title: Policy options for the management of territorial disputes in South-East Asia: A case study of the Preah Vihear temple dispute

authors: Sattayarak, Tharita

subjects: territorial disputes

abstract: The stability of the Southeast Asian region has been affected by a number of unresolved territorial and maritime disputes because most parts of the region were not demarcated after the colonial period. Overlapping claims have led to disputes among ASEAN members for the rightful ownership of those areas. ASEAN, however, does not have the power to resolve disputes among its members or between its members and outsiders. The International Court of Justice (or the ICJ) has played an important role in ending long-standing disputes in the region; the ICJ’s judgements have normally been accepted.
Thailand, which is an ASEAN member, has faced both territorial disputes due to the European colonists’ treaties over boundary agreements with its neighbouring states as well as maritime disputes due to the announcement of the 1983 United Nations Convention on the Law of the Sea (UNCLOS), particularly in the Gulf of Thailand. It seems to be easier to reach an agreement on the overlapping claims in the Gulf of Thailand than to settle disputes over land. Sharing the benefits of fisheries, oil and gas have contributed to Thailand and some claimants reaching an agreement by peaceful means. Territorial disputes are more complicated and sensitive than the maritime ones because they include strategic, ethnic and economic values, thus they are more likely to result in the use of military force which greatly harms the stability and peace of the region.
	Thailand has had many territorial disputes with its neighbours such as Myanmar, Laos, Malaysia and, particularly, with Cambodia. The rivalry between Thailand and Cambodia has existed since ancient times. One of the most important territorial disputes between the two nations is the territorial dispute over the sovereignty of the Preah Vihear temple which was awarded to Cambodia in 1962 by the ICJ. However, the 4.6 sq km area surrounding the temple has not yet been demarcated by the ICJ, thus the territorial dispute over the temple’s surrounding area occurred in 2008, and it was seen to be one of the bloodiest disputes in the region. The dispute has not yet ended. The ICJ has finally become involved and Thailand and Cambodia still need to provide evidence to the Court in 2013 to claim their rights over the disputed area. This dispute has caused ASEAN to become more concerned about its role and power to maintain peace in the region. ASEAN in the future must have more power to control such a situation so that it does not escalate into the use of military force among its members. This can prevent outsiders’ involvement and also improve trust among member states as well.

text: Policy options for the management of territorial disputes in South-East Asia: A case study of the Preah Vihear temple dispute The stability of the Southeast Asian region has been affected by a number of unresolved territorial and maritime disputes because most parts of the region were not demarcated after the colonial period. Overlapping claims have led to disputes among ASEAN members for the rightful ownership of those areas. ASEAN, however, does not have the power to resolve disputes among its members or between its members and outsiders. The International Court of Justice (or the ICJ) has played an important role in ending long-standing disputes in the region; the ICJ’s judgements have normally been accepted.
Thailand, which is an ASEAN member, has faced both territorial disputes due to the European colonists’ treaties over boundary agreements with its neighbouring states as well as maritime disputes due to the announcement of the 1983 United Nations Convention on the Law of the Sea (UNCLOS), particularly in the Gulf of Thailand. It seems to be easier to reach an agreement on the overlapping claims in the Gulf of Thailand than to settle disputes over land. Sharing the benefits of fisheries, oil and gas have contributed to Thailand and some claimants reaching an agreement by peaceful means. Territorial disputes are more complicated and sensitive than the maritime ones because they include strategic, ethnic and economic values, thus they are more likely to result in the use of military force which greatly harms the stability and peace of the region.
	Thailand has had many territorial disputes with its neighbours such as Myanmar, Laos, Malaysia and, particularly, with Cambodia. The rivalry between Thailand and Cambodia has existed since ancient times. One of the most important territorial disputes between the two nations is the territorial dispute over the sovereignty of the Preah Vihear temple which was awarded to Cambodia in 1962 by the ICJ. However, the 4.6 sq km area surrounding the temple has not yet been demarcated by the ICJ, thus the territorial dispute over the temple’s surrounding area occurred in 2008, and it was seen to be one of the bloodiest disputes in the region. The dispute has not yet ended. The ICJ has finally become involved and Thailand and Cambodia still need to provide evidence to the Court in 2013 to claim their rights over the disputed area. This dispute has caused ASEAN to become more concerned about its role and power to maintain peace in the region. ASEAN in the future must have more power to control such a situation so that it does not escalate into the use of military force among its members. This can prevent outsiders’ involvement and also improve trust among member states as well.

