There were signi cant differences in the susceptibility of thefi
coral taxa to bleaching events between the years 1998 and 2010
and among coral species (Figs. 3 and 4, Table 1). Bleaching was
signi cantly different between dominant corals, except A. mill-fi
epora–F. favus and P. decussata–P. lutea. All observed colonies of
Astreopora myriophthalma were categorized as completely
bleached whereas Diploastrea heliopora was the most resistant
coraltobleachinginbothyears.Themostsusceptiblecoralsduring
both bleaching events were Montipora tuberculosa, A. millepora, A.
subulata, Galaxea fascicularis, Pachyseris rugosa, Fungia fungites,
Turbinaria mesenterina, F. favus, F. pallida, F. maritima, F. truncatus,
Favites halicora and Platygyra daedalea. Four coral species showed
more resistance to bleaching in 2010, i.e. S. radians, F. abdita,
P. lutea and Goniopora lobata. Most dominant corals (A. millepora,
S. radians, F. abdita and P. lutea) were more susceptible in 1998.
the study site during April–July 1998 and April–August 2010. In
1998, the seawater temperature anomaly started on 17 April,
reaching the maximum on 2 June and decreased to normal
conditions on 21 July. However in 2010, the seawater temperature
anomaly started on 19 April, reaching the peak on 15 July and
decreased to normal conditions on 30 August (Fig. 2).
There were signi cant differences in the susceptibility of theficoral taxa to bleaching events between the years 1998 and 2010and among coral species (Figs. 3 and 4, Table 1). Bleaching wassigni cantly different between dominant corals, except A. mill-fiepora–F. favus and P. decussata–P. lutea. All observed colonies ofAstreopora myriophthalma were categorized as completelybleached whereas Diploastrea heliopora was the most resistantcoraltobleachinginbothyears.Themostsusceptiblecoralsduringboth bleaching events were Montipora tuberculosa, A. millepora, A.subulata, Galaxea fascicularis, Pachyseris rugosa, Fungia fungites,Turbinaria mesenterina, F. favus, F. pallida, F. maritima, F. truncatus,Favites halicora and Platygyra daedalea. Four coral species showedmore resistance to bleaching in 2010, i.e. S. radians, F. abdita,P. lutea and Goniopora lobata. Most dominant corals (A. millepora,S. radians, F. abdita and P. lutea) were more susceptible in 1998.the study site during April–July 1998 and April–August 2010. In1998, the seawater temperature anomaly started on 17 April,reaching the maximum on 2 June and decreased to normalconditions on 21 July. However in 2010, the seawater temperatureanomaly started on 19 April, reaching the peak on 15 July anddecreased to normal conditions on 30 August (Fig. 2).
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There were signi cant differences in the susceptibility of thefi
coral taxa to bleaching events between the years 1998 and 2010
and among coral species (Figs. 3 and 4, Table 1). Bleaching was
signi cantly different between dominant corals, except A. mill-fi
epora–F. favus and P. decussata–P. lutea. All observed colonies of
Astreopora myriophthalma were categorized as completely
ฟอกและ diploastrea heliopora เป็น coraltobleachinginbothyears ทน
ทั้งสองมากที่สุด themostsusceptiblecoralsduring ฟอกเหตุการณ์ montipora tuberculosa อ. millepora , A .
subulata แกแลคซี่ , fascicularis , pachyseris พัฒนา fungia fungites
, , turbinaria mesenterina , F . favus , F . pallida , F . maritima , F .
favites และมัก halicora , platygyra daedalea . ปะการังพบ
4 ชนิดmore resistance to bleaching in 2010, i.e. S. radians, F. abdita,
P. lutea and Goniopora lobata. Most dominant corals (A. millepora,
S. radians, F. abdita and P. lutea) were more susceptible in 1998.
the study site during April–July 1998 and April–August 2010. In
1998, the seawater temperature anomaly started on 17 April,
reaching the maximum on 2 June and decreased to normal
เงื่อนไขในวันที่ 21 กรกฎาคม อย่างไรก็ตามในปี 2553 เริ่มน้ำทะเลอุณหภูมิ
เกิดเมื่อวันที่ 19 เมษายน ถึงจุดสูงสุดเมื่อวันที่ 15 กรกฎาคม และ
ลดลงสู่สภาพปกติในวันที่ 30 สิงหาคม ( ภาพที่ 2 )
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