Global Climate Change and Indigenous Peoples in Taiwan: A Critical Bibliometric Analysis and Review

: In recent years, the subject of Indigenous peoples and global climate change adaptation has become a rapidly growing area of international study. Despite this trend, Taiwan, home to many Indigenous communities, has received relatively little attention. To date, no comprehensive review of the literature on Taiwan’s Indigenous peoples and global climate change has been conducted. Therefore, this article presents a bibliometric analysis and literature review of both domestic and international studies on Taiwan’s Indigenous peoples in relation to resilience, climate change, and climate shocks in the 10-year period after Typhoon Morakot (2009). We identiﬁed 111 domestic and international peer-reviewed articles and analyzed their presentation of the current state of knowledge, geographical and temporal characteristics, and Indigenous representation. Most studies were discovered to focus on post-disaster recovery, particularly within the context of Typhoon Morakot, as well as Indigenous cultures, ecological wisdom, and community development. This study also discovered relatively few studies investigating how traditional ecological knowledge systems can be integrated into climate change adaptation. Most studies also adopted a somewhat narrow focus on Indigenous resilience. Large-scale quantitative and longitudinal studies are found to be in their infancy. We observed a geographical skewness among the studies in favor of southern Taiwan and relatively limited engagement with contemporary studies on Indigenous peoples and climate change. We furthermore determined a large overlap between the destruction path of Morakot and study sites in the articles. Indigenous scholars have managed to ﬁnd a voice among domestic and international outlets, and an increasing number of scholars have argued for more culturally sensitive approaches to post-disaster recovery and disaster management in Taiwan.


Introduction
The world's Indigenous peoples represent less than 5% of the global population, yet they currently manage or have rights over numerous ecosystems, ranging from the Arctic to the tropical rain forests of Borneo [1]. As the current and projected consequences of global climate change and environmental change come under greater scrutiny, academics have noted that the world's Indigenous peoples bear little responsibility (if any) for the forecast consequences [2]. This is the reason for the rapidly growing trend in studies on Indigenous peoples, resilience, and global climate change [1,[3][4][5][6]. Such studies have explored how Indigenous peoples' knowledge systems, institutions, worldviews, conservation practices, and local perceptions could be of benefit or be integrated into climate change adaptation  [18]) and (b) the percentage of Indigenous population in Taiwan on district/township level (data from: [30]).

Research Questions and Methods
The aims of this study could be subdivided into five research questions: (1) what trends, themes, and topics can be found among domestic and international studies, and what differences can be observed; (2) what is the geographical distribution of the studies in Taiwan, and which Indigenous groups have been selected; (3) what are the temporal characteristics of the studies (ranging from risk perception to post-disaster recovery); (4) to what extent are Indigenous Taiwanese voices represented in such academic articles; (5) what knowledge gaps and potential research directions can be identified.
We performed bibliometric analysis (employing similar methods as: [6,31,32]) using the databases of Scopus and Airiti Library. Several Taiwanese journals are not indexed in Scopus, which was why Airiti Library was selected for finding Chinese-language articles. The time frame of our research was from January 2010 until April 2020. This date was chosen as we started a special issue on the same theme [33], and this would thus heavily influence our bibliometric analysis. We used Boolean search strings, shown in Table 1, to identify articles that referred to climate change, Indigenous peoples, disaster, or resilience in their titles, abstracts, or keywords. Climate change could also refer to climate hazards or disasters, climatic change, or climate variability. When we searched for international articles, we also employed Taiwan as a keyword to geographically restrict our search results. Additionally, we employed a snowball method in our literature review, examining the references of all identified studies to find other relevant studies. In addition to the inclusion criteria above, this project concerned itself with only peer-reviewed studies.
Keywords AND Title AND Abstract All studies that did not focus (this could range from being the main focus to being relevant to the topics) on climate change (or climate disasters), resilience, or Indigenous peoples were excluded from our constructed database. It is important to take into account that Indigenous peoples in Taiwan also face other negative (environmental) events such as earthquakes, land subsidence, or tsunamis. Therefore, this study does not consider all disasters. At the same time, it is important to note that Indigenous resilience could be applied to all stressors and shocks [34]. Furthermore, climate events and disasters could be considered to be climate change-related but cannot always be proven to be caused by global climate change.