year: 2013

title: Investigating drivers of cyanobacterial blooms in Aotearoa – New Zealand lakes using sedimentary ancient DNA

authors: Picard, Maïlys

subjects: Cyanobacteria

abstract: Healthy lake ecosystems support biodiversity and human populations. They provide many ecosystem services such as water, food and energy. Lakes can be impacted by natural disturbances, but they are increasingly threatened by human-induced disturbances. Studies have shown that eutrophication and climate change often enhance cyanobacteria over other photosynthetic taxa. As cyanobacterial blooms are becoming more frequent and intense throughout the world, more lake systems are being investigated. In some cases there is not a clear link between eutrophication and cyanobacterial blooms. One such example is Lake Pounui (Wairarapa, New Zealand), which has little intensive agriculture in its catchment but water quality has degraded markedly in the last decade. The lake now experiences heavy cyanobacterial blooms every summer. This could be due to the presence of a non-native fish population, the European perch (Perca fluviatilis). This thesis examined the relationship between cyanobacterial blooms and perch introduction in New Zealand
lakes, including a multi-trophic study in Lake Pounui. Perch were introduced c. 1870 in New Zealand but introduction records are patchy and sometimes non-existent. Moreover, most lake systems are not studied until they are already degraded. This thesis used a combination of traditional proxies (pollen, charcoal, pigments) and modern proxies (sedimentary ancient DNA, XRF scanning) from lake sediment cores to reconstruct lake ecology in pre-human times, after M¯aori settlement between the 13th to 15th century, and after European settlement from 1840 AD. Timelines and intensity of human impact were reconstructed with pollen, charcoal analysis, and sediment dating when possible.

Cyanobacterial communities in six lakes were reconstructed through their sedimentary ancient DNA (sedaDNA) using metabarcoding and droplet digital PCR (ddPCR) in Chapter 2. Bloom-forming species were present in all lakes prior to human arrival; however their overall abundance was low. Total cyanobacteria abundance and richness increased in all lakes after European settlement but was very pronounced in four lakes, where bloom-forming taxa became dominant. The trends in cyanobacterial abundance from ddPCR were then compared to cyanobacterial pigments (canthaxanthin, echinenone, myxoxanthophyll and zeaxanthin) using highperformance liquid chromatography in Chapter 3, to assess the likelihood of the historical increase observed. Pigments / sedaDNA relationships were more consistent when all pigments were summed, which is likely due to differences in species composition across lakes. The positive correlations confirmed an increase in cyanobacterial biomass since European arrival.

