Physical Impact of Sea Level Rise to the Coastal Zone Along the East Coast of Peninsular Malaysia

Ismail, Isfarita; Abdullah, Wan Rafizah Wan; Zakaria, R

doi:10.26480/mjg.02.2018.33.38

Cited by 9 publications

(17 citation statements)

References 12 publications

(16 reference statements)

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“…On the other hand, series from United Kingdom ( 12 ), Istanbul (Turkey) ( 16 ), Northeast of Brazil ( 17 ), Marches (Italy) ( 18 ), Northern and Southern Nigeria ( 19 ), Southern Nigeria ( 20 ), and India ( 21 ), reported AME as the most frequent OTs using 2017 WHOc. Interestingly, other studies with 2005 WHOc, which includes KCOT, reported AME as the most frequent OTs: Ibadan (Nigeria) ( 6 ), Sichuan (China) ( 7 ), Sri Lanka ( 9 ), Kayseri (Turkey) ( 22 ), and Malaysia ( 23 ).…”

Section: Discussionmentioning

confidence: 98%

“…In the present study, the ages of the patients ranged from one to eighty-three years. Most OTs occurred within the second and third decades, with a peak in the second decade in Uberlandia (Brazil) ( 10 ), Pernambuco (Brazil) ( 11 ), Japan ( 15 ), Northeastern Brazil ( 17 ), India ( 21 ), Malaysia ( 23 ), and Greece ( 24 ). Other series showed a peak in the third decade ( 7 - 9 , 19 , 20 , 25 ).…”

Section: Discussionmentioning

confidence: 99%

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Odontogenic tumours in a Chilean population: a retrospective study of 544 cases based on 2022 WHO classification

Escobar,

Gómez-Valenzuela,

Peñafiel

et al. 2020

Med Oral

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Background Odontogenic tumours are infrequent lesions. Studies on the frequency of odontogenic tumours from Latin America are scarce. This work aimed to determine the relative frequency of odontogenic tumours in a Chilean population using the 2022 World Health Organization classification. Material and Methods This is a case series retrospective study. We reviewed 35,530 samples from 1975 to 2022 from the Oral Pathology Referral Institute and the Pathological Anatomy Service, Faculty of Dentistry, University of Chile. We utilized the 2022 World Health Organization classification for histological typification. Results According to 2022 World Health Organization classification, 544 odontogenic tumours were confirmed. The most frequent odontogenic tumours were: odontoma ( n =241; 44.3%), ameloblastoma ( n =109; 20.0%) and cemento-ossifying fibroma ( n =71; 13.1%). Benign odontogenic tumours corresponded to 538 cases (98.9%) and malignant tumours were only six cases (1.1%). Conclusions In our population, odontoma was the most frequent odontogenic tumour followed by ameloblastoma and cemento-ossifying fibroma. Malignant odontogenic tumours were very rare. The results of this study are similar to reports from America, but there are some differences concerning the data from Africa and Asia. Key words: Odontogenic tumours, Chile, keratocyst odontogenic tumour, odontoma, ameloblastoma.

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Section: Discussionmentioning

confidence: 98%

Section: Discussionmentioning

confidence: 99%

Odontogenic tumours in a Chilean population: a retrospective study of 544 cases based on 2022 WHO classification

Escobar,

Gómez-Valenzuela,

Peñafiel

et al. 2020

Med Oral

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“…Di bahagian pesisir dan lepas pantai pula banyak tersingkap batuan Formasi Mersing, batuan volkano dan sedikit granit yang berketahanan tinggi terhadap hakisan membentuk tanjung batu, tunggul laut, tebing jurang dan pulau baki. Hakisan laut terhadap satah lemah yang terdedah pula menghasilkan banyak gua laut dan gerbang laut (Mohd Fauzi et al, 2013;JKSPMG, 2018;Isfarita et al, 2018).…”

Section: Evolusi Landskap Daratanunclassified

Geological, Biological, Cultural And Local Wisdom Heritage A Key Element Of Mersing Geopark Development

Said¹,

Komoo²,

Mohamad³

et al. 2021

BGSM

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The district of Mersing is bestowed with many national and international geological heritage sites dated since 350 million years ago. The high biodiversity and uniqueness of the local culture complements the geoheritage of the area. Thus, the National Geopark Committee has chosen Mersing as a territory to be developed as a geopark. Mersing Geopark development efforts were initiated in 2017 through the Mersing Geopark Scientific and Development Committee. The entire Mersing district of 6,371 square kilometers, including the marine areas right up to the Aur Archipelago is identified as the geopark area. The geoheritage here has been identified as 22 geosites, which cover land and island areas. Important flora and fauna have also been identified as being within the protected areas. The unique and preserved traditions of life, art and culture add to the value of this geopark. Several key elements were introduced to prepare Mersing Geopark before being evaluated as a national geopark candidate in December 2018, namely governance of the geopark - management based on ‘co-management’ mechanism, nature conservation – community, community economy through geotourism activities, and public education. Many programmes and activities have been carried out to face future plans for Mersing to become a UNESCO Global Geopark. Geopark enhances natural and cultural heritage resources through integrated development, geotourism development to increase income, preservation of heritage sites and empowerment of local communities to foster a strong sense of pride and belonging to a place.

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“…IOP Publishing doi:10.1088/1755-1315/1103/1/012011 2 Studies on the impact of a sea level rise has been done around the world such as in Egypt [1], Bangladesh [4], USA [5], Malaysia [6], India [2] and Australia [3]. The researchers who studied the impact of a sea-level rise in physical aspects are [7] and [8] while others studied the socioeconomic impacts [9]. Littoral states will have to respond to increasing sea level.…”

Section: Introductionmentioning

confidence: 99%

Modelling of Coastal Vulnerability Index Along the East Coast of Peninsular Malaysia due to Sea Level Rise Impact

Ismail

Husain

Abdullah

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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Sea level rise is a very serious phenomena around the world and caused by expansion of sea water due to the high temperature and the melting of ice at the poles. In Malaysia, areas located on the East Coast of Peninsular Malaysia are more vulnerable to the impact of rising sea water because they are facing the South China Sea where the waves are stronger, especially during the monsoon season in November to March. The study site is along the East Coast of Peninsular Malaysia, over 675km and covered fifteen districts located along the coast. This study focuses on developing vulnerability indices on physical, socioeconomic and correlation between both parameters. The analysis of physical vulnerability index (PVI) consist seven variables namely geomorphology, shoreline change rate, coastal slope, wave height, tidal range, sea level rise change and rock type. While for socioeconomic index (SeVI) focuses on three parameters such as quality of life, economic value and infrastructures. After obtaining the index for each parameter, coastal vulnerability index (CVI) is then calculated to determine the overall vulnerability for the coastal area. For CVI, the highest index along coastal area is Kuantan and the lowest index is Tumpat.

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Physical Impact of Sea Level Rise to the Coastal Zone Along the East Coast of Peninsular Malaysia

Cited by 9 publications

References 12 publications

Odontogenic tumours in a Chilean population: a retrospective study of 544 cases based on 2022 WHO classification

Odontogenic tumours in a Chilean population: a retrospective study of 544 cases based on 2022 WHO classification

Geological, Biological, Cultural And Local Wisdom Heritage A Key Element Of Mersing Geopark Development

Modelling of Coastal Vulnerability Index Along the East Coast of Peninsular Malaysia due to Sea Level Rise Impact

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