Biological Education, 2008
A number of case studies were examined to discover how introductory college biology instructors and their students use stories to make sense of biology concepts. Methods involved observing and transcribing stories told by four instructors over two semesters. Three instructors and 31 students were interviewed. Four story types were identified from…
Descriptors: Biology, Introductory Courses, Case Studies, Scientific Concepts
McEwan, Birgitta – Journal of Biological Education, 2008
The following experiment describes an easy experiment for children 11-12 years old, performed during spring in a compulsory school near Karlstad, Sweden. Four different ripe fruits were placed under flowering plants of Impatiens New Guinea (Impatiens hawkeri) for four days on a table and with plastic bags around both plants and fruits. For one of…
Descriptors: Science Activities, Foreign Countries, Science Course Improvement Projects, Science Experiments
Kay, Ian – Journal of Biological Education, 2008
Underlying recent developments in health care and new treatments for disease are advances in basic medical sciences. This edition of "Webwatch" focuses on sites dealing with basic medical sciences, with particular attention given to physiology. There is a vast amount of information on the web related to physiology. The sites that are included here…
Descriptors: Physiology, Sciences, Internet, Web Sites
Schussler, Elisabeth E.; Olzak, Lynn A. – Journal of Biological Education, 2008
It is well documented that people are less interested in studying plants than animals. We tested whether university students would selectively recall more animal images than plant images even when equally-nameable plant and animal images were presented for equal lengths of time. Animal and plant images were pre-tested and 14 animal-plant pairs…
Descriptors: Plants (Botany), Animals, Student Attitudes, Attention
Cherubini, Mauro; Gash, Hugh; McCloughlin, Thomas – Journal of Biological Education, 2008
Plant growth, development and reproduction are fundamental concepts in biology; yet there is a recorded lack of motivation for young people to grapple with these concepts. Here we present the "DigitalSeed" toy for making investigations around these concepts more accessible to children through hands-on digital interaction. This is part of an…
Descriptors: Plants (Botany), Fundamental Concepts, Investigations, Motivation
Griffis, Kathy; Thadani, Vandana; Wise, Joe – Journal of Biological Education, 2008
We report on the development of a middle school life sciences inquiry module, Sensing the Environment. This "data-enriched" inquiry module includes a series of activities exploring the nature of science, photosynthesis, transpiration, and natural selection, which culminates in students' querying authentic environmental data to support a scientific…
Descriptors: Delivery Systems, Research Methodology, Scientific Principles, Teaching Guides
Azul, Anabela Marisa; Ramos, Vitor; Pato, Anabela; Azenha, Matilde; Freitas, Helena – Journal of Biological Education, 2008
More than 90% of vascular plants in terrestrial ecosystems form symbiotic root-fungal associations known as mycorrhiza; in Mediterranean biomes all known mycorrhizal types co-exist. However, the understanding of mycorrhizal diversity and structure and their ecophysiological impact in soil productivity and conservation has been shown to be very…
Descriptors: Ecology, Scientific Research, Marine Biology, Laboratory Safety
Wilde, Mathias; Urhahne, Detlef – Journal of Biological Education, 2008
According to Reinmann-Rothmeier and Mandl (2001), learning environments should provide an ideal balance between constructivist and instructive elements. Most interesting for constructivist learning processes is the combination of the cognitive and the motivational domain. In an empirical study with 207 fifth-graders of the highest stratification…
Descriptors: Constructivism (Learning), Student Evaluation, Museums, Learning Processes

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