Due to patchy records for fish introduction, fish sedimentary DNA was compared to environmental DNA (eDNA) from water samples as a methodological check (Chapter 4) before applying this method to the sediment cores. This study was undertaken in three small and shallow lowland lakes by targeting perch and rudd (Scardinius erythrophthalmus). Fish DNA was evenly distributed across the whole lake except when the fish population was low. Samples collected from the sediment contained fish DNA more often than water samples in two out of the three small shallow lakes (including Lake Pounui). Sediment geochemistry probably impeded detection in the third lake. Perch sedaDNA was therefore used as an indication of fish presence in Lake Pounui for Chapter 5, which explored multitrophic changes in Lake Pounui over the last c. 1,000 years. In addition to pollen, charcoal, and 14C dating, XRF scanning was used to reconstruct mineralogic shifts from the catchment (Ti/inc, K/inc) and within the lake (inc/coh). Biological trends were reconstructed
by targeting the sedaDNA of bacteria (16S rRNA), microeukaryotes (18S rRNA), metazoans (CO1), and macrophytes (rbcL, trnL). Complemented by historical records and studies, the data produced in this thesis indicated that the biggest changes in Lake Pounui happened after European settlement (c. 1845), with land clearance, perch introduction, climate change, and probable fertiliser application driving the degradation of the water quality in c. 180 years. This study revealed shifts in native communities (macrophytes, bacteria, oligochaete worms) and the appearance of new species (perch, macrophytes, freshwater nematodes) previously undocumented using sedaDNA. The results highlight just how complex yet fragile lake ecosystems can be and how little we still know about them. Sedimentary ancient DNA is a useful tool to study the insidious and long-lasting impact of nonnative species on freshwater ecosystems because it widens the range of species that can be studied. However, it needs to be complemented with other proxies. This thesis provides a framework to study fish DNA in small shallow lakes (Chapter 4). It can also inform future management and restoration strategies in lakes, especially in Lake Pounui, by retracing historical water quality (Chapter 2) and identifying taxa present prior to, during, and after lake degradation (Chapter 5).

text: Investigating drivers of cyanobacterial blooms in Aotearoa – New Zealand lakes using sedimentary ancient DNA Healthy lake ecosystems support biodiversity and human populations. They provide many ecosystem services such as water, food and energy. Lakes can be impacted by natural disturbances, but they are increasingly threatened by human-induced disturbances. Studies have shown that eutrophication and climate change often enhance cyanobacteria over other photosynthetic taxa. As cyanobacterial blooms are becoming more frequent and intense throughout the world, more lake systems are being investigated. In some cases there is not a clear link between eutrophication and cyanobacterial blooms. One such example is Lake Pounui (Wairarapa, New Zealand), which has little intensive agriculture in its catchment but water quality has degraded markedly in the last decade. The lake now experiences heavy cyanobacterial blooms every summer. This could be due to the presence of a non-native fish population, the European perch (Perca fluviatilis). This thesis examined the relationship between cyanobacterial blooms and perch introduction in New Zealand
lakes, including a multi-trophic study in Lake Pounui. Perch were introduced c. 1870 in New Zealand but introduction records are patchy and sometimes non-existent. Moreover, most lake systems are not studied until they are already degraded. This thesis used a combination of traditional proxies (pollen, charcoal, pigments) and modern proxies (sedimentary ancient DNA, XRF scanning) from lake sediment cores to reconstruct lake ecology in pre-human times, after M¯aori settlement between the 13th to 15th century, and after European settlement from 1840 AD. Timelines and intensity of human impact were reconstructed with pollen, charcoal analysis, and sediment dating when possible.

Cyanobacterial communities in six lakes were reconstructed through their sedimentary ancient DNA (sedaDNA) using metabarcoding and droplet digital PCR (ddPCR) in Chapter 2. Bloom-forming species were present in all lakes prior to human arrival; however their overall abundance was low. Total cyanobacteria abundance and richness increased in all lakes after European settlement but was very pronounced in four lakes, where bloom-forming taxa became dominant. The trends in cyanobacterial abundance from ddPCR were then compared to cyanobacterial pigments (canthaxanthin, echinenone, myxoxanthophyll and zeaxanthin) using highperformance liquid chromatography in Chapter 3, to assess the likelihood of the historical increase observed. Pigments / sedaDNA relationships were more consistent when all pigments were summed, which is likely due to differences in species composition across lakes. The positive correlations confirmed an increase in cyanobacterial biomass since European arrival.

