Figures & data
Table 1. Kruskal–Wallis test the influence of depth range sampling conditions on abundance, species richness and diversity of copepods in offshore waters of Colombian Caribbean. ** = Highly significant (P < 0.001). N: Abundance (ind. 100 m−3), S: Richness, H’: Shannon diversity index, J’ = Pielou uniformity index and Lambda’: Simpson dominance index
Figure 1. Study area in the Colombian Caribbean Sea with the location of the zooplankton sampling stations for the years 2013–2018
![Figure 1. Study area in the Colombian Caribbean Sea with the location of the zooplankton sampling stations for the years 2013–2018](/cms/asset/e2091eee-2b5f-4cff-9ad7-c1389be9b8cb/tneo_a_2000295_f0001_oc.jpg)
Figure 2. Species accumulation curve of copepods with Chao2, Jacknife2, Bootstrap and Sobs in the samples obtained in oceanic waters of Colombian Caribbean during 2013–2018
![Figure 2. Species accumulation curve of copepods with Chao2, Jacknife2, Bootstrap and Sobs in the samples obtained in oceanic waters of Colombian Caribbean during 2013–2018](/cms/asset/12238ef3-e979-48aa-93df-c6947b06608b/tneo_a_2000295_f0002_b.gif)
Figure 3. Ecological attributes and morphological characters of the copepod assembly found in ocean waters of the Colombian Caribbean. Percentage of species by a. Vertical distribution: Bathypelagic (Bat), Epipelagic (Epi), Mesopelagic (Meso); b. Habitat distribution: Coastal (C), Estuarine (E), Neritic (N), Oceanic (O); c. Trophic regime: Herbivorous (Herb), Omnivorous (Omn), Detritivorous (Detri), Carnivorous (Carn); d. Size spectrum: millimeters (mm)
![Figure 3. Ecological attributes and morphological characters of the copepod assembly found in ocean waters of the Colombian Caribbean. Percentage of species by a. Vertical distribution: Bathypelagic (Bat), Epipelagic (Epi), Mesopelagic (Meso); b. Habitat distribution: Coastal (C), Estuarine (E), Neritic (N), Oceanic (O); c. Trophic regime: Herbivorous (Herb), Omnivorous (Omn), Detritivorous (Detri), Carnivorous (Carn); d. Size spectrum: millimeters (mm)](/cms/asset/a927c225-dece-4bfe-b4eb-1e61433b2881/tneo_a_2000295_f0003_b.gif)
Figure 4. Funnel plot for simulated average taxonomic distinction Delta+ (AvTD = Δ+) (a) and for variation in taxonomic distinctness Lambda+ (VarTD = Ʌ+) (b) of epipelagic and mesopelagic copepods in four depth range (0–60 m, 70–140 m, 170–340 m and 540–1000 m) in the Offshore Caribbean Sea. “ – –” shows average and “_____” show probability distribution at 95%
![Figure 4. Funnel plot for simulated average taxonomic distinction Delta+ (AvTD = Δ+) (a) and for variation in taxonomic distinctness Lambda+ (VarTD = Ʌ+) (b) of epipelagic and mesopelagic copepods in four depth range (0–60 m, 70–140 m, 170–340 m and 540–1000 m) in the Offshore Caribbean Sea. “ – –” shows average and “_____” show probability distribution at 95%](/cms/asset/9c422099-a051-4a72-9339-328eac22db82/tneo_a_2000295_f0004_oc.jpg)
Figure 5. Box and whiskers plot of abundance, richness and the diversity indices in four depth range (0–60 m, 70–140 m, 170–340 m and 540–1000 m) for the assemblage of epipelagic and mesopelagic copepods found in the CAO ecoregion between the years 2013 and 2018. a. N = species density (ind.m3), b. S = species richness, c. H’ = Shannon loge diversity index, d. J’ = Pielou species evenness index, e. 1 -Lambda = Simpson dominance index
![Figure 5. Box and whiskers plot of abundance, richness and the diversity indices in four depth range (0–60 m, 70–140 m, 170–340 m and 540–1000 m) for the assemblage of epipelagic and mesopelagic copepods found in the CAO ecoregion between the years 2013 and 2018. a. N = species density (ind.m3), b. S = species richness, c. H’ = Shannon loge diversity index, d. J’ = Pielou species evenness index, e. 1 -Lambda = Simpson dominance index](/cms/asset/cb16f416-0870-4137-bb47-be222b823c14/tneo_a_2000295_f0005_oc.jpg)