Page 88 - JWP 120122
P. 88

86 Mohammad Naufal Mohammad Shah, Khairul Bariah Mohd Johan, Azuan Roslan, Hasrul Zaman
               80      Mohammad Naufal Mohammad Shah, Khairul Bariah Mohd Johan, Azuan Roslan, Hasrul
                  Hassan Basri, Elizabeth Pesiu, Muhammad Aidil Zahidin, Mohd Tajuddin Abdullah & Mohamed Nor
                       Zaman Hassan Basri, Elizabeth Pesiu, Muhammad Aidil Zahidin, Mohd Tajuddin Abdullah &
                                                                                 Zalipah
                                                                       Mohamed Nor Zalipah

               Table 1.  List of pteropodid bats recorded at the lowland forests of Terengganu.

                                                                     Number  Number
                 Species name         Common name                       of     of faecal
                                                                    individuals  samples
                 Balionycteris seimundi  Spotted-winged fruit bat      5          0
                 Cynopterus brachyotis   Lesser short-nosed fruit bat   34        14
                 Cynopterus horsfieldii   Horsfield’s fruit bat        12         6
                 Macroglossus sobrinus  Greater long-tongued nectar bat   4       2
                 Megaerops ecaudatus   Temminck’s tailless fruit bat   4          1
                 Penthetor lucasi      Dusky fruit bat                 5          1
                 Total                                                 64         24


               Seed and Pollen Load as Indication of Dispersal Activities

               The majority (20 from the total 24 samples) of faecal samples collected were from
               C. brachyotis (14 samples) and C. horsfieldii (6 samples). Seeds were observed
               only in 16 samples (67%) from three bat species (Figure 2) except for the Greater
               long-tongued nectar bat, M. sobrinus and the Dusky fruit bat, Penthetor lucasi.
               For C. brachyotis, from the total 14 faecal samples collected, 10 samples or 71%
               contained seeds, while for C. horsfieldii, five samples from the total six (83 %)
               contained seeds. The Ȥ with Yates’ Correction calculated however showed no
                                    2
               significant difference in the number of samples with and without seeds for both
               bat species (C. brachyotis, Ȥ = 1.78, df = 1, p > 0.05; C. horsfieldii, Ȥ  = 1.50, df
                                        2
                                                                             2
               = 1, p > 0.05).

               Only three types of seeds were observed (Figure 3) from a total of 800 seeds
               present in the faecal samples. Only C. brachyotis was found with two types of
               seeds while the other two bat species recorded only a single seed type in the faeces
               (Table 2). The most abundant seeds were from Type 1, which was recorded for all
               individuals  of  C.  brachyotis  (except  for  one)  and  C.  horsfieldii.  The  number
               (mean + SE) of Type 1 seeds carried by C. brachyotis (56.22 + 16.87, n = 9) and
               C. horsfieldii (57.20 + 34.80, n = 5) individuals however was not significantly
               different between the two species (Mann-Whitney Test, U = 22.50, p > 0.05). The
               only faecal sample collected from the Temminck’s tailless fruit bat, M. ecaudatus,
               recorded the presence of a different seed types (Type 3) than those reported for
               the other two Cynopterus species.
   83   84   85   86   87   88   89   90   91   92   93