Gary Goertz — Social Science Concepts and Measurement

Yield

334 of 2043 paragraphs kept (16.3%).

Pre-Assessment

Gary Goertz is a well-established political scientist/methodologist (Professor of Political Science and Peace Studies at Notre Dame), known for foundational work on concept formation, necessary/sufficient conditions, and case selection — notably “Social Science Concepts” (2006), of which this (2020, Princeton UP) is a revised/new edition. This is a genuine authority in qualitative and mixed-methods methodology. Expected yield: heavily concepts and frameworks rather than facts or inspiration — clear typologies (e.g., concept structures, the two-level/three-level theory of concepts, measurement validity for qualitative work) meant to be applied to a reader’s own research design. Caveat: since no reading purpose or stance was given, I can’t tailor this; and I’m only moderately confident about the precise contents of this specific edition’s new material versus the 2006 original.

Thesis

Theoretical propositions require symbols with substantive empirical content. · ch. 7

Argument

  1. Defining requires prior knowledge of a thing’s properties before selecting which ones matter. — ch. 7
  2. Measurement is downstream of semantics, not the reverse. — ch. 7
  3. Concepts are equally core to causal theory, normative philosophy, and empirical description. — ch. 7
  4. Conceptualization and measurement cannot be separated in social science research — ch. 8
  5. Latent variable models build causal links that definitional frameworks reject — ch. 8
  6. Definitions demand completeness while indicators reward redundancy — ch. 8
  7. Concepts can be evaluated by how accurately they describe real-world phenomena. — ch. 9
  8. Knowledge of causal mechanisms should determine how concepts are defined. — ch. 9
  9. Distinct freedoms link to each other causally and empirically, not constitutionally. — ch. 9
  10. Causal relations occur both between concepts and within a single concept. — ch. 9
  11. A latent variable causes its indicators, so indicators are not the construct itself. — ch. 9
  12. Political activism, not clinical evidence, removed homosexuality from psychiatric diagnosis. — ch. 10
  13. Coding amnesty as transitional justice smuggles a contested moral judgment into quantitative data. — ch. 10
  14. Quality-of-life indices can rate a deaf life as worth less than a hearing one. — ch. 10
  15. Constitutive features of causal variables must play a role in the mechanism — ch. 11
  16. Measuring a quantity and defining it cannot be answered apart — ch. 11
  17. Naming democracy a mere procedure does not strip its normative content — ch. 11
  18. Numeric measurement includes dichotomous presence and absence coding — ch. 11
  19. Economic utility and production functions collapse into the same three substitutability zones. — ch. 12
  20. Every moral theory implicitly commits to an aggregation rule over its values. — ch. 12
  21. Weakest link, mean, and best shot are zones on one substitutability continuum. — ch. 12
  22. Strict incommensurability makes defining any complex concept impossible. — ch. 12
  23. Thresholds form a continuum from linear to dichotomous transformations. — ch. 13
  24. Many core social science concepts are incomplete and require added criteria. — ch. 13
  25. The negation of a positive concept differs from its supposed opposite. — ch. 13
  26. Concepts are theories about what constitutes a phenomenon — ch. 14
  27. Science exposes pre-existing natural kinds and causal mechanisms — ch. 14
  28. Core social science concepts are inherently multidimensional and multilevel — ch. 14
  29. Democracy measures contradict the necessary-condition concept they claim to operationalize. — ch. 16
  30. Indicator lists can never be complete and should be redundant. — ch. 16
  31. Averaging necessary dimensions signals conceptual confusion, not measurement success. — ch. 16
  32. Mathematical aggregation must be faithful to a concept’s semantics. — ch. 16
  33. Latent-variable models never settle whether indicators define or merely signal a concept. — ch. 16
  34. A concept’s dimensions are ontologically its defining characteristics, not empirically found indicators — ch. 17
  35. Concepts occupy a cognitively preferred level of abstraction used in hypotheses — ch. 17
  36. Concepts connect ontology to measurement through semantic mapping, not causal arrows — ch. 17
  37. How dimensions and indicators combine is the decisive choice distinguishing measurement approaches — ch. 17
  38. Indicators are cheaply swappable while defining dimensions require normative defense — ch. 18
  39. Concepts are built top-down while measurement aggregates bottom-up — ch. 18
  40. Every complex concept structure reduces to a two-level, three-box building block — ch. 18
