Reidar Mosvold's Library tagged education → View Popular

Together with selected introductory data about the countries collected via questionnaires, the chapters comprising the two volumes of the TIMSS 2007 Encyclopedia provide an important resource for helping to understand the context for the teaching and learning of mathematics and science around the world, with particular emphasis on schooling through the eighth grade.

17 Jun 09

Santagata, R., Zannoni, C., and Stigler, J. (2007). The role of lesson analysis in pre-service teacher education: an empirical investigation of teacher learning from a virtual video-based field experience. Journal of Mathematics Teacher Education, 10(2):123-140.

www.springerlink.com/...fulltext.html - Preview

mathematics teacher education learning video

recommended that preservice teachers be offered more authentic experiences to prepare them to handle the complexity and
challenges of the school context
greater emphasis on field experiences
5 more annotations...
- two assumptions: (1) exposure to examples of teaching creates learning opportunities for prospective
  teachers; and (2) through field experiences preservice teachers meld theory into practice.
- Studies on teacher learning conducted in the 1970s concluded that, when first exposed to examples of teaching, preservice
  teachers tend to focus on irrelevant features, such as the way the person looks, the sound of their voice, and the gestures
  they use (Fuller & Manning, 1973)
- unless
  one has a clear goal in mind, classroom observations can easily turn into messy, unstructured notes, of little use a few days
  later
- Many authors underline the stability of teaching practices across centuries.
- It is thus not likely that preservice teachers will encounter reform-minded practices in the lessons they observe. On the
  contrary, field experiences may expose student teachers to a limited repertoire of strategies and to a narrow and unrepresentative
  sample of students.

23 May 09

HowStuffWorks - Learn How Everything Works!

www.howstuffworks.com - Preview

tips reference education learning

23 Mar 09

SIG/RME

AERA Special Interest Group for Research in Mathematics Education

www.sigrme.org - Preview

mathematics education research

13 Mar 09

Letting Twitter change the way we teach | Education IT | ZDNet.com

education.zdnet.com/?p=2252 - Preview

twitter education

10 Feb 09

Seminal studies by Cooney (1985), Ernest (1989), Thompson (1984) and others pointed to the need of viewing teaching as more than a behavioural response to external constraints and affordances.
Instead, they recommended that we look into the role of teachers’ mathematical and educational priorities for the mathematics
classroom practices.

Blömeke et al. (2008) Effectiveness of teacher education

www.springerlink.com/...fulltext.html - Preview

effectiveness teacher education mathematics research

(1)
content knowledge,

(2)
pedagogical content knowledge, and

(3)
general pedagogical knowledge.
The levels of content knowledge, pedagogical content knowledge and general pedagogical knowledge have proven to influence
teacher performance significantly. However, if each of the facets is analyzed with regard to its relation to teacher performance,
the effects are vague resp. contradictory. Thus, the single dimensions of teacher knowledge seem to have only a limited predictability.
Evidence for this phenomenon exists especially with regard to content knowledge in mathematics (Begle, 1979; Hill, Rowan & Ball, 2004; Monk, 1994).
15 more annotations...

Corresponding vague and contradictory effects become apparent with regard to general pedagogical knowledge if it is taken
as the only criterion to predict teacher performance (Ashton & Crocker 1987; Grossman, 1990). In contrast, pedagogical content knowledge seems to be a vital element of teacher performance: the linking of content knowledge and knowledge about its instruction
shows consistently positive correlations to student achievement (Baumert, 2006; Brown, Smith & Stein, 1996; Cohen & Hill, 1997; Wiley & Yoon, 1995). However, an important question is to what extent somebody can have pedagogical content knowledge without having acquired
content knowledge and pedagogical knowledge.
The six-country study MT21 about future lower-secondary mathematics teachers
Regarding pedagogical content knowledge, countries differ in their strengths and weaknesses.
The link between cognitive components of professional competence and teacher performance touches upon the problem of “idle knowledge”. By definition the conceptualization of “competence” as a latent constructs that is assumed to underlie teacher performance
requires capturing those types of knowledge in a measurement that are really closely linked to performance.
(1)

the psychological approach (Anderson & Krathwohl, 2001),

(2)
the sociological approach (Polanyi, 1985).

Both traditions share a distinction of knowledge types. The former distinguishes between declarative, procedural and meta-cognitive
knowledge. The latter distinguishes between “knowing that”, “knowing how”, and “knowing why”.
research documents that teachers have huge problems with diagnosing student achievement accurately
If beliefs are operationalized specifically to both the content taught and the challenges a specific classroom situation
presents, empirical evidence exists for a link between teacher beliefs and student achievement (Bromme, 1994, p. 77; 2005).
epistemological beliefs about the nature of the underlying academic discipline (Hofer & Pintrich, 2002),