After identifying the relevant articles for the literature review, a dataset in Microsoft Excel was created in which the articles were categorized on the basis of the year of publication, language, type of disaster, the ethnicity of the studied group, the ethnicity of the authors, themes of the study, phase in disaster management, and geographical distribution among other items. Data were analyzed using Microsoft Excel and Power BI [35]. The relevance of the data was assured by conducting a literature review to better understand the trends and themes among the articles in our database, and geographic information system techniques combined with secondary data were employed to identify the geographical distribution and knowledge gaps of the studies. Power BI was employed to visualize and analyze the papers, themes, and topics, and an interface was designed enabling the user to interact with and analyze the data themselves (Appendix B).

Results and Discussion
In total, we discovered 111 articles, 50 of which were indexed in Scopus (labeled as international articles) and 61 in Airiti Library (domestic articles; Figure 2; Appendix C). Each year saw an increase in the number of articles, and the number of domestic and international articles peaked in 2012 and 2016, respectively. The international articles were published in Sustainability (Switzerland; n = 4), Natural Hazards (n = 2), and other journals ranging from Land Use Policy (n = 1) to International Psychogeriatrics (n = 1). Most of the journals were either related to disaster management (e.g., the International Journal of Disaster Risk Reduction) or sustainability sciences (e.g., Sustainability Science). The domestic studies were published in the Journal of Slopeland Hazard Prevention (n = 6), Taiwan: A Radical Quarterly in Social Studies (n = 5), the Journal of Natural and Human Environment of Indigenous Peoples (n = 4), and the Journal of the Taiwan Indigenous Studies Association (n = 4). Other domestic articles were published in various social and natural science journals. At least four of the Taiwanese journals specifically focus on Indigenous peoples; in addition to those aforementioned, these included the Taiwan Indigenous Studies Review and Taiwan Journal of Indigenous Studies.

Trends, Themes, and Topics
The studies in our database were categorized into at least one of the following 10 themes and topics: disaster management; Indigenous culture (including cultural practices, traditions, institutions, and worldviews); ecological wisdom; community development; housing and sustainable architecture; Indigenous health; Indigenous tourism; sustainable agriculture; climate justice; and education ( Figure 3). After Typhoon Morakot, there was a surge in studies on the impact of the typhoon on Indigenous peoples as well as the post-disaster recovery efforts (Table 2), especially in the years 2012 and 2016, as then most projects would come to an end and results were consequently presented. These studies focused on issues ranging from lessons learned from relocation and resettlement policies [36] to cultural issues in post-disaster reconstruction [28]. Cultural issues (the second most common theme) were considered to be crucial in both domestic and international studies. Some of these articles are critical of the Taiwanese government's response after Typhoon Morakot. After Morakot, many Indigenous communities in southern Taiwan were relocated to or resettled in new locations. Many scholars argued that these government policies were insensitive toward Indigenous cultures and historical vulnerabilities [29,[37][38][39][40]. Various Indigenous groups were relocated together; pre-existing villages to which Indigenous groups were resettled were not accustomed to Indigenous cultures; numerous households were ineligible for governmental housing; and resettled families were unable to continue their farming activities or sell their newly acquired homes [37,[41][42][43]. Other studies focused on climatic stressors and shocks: other typhoons besides Morakot; debris flow, landslides, or rock falls as a result of heavy rain; and more general aspects of climate change such as droughts, flooding, and climate variability ( Table 2). Some studies created climate resilience or vulnerability indices for urban [44] or rural [25] settings. Several studies focused on the ecological wisdom of Indigenous peoples, including TEK systems [45][46][47], agroforestry and conservation practices [48][49][50], the roles of traditional institutions in conservation [51], traditional housing and settlement patterns [52], and traditional knowledge and risk perception [53]. Even though many studies acknowledged the importance of TEK systems, only a few focused on how TEK could be integrated into climate change adaptation [54][55][56]. The majority of the studies were published in domestic journals. Notably, Kuan [54] presented a detailed case study on the TEK systems of the Atayal/Tayal people and contemporary disaster management in a watershed area. Wang [56] specifically focused on the perceptions of climate change of the Tayal people and how their TEK systems could support households to identify climate change adaptation options. Lin et al. [52] investigated how Indigenous Tao (or Yami) people employed their ecological wisdom by choosing the appropriate settlement location and housing architecture for coping with strong winds on Lanyu (Orchid) Island.