  41. Capability theorists treat well-being as constitutive of human being, not as indicators — ch. 19
  42. Aggregating heterogeneous indicators into one scale is a critical, under­examined step — ch. 19
  43. A complete definition supplies all necessary conditions that are jointly sufficient — ch. 19
  44. Completeness is a demanding standard that researchers are tempted to abandon — ch. 19
  45. Declaring something part of humanness is an evaluative act, not descriptive. — ch. 20
  46. Essentialism is logically equivalent to necessary-and-sufficient condition structure. — ch. 20
  47. Redundant dimensions are functionally substitutes and therefore not necessary conditions — ch. 21
  48. Party, legislative, or reserved seats each independently count as a gender quota — ch. 21
  49. Family resemblance concepts replace necessary conditions with substitutable sufficient ones — ch. 21
  50. Definitional completeness and logical structure are independent choices in concept building — ch. 21
  51. Re-asking the same consumption item requires wording that flags one answer for exclusion — ch. 22
  52. Accurate welfare measurement requires counting all goods and services people consume — ch. 22
  53. The poor produce many goods themselves, so market-based poverty measures undercount them — ch. 22
  54. Indicators of a single dimension can correlate poorly yet still be combined. — ch. 23
  55. Concept structures operate on different logics at the secondary and indicator levels. — ch. 23
  56. A household counts as deprived if it uses any one listed fuel. — ch. 24
  57. Aggregation rules valid at the data level are invalid at the semantic level. — ch. 25
  58. Concepts have distinct semantic and measurement levels that operate independently. — ch. 25
  59. Democracy measures contradict the necessary-condition definitions scholars endorse. — ch. 25
  60. Coding manuals are the best source of a variable’s full conceptualization — ch. 26
  61. Semi-presidentialism requires a popularly elected president plus a premier answerable to parliament — ch. 26
  62. Calling a feature essential implies conjunctive aggregation, not averaging — ch. 26
  63. Aggregation rules can differ by concept level, so ignoring levels distorts measures — ch. 26
  64. Mismatch between a concept’s definitional logic and its aggregation math signals conceptual confusion. — ch. 27
  65. Latent variable models assume averaging logic, which never represents weakest-link concepts. — ch. 27
  66. Unmeasurable concepts like intelligence and ideology get measured via observable proxy indicators. — ch. 27
  67. Conflating a concept’s constituent dimensions with its data indicators causes measurement failure. — ch. 27
  68. Some concepts are measured directly while others require fallible symptom indicators — ch. 28
  69. In effect-indicator models the latent variable is the cause and the indicator the effect — ch. 29
  70. Dashed indicator arrows deliberately signal a noncausal construction rather than cause — ch. 29
  71. Measurement and validity are causal concepts, not correlational ones — ch. 29
  72. In psychology and education, latent variables are standardly modeled as causing their indicators — ch. 29
  73. Statistical latent-variable models require correlated indicators, but concept definitions require separate, nonredundant attributes. — ch. 30
  74. Statistical measurement originated in repeated observations of one physical quantity with random error. — ch. 30
  75. Big social concepts like well-being nest four or more hierarchical levels — ch. 31
  76. Reforming a field’s terminology can unintentionally rewrite its substantive theory. — ch. 32
  77. Variables in empirical analyses sit at the basic level, so variable means concept. — ch. 33
  78. Scholars agree on democracy but not on what autocracy means. — ch. 33
  79. Normatively loaded terminology corrupts datasets and downstream causal analysis. — ch. 33
  80. Multi-word concepts hide unresolved questions about how their parts interact. — ch. 33
  81. Collapsed, occupied, and transitional states resist clean classification as regime types. — ch. 34
  82. Overlapping symptom criteria mean DSM mental disorders are not qualitatively distinct. — ch. 35
  83. Qualitative difference claims reduce to differences of degree on a continuum. — ch. 35
  84. Aristotelian true-or-false logic still shapes concept dichotomization in social science. — ch. 35
  85. Standard poverty measurement begins by drawing a dichotomizing poverty line. — ch. 35
  86. Concepts defined relative to a historical period cannot track quality across periods — ch. 36
  87. Minimal conceptualizations are incompatible with ideal types and should be rejected — ch. 36
  88. Concepts that stop short produce empirical score distributions spiked at the top — ch. 36
  89. The Polity index gives the 1900 United States a maximum democracy score — ch. 36