•

beliefs about teaching and learning in a subject (Thompson, 1992),

•

pedagogical beliefs about the social context of schools, about teacher education and the process of professional development.
Staub and Stern (2002) applied Peterson’s instrument to teachers and linked their beliefs to student achievement. The study reveals that a constructivist
perspective is related to higher student achievement as far as complex problem solving abilities are tested. At the same time,
these teachers achieve a comparable level of students’ algorithmic abilities compared to teachers with a transmission perspective.
In addition to research about these broader beliefs on teaching and learning mathematics comparative studies focusing on Chinese
and US-American teachers describe different beliefs concerning the curricular structure of mathematics teaching and the source
of success: Whereas Chinese teachers favor a more holistic view on central mathematical ideas, US-American teachers regard
mathematics more separated in smaller pieces (Ma, 1999). Chinese teachers view students’ efforts as reason for success in contrast to American teachers, who believe in mathematical
talent as main determinant of student achievement (Stevenson et al., 1990).
Fig. 1 Model of teacher-education outcomes

We found four levels of
                  professional competence (Blömeke et al., 2008c):
                  
                           • 
                                                      on level A, the mathematics knowledge is limited to school mathematics. Problems to be solved should not be too cognitively
                              complex, either. In contrast, the number of knowledge dimensions to be applied can be high. Usually this means that a teacher
                              on this level shows sufficient content knowledge and pedagogical content knowledge to solve simple instructional problems.
                                                   
                           • 
                                                      On level B, these problems can require several cognitive steps. Still the knowledge is limited to school mathematics.                        
                           • 
                                                      The necessary level of knowledge changes on level C. Teachers can solve problems which require knowledge of university mathematics
                              and pedagogical content knowledge.
                                                   
                           • 
                                                      On the highest level D, the tackled problems additionally can be very complex from a cognitive point of view.

The OECD initiative “Attracting, developing and retaining effective teachers” provides comparable data for about 25 countries
It turned out that in institutions with a higher GPA future teachers gain more professional knowledge.
Shulman, L. S. (1985). Paradigms and research programs in the study of teaching: A contemporary perspective. In M. C. Wittrock
(Ed.), Handbook of Research on Teaching (3rd ed., pp. 3–36). New York: Macmillan.

ZDM - December 2008

Issue with a special focus on research concerning mathematics teachers and their education

www.springerlink.com/...k22x7r336h38 - Preview

mathematics teacher education research

27 Jan 09

EERA: 24. Mathematics Education Research

New network of mathematics education research within EERA.

www.eera-ecer.eu/...mathematics-education-research - Preview

mathematics education europe

EERA: Welcome to EERA

www.eera-ecer.eu - Preview

research education europe

1 - 20 of 263 Next › Last »

Showing 20▼ items per page

Selected Tags

education

Related Tags

Top Contributors

Click in to find related links.

Groups interested in education

Discovery Educator Network

Members (681)

bookmarks (2397)
SterlingCollege

Members (13)

bookmarks (1330)
ESSDACK-TIG

Members (25)

bookmarks (1293)

Related Lists on Diigo

web20tools

A list of links to support ...

Items: 94 | Visits: 11380

Created by: Kathy Schrock
Technology Tools in the Classroom: Using Computers to Engage Your Students

Emerging technologies hold ...

Items: 25 | Visits: 2703

Created by: Jeremy Price
Global Education

Links bookmarked as part of...

Items: 418 | Visits: 2384

Created by: Lucy Gray

Highlighter, Sticky notes, Tagging, Groups and Network: integrated suite dramatically boosting research productivity. Learn more »

Join Diigo

Reidar Mosvold's Library tagged education → View Popular

Teaching Geometrical Principles to Design Students - Digital Culture & Education

About TIMSS Advanced 2008

Mathematics Education Directory

WatchKnow - Videos for kids to learn from. Organized.

MET Project :: About the Project

Sage: Open Source Mathematics Software

Professor Emeritus Bernard Spodek's Homepage

TIMSS 2007 Encyclopedia

Santagata et al. (2007)

HowStuffWorks - Learn How Everything Works!

SIG/RME

Letting Twitter change the way we teach | Education IT | ZDNet.com

Education in Norway - regjeringen.no

Statistics Norway: Facts about education in Norway - key figures

Teachers Matter: Attracting ... - Google Boksøk

Skott (2009) Contextualising the notion of belief enactment

Blömeke et al. (2008) Effectiveness of teacher education

ZDM - December 2008

EERA: 24. Mathematics Education Research

EERA: Welcome to EERA

Selected Tags

Related Tags

Sponsored Links

Top Contributors

Groups interested in education

Discovery Educator Network

SterlingCollege

ESSDACK-TIG

web20tools

Technology Tools in the Classroom: Using Computers to Engage Your Students

Global Education

•	on level A, the mathematics knowledge is limited to school mathematics. Problems to be solved should not be too cognitively complex, either. In contrast, the number of knowledge dimensions to be applied can be high. Usually this means that a teacher on this level shows sufficient content knowledge and pedagogical content knowledge to solve simple instructional problems.
•	On level B, these problems can require several cognitive steps. Still the knowledge is limited to school mathematics.
•	The necessary level of knowledge changes on level C. Teachers can solve problems which require knowledge of university mathematics and pedagogical content knowledge.
•	On the highest level D, the tackled problems additionally can be very complex from a cognitive point of view.