Due to patchy records for fish introduction, fish sedimentary DNA was compared to environmental DNA (eDNA) from water samples as a methodological check (Chapter 4) before applying this method to the sediment cores. This study was undertaken in three small and shallow lowland lakes by targeting perch and rudd (Scardinius erythrophthalmus). Fish DNA was evenly distributed across the whole lake except when the fish population was low. Samples collected from the sediment contained fish DNA more often than water samples in two out of the three small shallow lakes (including Lake Pounui). Sediment geochemistry probably impeded detection in the third lake. Perch sedaDNA was therefore used as an indication of fish presence in Lake Pounui for Chapter 5, which explored multitrophic changes in Lake Pounui over the last c. 1,000 years. In addition to pollen, charcoal, and 14C dating, XRF scanning was used to reconstruct mineralogic shifts from the catchment (Ti/inc, K/inc) and within the lake (inc/coh). Biological trends were reconstructed
by targeting the sedaDNA of bacteria (16S rRNA), microeukaryotes (18S rRNA), metazoans (CO1), and macrophytes (rbcL, trnL). Complemented by historical records and studies, the data produced in this thesis indicated that the biggest changes in Lake Pounui happened after European settlement (c. 1845), with land clearance, perch introduction, climate change, and probable fertiliser application driving the degradation of the water quality in c. 180 years. This study revealed shifts in native communities (macrophytes, bacteria, oligochaete worms) and the appearance of new species (perch, macrophytes, freshwater nematodes) previously undocumented using sedaDNA. The results highlight just how complex yet fragile lake ecosystems can be and how little we still know about them. Sedimentary ancient DNA is a useful tool to study the insidious and long-lasting impact of nonnative species on freshwater ecosystems because it widens the range of species that can be studied. However, it needs to be complemented with other proxies. This thesis provides a framework to study fish DNA in small shallow lakes (Chapter 4). It can also inform future management and restoration strategies in lakes, especially in Lake Pounui, by retracing historical water quality (Chapter 2) and identifying taxa present prior to, during, and after lake degradation (Chapter 5).

year: 2023

title: National Maori and Pacific psychologies symposium: Claiming spaces

authors: Levy, Michelle Patricia

subjects: Maori

abstract: In 2002 the Maori and Psychology Research Unit made a valuable contribution to the  teaching and practice of psychology in Aotearoa via the two day Maori Graduates of Psychology Symposium: Making a Difference. Mid-way through 2006, our collective memories of the hard work in 2002  diminished, so much so that we once again considered hosting a similar event. Building on the foundations laid in 2002, the theme of the 2007 symposium was "Claiming Spaces", with our focus expanding to include peoples of the Pacific. This theme reflected that the time had come for Maori and Pacific Psychologies to move from the margins and claim legitimate space within psychology. It recognized that here in Aotearoa we have the potential to be pioneers in the development of psychologies relevant and applicable to Maori and Pacific peoples, and to better understand what science, culture and practice means when indigenous and cultural world views are prioritised. It was an inclusive theme, with the programme comprising presentations led by Maori and Pacific psychologists, graduates of psychology and psychology students. These presentations reflected on and made connections to the theme of "Claiming Spaces".

text: National Maori and Pacific psychologies symposium: Claiming spaces In 2002 the Maori and Psychology Research Unit made a valuable contribution to the  teaching and practice of psychology in Aotearoa via the two day Maori Graduates of Psychology Symposium: Making a Difference. Mid-way through 2006, our collective memories of the hard work in 2002  diminished, so much so that we once again considered hosting a similar event. Building on the foundations laid in 2002, the theme of the 2007 symposium was "Claiming Spaces", with our focus expanding to include peoples of the Pacific. This theme reflected that the time had come for Maori and Pacific Psychologies to move from the margins and claim legitimate space within psychology. It recognized that here in Aotearoa we have the potential to be pioneers in the development of psychologies relevant and applicable to Maori and Pacific peoples, and to better understand what science, culture and practice means when indigenous and cultural world views are prioritised. It was an inclusive theme, with the programme comprising presentations led by Maori and Pacific psychologists, graduates of psychology and psychology students. These presentations reflected on and made connections to the theme of "Claiming Spaces".

year: 2008