  90. Concepts should be conceptualized at the extreme pole of their continuum — ch. 36
  91. Agreement-based minimal definitions yield necessary but not sufficient conditions. — ch. 37
  92. Well-being indices list necessary components but rarely specify sufficiency. — ch. 37
  93. Conceptual gray zones are distinctive phenomena with their own hyphenated terminology. — ch. 37
  94. Swapping the comparison group can flip a coefficient’s sign or significance. — ch. 38
  95. A focused positive concept makes its negative pole wildly heterogeneous, spoiling comparisons. — ch. 38
  96. Concept opposites are generally asymmetric rather than strict logical negations. — ch. 38
  97. Conceptualizing heterogeneous categories negatively is sometimes the better choice. — ch. 39
  98. Theories of peace, wealth, and democracy do not explain their opposites. — ch. 39
  99. Many core social-science concepts are defined by negation rather than positive attributes. — ch. 39
  100. Negated concepts have different causes and effects than their positive poles. — ch. 39
  101. Democracy is multidimensional, encompassing contestation, participation, accountability, and civilian control. — ch. 40
  102. Graded categories like World Bank income bands create partial membership across neighboring concepts. — ch. 40
  103. Rigid mutually exclusive categories misdescribe people of mixed ethnic or religious background. — ch. 40
  104. Concepts have contestable cores and uncontested usual-suspect features. — ch. 41
  105. Conceptual change happens by adding previously excluded features to a definition. — ch. 41
  106. Regional expertise shapes which features scholars add to a concept. — ch. 41
  107. Minimal definitions built only on uncontested features are almost always incomplete. — ch. 41
  108. Corporatism is state-licensed monopoly representation of compulsory, noncompetitive interest categories. — ch. 42
  109. Definitions based on underlying structure explain more than those based on surface qualities. — ch. 42
  110. Secondary concept dimensions can visibly shift democracy scores and required explanations. — ch. 43
  111. Which dimension drives a country’s composite score determines the correct causal explanation. — ch. 43
  112. Aggregated multi-dimensional indices are causally mismeasured when they include causally irrelevant components. — ch. 43
  113. Distinct social science concepts can share the same empirical referents, creating overlap zones. — ch. 43
  114. Regressing human rights on democracy is definitionally circular, not causal testing. — ch. 44
  115. Shared dimensions between measured variables produce definitional, not causal, correlations. — ch. 44
  116. Aggregation rules determine how severely conceptual tautology inflates correlations. — ch. 44
  117. Outsiders can legitimately identify real welfare thresholds in another society. — ch. 45
  118. Concept formation should be driven by semantics and theory, not by empirical data. — ch. 45
  119. Equating concepts with variables erases the conceptual stage of measurement. — ch. 45
  120. Concept-as-ideal is a minor strand in the psychology of concepts. — ch. 45
  121. What counts as an object’s essential properties depends on theoretical purpose — ch. 46
  122. Human sciences require fuzzy logic because concepts have unsharp boundaries — ch. 47
  123. Any transformation of data is a claim about what the concept means — ch. 48
  124. Ordinary concepts are degree membership sets measured by fuzzy-logic thresholds — ch. 48
  125. Concept pairs like poverty–wealth are semantically asymmetric, not mirror opposites. — ch. 49
  126. Real-world indicators cut continua into unequal, non-linearly-spaced categories. — ch. 49
  127. Binarizing a continuous measure is a distinct transformation, not mere information loss. — ch. 50
  128. Theories use concepts, while data contain only indicators needing transformation. — ch. 50
  129. A linear middle of a wealth range differs from the categorized middle. — ch. 51
  130. A concept’s negation is logically distinct from its paired opposite. — ch. 51
  131. The World Bank’s income thresholds are arbitrary breakpoints on a continuum. — ch. 51
  132. The democratic peace is really a democratic absence-of-war. — ch. 51
  133. Causal inquiry determines which concept and measure are appropriate. — ch. 52
  134. Opposite concepts need separate definitions rather than logical negation. — ch. 52
  135. Turning a continuous measure into a concept requires setting a threshold. — ch. 52
  136. A measure adequate for description becomes incomplete once used in causal hypotheses. — ch. 52
  137. Health is defined as more than the absence of disease. — ch. 52
  138. Small changes near a concept’s midpoint carry more meaning than changes at the extremes. — ch. 53
  139. Concepts that resist adjectival form hide which end of the scale causally matters. — ch. 53