Other major topics and themes included community development (26 articles), housing and sustainable architecture (17 articles), and Indigenous health (15 articles). In terms of community development, some studies referred to either cultural and social vulnerability [28] or procedural vulnerability [38]. The procedural vulnerability concerns the relationships people have with power rather than with the environment [38]. Relocation after a climate disaster, for example, has often been labeled as a double disaster in Taiwan because it shifts Indigenous peoples from one vulnerable situation into another that may be worse [39]. In the health sciences, scholars focused on mental health, posttraumatic stress disorder, and depression among Indigenous peoples after Typhoon Morakot and other climate disasters [57,58]. Chen et al. [59], for example, reported that Indigenous peoples tended to show stronger mental recovery from Typhoon Morakot than Han people (the ethnic majority in Taiwan) due to their higher adaptability to cope with a changing environment and climate. Findings from health science studies thus indicate that research on mental resilience could complement studies on Indigenous peoples' resilience when faced with climate change [60,61].
Indigenous tourism (11 articles) is currently a trending topic among the literature on Indigenous peoples and climate change. A growing amount of research is focusing on how Indigenous tourism contributes to Indigenous resilience against climate disasters [62,63] or contribute to community development [51,64]. Scholars often perceived a relationship between community or household participation in Indigenous tourism (in its various forms) and enhanced resilience to climate change. However, whether Indigenous tourism can be advantageous to all of the environment, economy, and Indigenous peoples in Taiwan within the context of a changing climate remains unclear.
We created two word clouds-for domestic and international articles, respectivelywhich are presented in Figure 4. This study identified that the following terms and keywords appeared in international articles ( Figure 4a): Disaster, Indigenous, community, Morakot, resilience, vulnerability, and sustainable. The terms resilience and vulnerability did not appear in the keywords of articles published in domestic journals ( Figure 4b); such articles had keywords mainly focused on disaster, Morakot, Indigenous, typhoon, and community. Understandably, most international and domestic studies focused on the impact of Typhoon Morakot on Taiwan's Indigenous peoples and were conducted on the microlevel. This study also discovered limited engagement with the recent international literature on Indigenous peoples and climate change. Studies focusing on Indigenous resilience adopted a somewhat narrow understanding by focusing primarily on coping or adaptation strategies, but transformative responses to climate change remain understudied. We could also not find any cross-country analyses (i.e., comparing Taiwan with another country), except for one study comparing Australia with Taiwan [65]. General studies on how Taiwan's Indigenous peoples have experienced or perceived global climate change are also lacking. Although some studies focused on multiple communities within southern Taiwan, no studies could be found that were conducted on a national level. Lastly, a qualitative approach was employed in the majority of studies, sometimes interviewing only a few individuals; large-scale quantitative studies are still in their infancy. The latter is not due to lack of data, as many government-led quantitative studies have been conducted on the impacts of Typhoon Morakot [66] and other major natural disasters.

Geographical Distribution and Indigenous Groups
The related studies have been geographically uneven in their focus; some (Indigenous) districts or townships have received considerably more attention than others ( Figure 5). This could be related to the distribution of Indigenous peoples in Taiwan, but very few studies have been conducted about the eastern coast of Taiwan (compare Figure 5 with Figure 1). Additionally, domestic ( Figure 5a) and international (Figure 5b) studies had different geographical distribution patterns, with international studies showing a higher degree of geographic concentration than their domestic counterparts. Most studies were conducted in southern Taiwan, including Ping Tung and Indigenous areas of Kaohsiung. Many places with a relatively high percentage of Indigenous peoples received little to no attention, whereas some places with a relatively low percentage received much more attention, both domestically and internationally. One notable example-which has been excluded from the database-was a study on local and Indigenous knowledge among coastal Han villages in Buidai township, Chiayi county [67]. The study failed to mention that no Indigenous peoples resided in their selected study sites, but they still investigated the local and "Indigenous" knowledge systems of local households.
