. Bulletin. Science; Natural history; Natural history. 1974 BATS IKOM MARGARITA ISLAND, I / -29 30-34 35-43 44-54 3 8 00 I .5 I 7,5. Mic meg. Mic meg Mic. nic. Car. per. Vam hel Art. cin. Car per ie /ou ip. eca, you. Lon. aur. Lep. cur. Arl. sp. I 0 Lep. cur Des. rol. Phy. ste. Phy. dis. Arl. pla. Ues. rol. Phy. dis. Arl pla N Phy has Arl III 0 2 0 1 01 Rho. mm. Rho. turn. Mic meg. 05 Rhi. pum, Mol. gre. Rhy. nas I 0 Sac. lep. I 0 Epl. bra. I. 0 Mol. mol MoL Mol. sin. pre. 1
. Bulletin. Science; Natural history; Natural history. 1974 BATS IKOM MARGARITA ISLAND, I / -29 30-34 35-43 44-54 3 8 00 I .5 I 7,5. Mic meg. Mic meg Mic. nic. Car. per. Vam hel Art. cin. Car per ie /ou ip. eca, you. Lon. aur. Lep. cur. Arl. sp. I 0 Lep. cur Des. rol. Phy. ste. Phy. dis. Arl. pla. Ues. rol. Phy. dis. Arl pla N Phy has Arl III 0 2 0 1 01 Rho. mm. Rho. turn. Mic meg. 05 Rhi. pum, Mol. gre. Rhy. nas I 0 Sac. lep. I 0 Epl. bra. I. 0 Mol. mol MoL Mol. sin. pre. Noc. lab I 0 Pie par I 0 Mor meg I 0 Eum gla. Noc lep Eum. pei 408 Rho. min. Mic. meg. 43. Per, mac I. 0 Sac. lep. I. 0 Mol mol. Pie par. Mor meg. Noc. lep. Glo. sor. Ame cen. 1 0 Glo. lon. Car, per Sur. Ill Art. cin. Uro. bil Vom. hel. Lep. cur Sur, til, Arl. sp. Phy. dis. Art. pla. Arl. lit. Phy. has 269 Car per Glo. lon. Lep cur, 0,1 Phy. dis Art. plo. 0 9 Glo. sor 0 8 Glo Ion 0 8 Art, cin. 0. I Lep cur. 0 8 Phy. dis 0 Phy has. Glo Ion Lep. cur. 0. Phy dis 0. Figure 3. Composite, two-dimensional niche matrix for the 16 bat species from Margarita Island and the 39 species actually captured on the adjacent Venezuelan mainland. The trophic role values are those employed by Wilson (1973) or only slightly modified. The model values for forearm length are those used by Fleming at al., (1972). Each of the 49 cells of the matrix is divided into two parts, the upper represents species (abbreviated scientific names) and trophic role values for the Venezuelan mainland and the lower represents those for Margarita Island. At the left-hand margin appear the importance values (IV) for each trophic role in each of the two regions. The importance values are derived by dividing the total trophic values by the number of bat species in each fauna and expressed as a per- centag
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