  140. Nouns must be converted to adjectives before they can be measured. — ch. 53
  141. Statistical means should not automatically define a concept’s membership midpoint. — ch. 53
  142. Abstract variables stay untethered because only variation, not empirical meaning, is required. — ch. 53
  143. Fuzzy-set calibration makes the steepness of the middle zone a choice, not a fact — ch. 54
  144. Once a threshold is crossed, further gains stop registering in the measurement — ch. 54
  145. Threshold placement matters more where population density is highest on the curve — ch. 54
  146. Blacklist indices weaponize apparently technical thresholds for normative shaming — ch. 54
  147. Poverty rankings shift with normative weight given to the poorest — ch. 55
  148. Disciplinary defaults get hardwired until they become invisible — ch. 55
  149. Utilitarianism yields linear poverty measures while Rawlsian ethics weights the poorest — ch. 55
  150. Intensity-modifying adjectives operate as supersetting or subsetting operations — ch. 56
  151. Modifier adverbs shift degree of set membership by fixed mathematical inequalities — ch. 56
  152. Membership in ‘high test score’ is sharply asymmetric, saturating only in the top percentiles. — ch. 57
  153. Real-world categorizers create unequal, nonlinear categories rather than evenly spaced ones. — ch. 57
  154. Bureaucratic category cutpoints become the thresholds researchers use for fuzzy-set membership. — ch. 57
  155. Polity’s three democracy categories are arbitrary, driven by symmetry rather than substance. — ch. 57
  156. Logging is standard practice yet its effect on semantic validity goes unexamined. — ch. 58
  157. Where a boundary is drawn in a classification determines which countries get aid. — ch. 58
  158. Equal-sized categories usually signal unexamined rather than considered conceptualization. — ch. 58
  159. Researchers log data to fix skew, not to preserve conceptual meaning. — ch. 58
  160. Diminishing marginal returns justify logging GDP, encoding normative assumptions. — ch. 59
  161. Set membership requires adjective-like concepts, not raw quantities. — ch. 59
  162. Deriving concept categories from data distributions is generally methodologically unsound — ch. 60
  163. Conceptual meaning, not measurement convention, should drive quantification — ch. 60
  164. Declining to choose a mapping is itself a conceptual choice — ch. 60
  165. Nominal variables are not scales because no single continuum underlies them. — ch. 62
  166. Researchers routinely treat high-level ordinal scales as interval measures. — ch. 62
  167. Dichotomous poverty indicators function as weighted interval-level factors. — ch. 62
  168. Cumulative distributions calibrate fuzzy-set codings but must not be applied automatically — ch. 63
  169. The midpoint of a scale is rarely the real crossover for a concept — ch. 63
  170. An odd number of ordinal levels gives exactly one clear crossover point — ch. 64
  171. Valid ordinal scales require deciding level count, midpoint, and category spacing — ch. 64
  172. Ordinal categories built on an underlying ratio variable reveal unequal spacing between groups — ch. 64
  173. Fuzzy-set analysis rejects the classic objection that dichotomizing continuous data destroys information. — ch. 65
  174. Weighted sums in latent variable models silently convert ordinal indicators to interval. — ch. 66
  175. Scale-type rules about permissible operations never crossed into political science and economics. — ch. 66
  176. Adding ordinal dummies into an interval index is more arbitrary than fuzzy-logic transformation. — ch. 66
  177. Computing ratios automatically converts power variables into ratio-scale measures. — ch. 66
  178. Multiplying interval variables yields meaningless results because their origin is arbitrary. — ch. 67
  179. Interpreting an interaction term assumes zero is a meaningful value of the other variable. — ch. 67
  180. Standardization across dimensions requires only a shared low-to-high ordinal continuum. — ch. 67
  181. Zero’s meaning shifts silently when an interval scale gets dichotomized. — ch. 67
  182. Concept membership should depend on a case’s own features, not the sample. — ch. 68
  183. Standardization can make autocracies the most extreme outliers by construction. — ch. 68
  184. Standardization choices can reverse which findings count as statistically significant. — ch. 68
  185. Standardizing scores makes one case’s value depend on other cases’ values. — ch. 68
  186. A sample mean is not the same as a concept’s conceptual midpoint. — ch. 68
  187. Min-max rescaling has become the default method for building global indicator indices. — ch. 69
  188. Statistical standardization serves rescaling, not semantic validity, so researchers should avoid it. — ch. 69
