Citation
Ku Halim, Ku Noor Khalidah
(2021)
Assessment of habitat characteristics on wild boar detection in selected forest reserves in Peninsular Malaysia.
Masters thesis, Universiti Putra Malaysia.
Abstract
Wild boar (Sus scrofa) populations have increased remarkably worldwide. In
predominantly Muslim region such as Peninsular Malaysia, wild boars have
thrived, in part, because Muslims do not hunt them as they are prohibited from
consuming pork. This is complicated by the decline of predators such as Malayan
Tigers. We examined the relationship between the number of wild boar
detections, with vegetation structure characteristics, and landscape metrics in 12
forest reserves in Peninsular Malaysia. Camera-trapping was used to record wild
boar detections. At each camera trap location, the site-level characteristics and
landscape metrics were measured. We found that the number of wild boar
detections was 2.5 times higher in Peat Swamp Forest compared to Lowland
Dipterocarp Forest. In contrast, the number of wild boar detections was six times
lower in Montane Forest compared to Lowland Dipterocarp Forest. The data
further revealed that the number of wild boar detections was positively related to
the number of trees with diameter at breast height (DBH) > 45 cm, number of
fallen trees, number of palms, number of saplings, and elevation. However, the
number of wild boar detections was negatively influenced by the number of trees
with DBH < 45 cm, canopy cover, distance f rom nearest paved and unpaved
roads. Surprisingly, wild boar populations were not af fected by forest
f ragmentation and logging. The data indicated that site-level characteristics,
particularly vegetation structure, supersede landscape-level characteristics in
terms of driving the number of wild boar detections in the forest reserves. The
high detection numbers of wild boar may inf luenced by f ive landscape-level
characteristics which are number of trees with DBH > 45cm, number of dead
fallen trees, number of palms, number of saplings and elevation. Generally, our
f indings suggest that wild boars can thrive in tropical fragmented landscapes with
favourable site-level characteristics and lower bushmeat hunting pressure.
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