Raw data belonging to: Moi et al. (2021) Regime shifts in a shallow lake: Consequences for taxonomic and functional diversity, and ecosystem multifunctionality. Journal of Animal Ecology "Metadata for tab ""regime shifts""" Note: blank cells = data not used Column Entry Value Unit Explanatation A Lake 1 Identity of the Lake studied (i.e., Osmar lake) B sampling time numerical Number of temporal sampling period in the study (1-48) C Alternative_states 1-4 "Regime shifts observed in the study (1=Intermediate; 2=turbid; 3=clear; 4=shaded)" D Submerged_macrophyte_cover% numerical % Cover of submerged macrophytes (percentage %) E Floating_macrophyte_cover% numerical % Cover of free-floating macrophytes (percentage %) F Average_multifunctionality numerical Value of average multifunctionality G Total nitrogen_log numerical g L-¹ Concentration of total nitrogen (g L¹) H Total phosphorus_log numerical g L-¹ Concentration of total phosphorus (g L¹) I Standing_fish_biomass_log numerical g m-² stanting biomass of fish community (gm²) J algae_production numerical individuals per mm L-¹ biomass of edible algae (mm L¹) K light_availability numerical m underwater light availability (m) L Species_richness_Fish numerical numer of fish species (S) fish species found in each sampling period M Species_richness_Zooplankton numerical numer of zooplankton species (S) zooplankton species found in each sampling period N Functional_diversity(FD)_Fish numerical number of functional traits of fish (FD) functional diversity (FD) of fish in each sampling period O Functional_diversity(FD)_Zooplankton numerical number of functional traits of zooplankton (FD) functional diversity (FD) of zooplankton in each sampling period P Water_level numerical m lake depth (m) Raw data belonging to: Moi et al. (2021) Regime shifts in a shallow lake: Consequences for taxonomic and functional diversity, and ecosystem multifunctionality. Journal of Animal Ecology "Metadata for tab ""CWM_traits_Fish""" Note: blank cells = data not used Column Entry Value Unit Explanatation A Lake 1 Identity of the Lake studied (i.e., Osmar lake) B sampling time numerical Number of temporal sampling period in the study (1-48) C Alternative_states 1-4 "Regime shifts observed in the study (1=Intermediate; 2=turbid; 3=clear; 4=shaded)" D CWM_Body_Size Numerical "community-weighted means (CWM; m)" CWM of fish body size E CWM_Benthic Numerical community-weighted means (CWM) CWM of fish benthic habit use F CWM_Pelagic Numerical community-weighted means (CWM) CWM of fish pelagic habit use G CWM_Bethopelagic Numerical community-weighted means (CWM) CWM of fish benthopelagic habit use H CWM_Piscivorous Numerical community-weighted means (CWM) CWM of fish piscivorous feeding mode I CWM_Detritivores Numerical community-weighted means (CWM) CWM of fish detritivorous feeding mode J CWM_Omnivores Numerical community-weighted means (CWM) CWM of fish omnivorous feeding mode K CWM_Herbivores Numerical community-weighted means (CWM) CWM of fish herbivorous feeding mode L CWM_Insectivores Numerical community-weighted means (CWM) CWM of fish insectivorous feeding mode M CWM_Invertivores Numerical community-weighted means (CWM) CWM of fish invertivorous feeding mode N CWM_Migratory_ability Numerical community-weighted means (CWM) CWM of fish migratory hability Raw data belonging to: Moi et al. (2021) Regime shifts in a shallow lake: Consequences for taxonomic and functional diversity, and ecosystem multifunctionality. Journal of Animal Ecology "Metadata for tab ""CWM_traits_Zooplankton""" Note: blank cells = data not used Column Entry Value Unit Explanatation A Lake 1 Identity of the Lake studied (i.e., Osmar lake) B sampling time numerical Number of temporal sampling period in the study (1-48) C Alternative_states 1-4 "Regime shifts observed in the study (1=Intermediate; 2=turbid; 3=clear; 4=shaded)" D CWM_Body_size_log Numerical "community-weighted means (CWM; um)" CWM of zooplankton body size E CWM_Littoral_habitat_use Numerical community-weighted means (CWM) CWM of zooplankton littoral habit use F CWM_Pelagic_habitat_use Numerical community-weighted means (CWM) CWM of zooplankton pelagic habit use G CWM_Filter-feeder_Rotifers Numerical community-weighted means (CWM) CWM of rotifers filter-feeder feeding mode H CWM_Sucker_Rotifers Numerical community-weighted means (CWM) CWM of rotifers sucker feeding mode I CWM_Predator_Rotifers Numerical community-weighted means (CWM) CWM of rotifers predators feeding mode J CWM_Raptorial_Copepods Numerical community-weighted means (CWM) CWM of raptorial copepods feeding mode K CWM_Filter-feeder_Copepods Numerical community-weighted means (CWM) CWM of copepods filter-feeder feeding mode L CWM_Filter-feeder_Cladocerans Numerical community-weighted means (CWM) CWM of cladocerans filter-feeder feeding mode M CWM_Scraper_Cladocerans Numerical community-weighted means (CWM) CWM of cladocerans scrapers feeding mode N CWM_Short_Life_Span Numerical community-weighted means (CWM) CWM of zooplankton short life span O CWM_Long_Life_Span Numerical community-weighted means (CWM) CWM of zooplankton long life span P CWM_Absent_Predator_scape Numerical community-weighted means (CWM) CWM of zooplankton absence of scape ability Q CWM_Low_Predator_scape Numerical community-weighted means (CWM) CWM of zooplankton with low scape ability R CWM_Medium_Predator_scape Numerical community-weighted means (CWM) CWM of zooplankton with medium scape ability S CWM_Maximum_Predator_scape Numerical community-weighted means (CWM) CWM of zooplankton with maximum scape ability