  189. What counts as an outlier depends on substantive theory, not statistics. — ch. 69
  190. Fixing indicator goalposts across decades is required for meaningful time comparisons. — ch. 69
  191. Two unrelated motivations, fuzzy semantics and data outliers, converge on the same transformation. — ch. 69
  192. Semantics and normative goals, not data distribution, should drive standardization — ch. 70
  193. Equal-percentile cutoffs produce deeply unequal measured categories — ch. 70
  194. Setting measurement thresholds is a normative judgment about who deserves support. — ch. 71
  195. Data-driven categories often measure the data rather than the intended concept. — ch. 71
  196. Summing nominal or ordinal indicators is statistically invalid without an interval-scale argument. — ch. 71
  197. Polity’s regime score implies zero is the conceptual midpoint between democracy and autocracy. — ch. 72
  198. Concept structures range from weakest link to best shot by substitutability — ch. 74
  199. Only two dimensions suffice to generate a concept’s full structural decisions — ch. 74
  200. Good indicators should be redundant measures of the same thing, not complete — ch. 74
  201. Global composite indices implicitly contain at least three structural levels — ch. 74
  202. Averaging multidimensional concept scores contradicts the necessary-and-sufficient structure scholars define — ch. 75
  203. Continuous concept measures raise the distinct questions of dimension weighting and substitutability — ch. 75
  204. Methodological convenience, not theory, often determines how concepts get defined — ch. 75
  205. Weighted multiplicative aggregation of concept dimensions is the Cobb-Douglas production function. — ch. 76
  206. Each dimension enters the aggregate separately and cannot be swapped for another. — ch. 76
  207. A single failed necessary condition nullifies the entire aggregate score. — ch. 76
  208. Exponents above one on bounded scores punish weakness more than equal weighting does. — ch. 76
  209. A single failing criterion can veto an otherwise near-perfect whole. — ch. 77
  210. Aggregation rules range from zero substitutability to full substitutability across dimensions. — ch. 77
  211. Substitutability between dimensions varies with their values, not just fixed parameters. — ch. 77
  212. Averaging components can make the whole weaker than its strongest part. — ch. 78
  213. In substitutable concepts, one dimension can fully compensate for another. — ch. 78
  214. Threshold rules in composite indices are often adopted without explicit justification. — ch. 78
  215. Concept definitions relax required attributes as the number of attributes grows. — ch. 79
  216. Welfare states are defined by sufficiency across multiple services, not one necessity. — ch. 79
  217. Raising a classification threshold shrinks the population as a nested subset. — ch. 79
  218. The arithmetic mean gives moderate, not perfect, substitutability among components — ch. 80
  219. Euclidean distance is just one aggregation choice among many in ideal point estimation — ch. 80
  220. Best-shot aggregation makes large values dominate small ones by design — ch. 80
  221. Averaging independent measurements of one true value is optimal under classical statistics — ch. 80
  222. How you aggregate two states’ democracy scores changes democratic peace results. — ch. 81
  223. Concept structures can differ across levels, but some combinations are rare. — ch. 81
  224. Averaging every level of a concept means its structure was never thought through. — ch. 81
  225. A single index can combine best-shot and summation aggregation within one structure. — ch. 81
  226. Every choice of concept structure smuggles in a normative position — ch. 82
  227. Good measurement means interrogating defaults against local substantive context — ch. 82
  228. Concept structure alone determines how many cases count as members — ch. 82
  229. Most mixed regimes are hybrids, but only some hybrids warrant a separate type label. — ch. 84
  230. Clinical diagnostic categories routinely use required symptoms plus an m-of-n sufficiency rule. — ch. 84
  231. Gray-zone categories are defined by double negation, which naturally invites family-resemblance structure. — ch. 84
  232. States missing exactly one necessary condition become de jure or de facto states. — ch. 85
  233. Hyphenated gray-zone concepts pull meaning toward the middle rather than intensifying it. — ch. 85
  234. Concept hybrids are named asymmetrically, defaulting to one pole of the pair. — ch. 85
  235. Concept structures can mix necessary conditions with family resemblance across levels. — ch. 85
  236. Counting rules generate borderline cases just below their sufficiency threshold. — ch. 86
  237. Easy cases inflate reliability while hybrid regimes expose measures’ true error. — ch. 86
