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3. Epistemic Claim Badges
[✓] OBSERVED direct measurement • [~] ASSOCIATION statistical correlation • [⚡] CAUSAL tested mechanism • [⚙] MODELLED projection. Click any [CLM-001] link to jump to its exact page/table in the Evidence tab.
Full Citation: Srinivasan, U., Raza, R. H., & Quader, S. (2012). Patterns of species participation across multiple mixed-species flock types in a tropical forest in northeastern India. Journal of Natural History, 46(43–44), 2749–2762.
Standardized scientific terminology triads mapped to official pedagogy and technical terminology specifically tailored for "Patterns of Species Participation Across Multiple Mixed-Species Flock Types in a Tropical Forest in Northeastern India" (2012).
Each claim is an atomic source-grounded assertion with its recorded locator.
[✓] [OBSERVED]
CLM-001 • observed in study
"In a tropical rainforest in northeastern India, systematic transect sampling and cluster analysis identified three distinct, sympatric mixed-species bird flock types."
Source Anchor: Results - Flock Classification, p. 2754-2755
[✓] [OBSERVED]
CLM-002 • observed in study
"Understorey and midstorey flocks (n = 60 flocks) were predominantly composed of small-bodied insectivorous passerines led by core nuclear species including the Nepal Fulvetta and Rufous-winged Fulvetta."
Source Anchor: Results - Understorey Flocks, p. 2755-2756
[✓] [OBSERVED]
CLM-003 • observed in study
"Canopy and midstorey foraging flocks (n = 26 flocks) occupied upper foliage strata, characterized by core participant species such as the Sultan Tit, Scarlet Minivet, and Black-winged Cuckoo-shrike."
Source Anchor: Results - Canopy Flocks, p. 2755-2756
[↗] [MODELLED]
CLM-004 • modelled result
"By comparing observed species participation against simulated null-model flocks weighted by conspecific group abundances, the study distinguished active flocking propensity from passive encounter probability."
Source Anchor: Methods - Analytical Modeling, p. 2752-2753
[✓] [OBSERVED]
CLM-005 • observed in study
"Core participant species across both understorey and canopy flocks exhibited significantly higher heterogeneity of foraging methods compared to regular attendant species."
Source Anchor: Results - Foraging Guild Structure, p. 2756-2757
[i] [CONTEXT]
CLM-006 • editorial context
"Line transect counts did not quantify individual prey capture success rates or anti-predator vigilance time budgets across seasonal cycles, and could not detect silent cryptic canopy insectivores without high-canopy mist netting or radio telemetry."
Source Anchor: Discussion - Methodological Constraints, p. 2758-2759
[✓] [OBSERVED]
CLM-007 • observed in study
"Sentinels such as the Lesser Racket-tailed Drongo served as core nuclear components in both understorey and canopy flocks, providing alarm calls in exchange for flushed insect prey."
Source Anchor: Results - Interspecific Sentinels, p. 2755-2759
[≈] [ASSOCIATION]
CLM-008 • estimated association
"Body mass distribution differed significantly between flock types, with understorey flocks averaging significantly lower body mass than large-bodied flocks, minimizing direct interference competition."
Source Anchor: Discussion - Body Mass Segregation, p. 2756-2757
[✓] [OBSERVED]
CLM-009 • observed in study
"Specialized bamboo-dwelling and microhabitat-restricted insectivores such as scimitar-babblers and flycatchers did not participate in mixed-species flocks, remaining strictly territorial."
Source Anchor: Discussion - Non-Flocking Taxa, p. 2758
[↗] [MODELLED]
CLM-010 • modelled result
"Community assembly simulations confirmed that mixed-species flock stability is driven by complementary foraging facilitation and mutualistic vigilance rather than random stochastic aggregation."
Source Anchor: Discussion - Cooperative Assembly, p. 2758-2760