PubMed Health⌕ Search

PubMed · 10898889

Max Weber's methodology: an ideal-type.

Abstract

Weber dealt-in contrast to the textbook image of his method-with rational and nonempathetic explanatory interpretation. His ideal-type for social action emerged in a very formative period, as a mediation between history and theory and can be characterized as releasing what was inherent in a historicist tradition in crisis. Theoretical elements from Austrian marginalism provided Weber with the prototype for developing contrafactual schemes into ideal-types. Weber as a scholar at the crossroads resolved the problem of uncontrolled value-intrusion in a way that provided rational evidence and limited objectivity, in the form of instrumental means-end analysis. His methodology was coherent over time but gradually emerged when contemporary polemics called for his voice to be heard.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

S Eliaeson. 2000. Max Weber's methodology: an ideal-type.. https://doi.org/10.1002/1520-6696(200022)36%3A3%3C241%3A%3Aaid-jhbs3%3E3.0.co%3B2-c

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

The inversion In(2L)t impacts complex, environmentally sensitive behaviors in Drosophila melanogaster.

Genetic variation in behavioral traits allows organisms to respond and adapt to environmental challenges. Genetic variation in behavior is often affected by many genes and thus has a complex genetic basis. Inversions, the reorientation of genes along the chromosome, tightly link genetic variants together because they suppress recombination. Therefore, inversions are believed to have a major impact on phenotypic variation because they combine the effects of multiple genes, which can pleiotropically alter multiple aspects of behavior. This study investigates how the inversion In(2L)t, found in Drosophila melanogaster populations around the world, impacts different aspects of behavior in an environment-sensitive manner. We test the activity, foraging, and startle-induced behavior of flies with different In(2L)t genotypes across sex and temperatures. We observe that Drosophila homozygous for In(2L)t sleep less frequently, spend more time away from a food source, and have a longer duration of startle response. Additionally, the impacts of In(2L)t on aspects of behavior can be sex-specific and are largely consistent across temperatures. Taken together, our research demonstrates that inversions can regulate aspects of behavior, and suggests hypotheses explaining the distribution of In(2L)t across space and time.

Behavior↗

Gene-environment interdependence.

Behavioural genetics was initially concerned with partitioning population variance into that due to genetics and that due to environmental influences. The implication was that the two were separate and it was assumed that gene-environment interactions were usually of so little importance that they could safely be ignored. Theoretical considerations suggested that that was unlikely to be true and empirical findings are now accumulating on the demonstrated and replicated biological interactions between identified common single genetic variants and the operation of environmentally mediated risks. The paper outlines the evidence and considers why it is changing concepts in ways that matter.

Behavior↗

Endless minds most beautiful.

The marriage of evolution and development to produce the new discipline 'evo-devo' in biology is situated in the general history of evolutionary biology, and its significance for developmental cognitive science is discussed. The discovery and description of the highly conserved, robust and 'evolvable' mechanisms that organize the vertebrate body plan and fundamental physiology have direct implications for what we should investigate in the evolution of behavior and cognition.

Behavior↗