  238. Correlations between measures overstate similarity because extremes dominate. — ch. 86
  239. A concept can mix necessity and substitutability across its dimensions. — ch. 86
  240. When one measure is a subset of another, their disagreement is patterned, not random. — ch. 87
  241. High correlations can conceal total disagreement in the middle of a scale. — ch. 87
  242. Gray zone concepts require first fixing the boundaries on either side. — ch. 88
  243. Different democracy measures disagree most in the gray zone between regimes. — ch. 88
  244. Extreme categories have one configuration while gray-zone cases have many — ch. 89
  245. Gray-zone concepts are built by joining necessary conditions with negations of the two poles. — ch. 90
  246. A concept’s name can mislead about its actual theoretical balance between poles. — ch. 90
  247. Gray-zone categories can be scored by how many defining criteria a case meets. — ch. 90
  248. Necessary conditions draw category boundaries while family resemblance structures organize what lies inside. — ch. 90
  249. Concept construction works like genetic engineering, combining parts with no guaranteed outcome — ch. 91
  250. Contested concepts get defined mainly by what they negate, not what they affirm — ch. 91
  251. Statistical results can be driven entirely by the ignored comparison pole — ch. 91
  252. Negating a middle category yields a comparison group too heterogeneous to interpret — ch. 91
  253. Official definitions of health diverge sharply from the indicators actually measured. — ch. 92
  254. Linear interpolation makes a poor gray zone; its boundaries must be defined conceptually. — ch. 92
  255. A gray zone is a concept in its own right, not a diminished subtype. — ch. 92
  256. Two-way typologies dissolve into two interacting dimensions when analyzed. — ch. 94
  257. Psychiatric diagnosis rests on necessary conditions plus m-of-n symptom counts. — ch. 94
  258. Nominal typologies often conceal a two-poled continuum with a gray zone. — ch. 94
  259. Problems with mutually exclusive and exhaustive typologies are structural, not case-specific. — ch. 94
  260. Many historical regimes were simultaneously partly democratic and partly monarchical. — ch. 95
  261. Drawing a sharp boundary through the competitive-authoritarian gray zone is deeply problematic. — ch. 95
  262. The scope of a regime concept is all state-years, including zero-membership cases. — ch. 95
  263. Diagnostic categories like homosexuality and deafness reflect normative choices, not mere science — ch. 96
  264. Definitions of mental disorder explicitly exclude culturally expected grief and social deviance — ch. 96
  265. Mutual-exclusivity rules erase real cases that belong to two adjacent categories — ch. 96
  266. Mental disorders often do not fit within a single diagnostic category. — ch. 97
  267. Conceptual hybrids get collapsed because analysis cannot handle many categories. — ch. 97
  268. A conceptual framework that cannot see a hybrid makes it vanish from research. — ch. 97
  269. Mutually exclusive diagnosis harms patients by hiding causal links between overlapping disorders. — ch. 98
  270. Threshold rules built from m-of-n criteria inevitably generate continua rather than sharp boundaries. — ch. 98
  271. Flawed classification systems persist because sunk costs and absent alternatives outweigh their failure. — ch. 98
  272. Overlapping categories arise both conceptually and empirically, producing comorbidity by definition. — ch. 98
  273. Rule-driven category creation produces both discovery and dead categories — ch. 99
  274. Exhaustive typologies expand by inventing new types until every case fits — ch. 99
  275. Categories invented to fill typological gaps vanish from later empirical use — ch. 99
  276. Nominal scales lack an underlying continuum that lets other scales convert. — ch. 100
  277. Coding typology rows and columns as 0 and 1 smuggles in an ordinal claim. — ch. 100
  278. Two-by-two typologies with tied middle cells form partially ordered scales. — ch. 100
  279. Researchers rarely specify whether typology middle cells are ranked or tied. — ch. 100
  280. Treating a partially ordered typology as nominal leaves its comparative hypotheses untested — ch. 101
  281. Typology orderings arise from either conceptual aggregation or causal outcome levels — ch. 101
  282. Redundant typology cells collapse into an opposite pair that enables interval measurement — ch. 102
  283. Ordered typologies distract from the continuous concepts that generate them — ch. 102
  284. Statistical typology methods silently bake in exhaustive, mutually exclusive category rules. — ch. 103
  285. Forcing patients into a single diagnosis drives inappropriate drug treatment. — ch. 104
  286. Spreadsheet structure silently enforces categorical exclusivity on researchers. — ch. 104
  287. Whether concepts overlap in the data is an empirical question, not a design assumption. — ch. 104
  288. Narrow diagnostic categories produce high comorbidity and heavy not-otherwise-specified use. — ch. 104
  289. Mandating mutually exclusive and exhaustive categories manufactures empty types and distorts real cases. — ch. 104
  290. Family resemblance and necessary-condition concepts are two ends of one m-of-n spectrum. — ch. 106
  291. With AND aggregation, adding necessary defining features can only shrink a concept’s extension. — ch. 106
  292. Under OR aggregation, adding defining features must expand a concept’s extension, not shrink it. — ch. 106
  293. Only necessary-condition concepts force added dimensions to shrink empirical coverage. — ch. 107
  294. Family resemblance concepts operate on sufficiency alone, letting one feature substitute for another. — ch. 107
  295. Averaging dimensions severs the deterministic link between concept intension and empirical extension. — ch. 108
  296. Ideal types occupy the unattainable maximum of a concept’s continuum, not a separate category. — ch. 108
  297. Ideal-type concepts have near-zero empirical extension by definition — ch. 109
  298. Connecting all concept dimensions with AND shrinks extension toward zero — ch. 109
  299. Theory, not everyday usage, should drive case selection in social science. — ch. 110
  300. Conceptual stretching means dropping necessary defining attributes. — ch. 110
  301. Combining criteria with AND shrinks a category while OR expands it — ch. 111
  302. One-of-n and n-of-n rules define opposite poles of conceptual inclusion — ch. 111
  303. Scholarship emphasized substitutable family resemblance while ignoring best-shot concepts — ch. 111
  304. A gender-inclusive welfare state requires childcare, maternity leave, and independent pensions. — ch. 112
  305. Scholarship on intension and extension never considered OR-structured concepts. — ch. 112
  306. Classic welfare-state programs implicitly targeted a married male breadwinner. — ch. 112
  307. Extension can shift purely from changing concept structure, not intension. — ch. 112
  308. Connecting concept dimensions with OR makes added intension increase extension. — ch. 112
  309. Adding nonmonetary factors like rights breaks sum-based measurement approaches. — ch. 113
  310. Normative assumptions about family roles corrupted empirical welfare state concepts. — ch. 113
  311. Adjectives attached to concepts add necessary dimensions conjoined by AND. — ch. 113
  312. Spending-based welfare state measures omit rights central to women’s welfare. — ch. 113
  313. Recoding a defining dimension to zero has indeterminate effects on extension. — ch. 115
  314. Zeroing a defining dimension can shrink or expand a concept’s extension unpredictably. — ch. 115
  315. Subtype talk obscures that only a dimension’s 0 or 1 coding changes. — ch. 115
  316. Democracy requires elected officials to act free of unelected and external control. — ch. 116
  317. Human concept use routinely violates necessary-and-sufficient-condition logic. — ch. 116
  318. Agenda success requires three independently necessary streams to converge at once. — ch. 118
  319. Secondary-level dimensions can causally produce the basic-level factors theories treat as causes. — ch. 118
  320. Independent researchers repeatedly rediscover the same two-level conceptual structure. — ch. 118
  321. A concept can be realized by multiple substitutable means across cases. — ch. 119
  322. Redundancy in necessary components makes systems more stable. — ch. 119
  323. Secondary-level variables in two-level theories are causes, not mere measures, of the outcome. — ch. 119
  324. Urban radicalism alone cannot produce social revolution in agrarian societies — ch. 120
  325. Demonstrating joint sufficiency requires studying cases where one cause is absent — ch. 120
  326. A good social-science definition states exactly which attributes are necessary and sufficient. — ch. 121
  327. Interactive concepts produce nonlinear outcomes that regression models systematically misrepresent. — ch. 121
  328. Substitutable means to an outcome become causally relevant only when none is available. — ch. 121
  329. Policy attention requires problem, solution, and political context to converge simultaneously. — ch. 122
  330. Monitoring and sanctioning each have multiple substitutable routes, so no single institution is essential. — ch. 122
  331. Each single necessary condition is insufficient, but their joint presence produces the outcome. — ch. 122
  332. Medieval constitutionalism plus light war mobilization jointly produced European democracy — ch. 123
  333. A country can dodge military modernization for any one of four independent reasons — ch. 124

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