Analysis of the geographical distribution of the negative impacts of climate disasters in Taiwan could explain the geographical skewness of the studies in favor of southern Taiwan ( Figure 6 and Appendix D). Figure 6a shows a large overlap between the destruction path of Morakot and the sites investigated in both domestic and international studies. As revealed by Figures 5 and 6, Namasia district, a mountainous Indigenous district in the northeastern part of Kaohsiung, was the subject of numerous studies and also among the regions most heavily affected by Morakot. Similar overlaps occurred in sites in northern Ping Tung and other mountainous areas of Kaohsiung. However, when considering the total damage caused by climate disasters and relevant studies (Figure 6b), we observed a somewhat different picture. Many places that have been affected by climate hazards were not represented in any of the studies, which could be related to relatively few causalities. Very few studies [68,69] were conducted in Yilan, Hualien, or Nantou counties in the period of 2010-2020. Another observation is that many studies focused on climate shocks (such as typhoons); less attention was paid to gradual changes or climate stressors. Little information is available in the literature on the climate change resilience and consideration of Indigenous communities on Taiwan's east coast, which is home to many such communities. Figure 6 indicates an overlap between climate shock events and the literature, rather than holistic climate resilience studies being conducted into Indigenous groups and reflecting gradual changes and stressors in general. A notable exception has been Lanyu/Orchid Island, home to the Tao people. Relevant studies [46,52] specifically focused on this island due to the assumed resilience of the Tao people to negative climate events.   [24]). Note: damage refers to a cumulative score of deceased and injured people and severely damaged or destroyed houses as a result of extreme climate events, such as typhoons, rainfall-induced debris flows, or heavy rainfall.
Another reason for the uneven geographical distribution among the included studies is the relationship between university locations and site access. Some universities in southern Taiwan (National Ping Tung University, National Sun-Yat Sen University, National Cheng Kung University, and I-Shou University in particular) have extremely active research centers or colleges dedicated to Indigenous studies. Researchers from these universities have produced numerous studies, with articles published both domestically and internationally. This was partly the result of government policy to allocate substantive research funding to southern universities in Taiwan to study the impacts of Typhoon Morakot instead of allocating it to their northern counterparts. In Taipei City, researchers from National Chengchi University and National Taiwan University have taken the lead in conducting studies on Indigenous peoples and those living in north-central Taiwan in particular. According to our database, Wulai, an Indigenous Tayal district in New Taipei City, interestingly received very little attention from Taipei-based scholars over the past 10 years. This is remarkable because Wulai was severely affected by Typhoon Soudelor in 2015 [70], and the district is close to Taipei City. Wulai district has been relatively well prepared for typhoons [70], which partly explains why it has not been a focus in the analyzed articles.
We also searched for the individual Indigenous groups in the relevant studies and identified 13 groups in total ( Figure 7): 12 officially recognized groups and one locally recognized group (Taivoan). The Rukai and Paiwan peoples were the most studied with 29 (26.1%) and 28 (25.2%) articles, respectively. These Indigenous groups were most heavily affected by Morakot and government relocation policies [29,39], so it should therefore not come as a surprise that they were the most investigated. The third and fourth most studied groups were the Tayal (17 articles; 15.3%) and the Bunun (14 articles; 12.6%) respectively. Many articles on the Tayal focused on either their agricultural or hunting practice or their TEK systems [45,54,71]. The east coast's Amis people-Taiwan's largest Indigenous group, which accounts for 213,958 people [72]-are underrepresented with only three articles. The Saisiyat, Thao, Sakizaya, and Kavalan peoples were not mentioned in any of the articles, and 21.8% of all articles failed to mention a specific Indigenous group. This is most likely because the authors assumed their readers would know which groups were involved in their study based on the location of the study site or because the authors did not consider this to be relevant information. Some authors also had problems understanding the differences between the terms Indigenous, aboriginal, tribe, and ethnic minority. In one article [58], the aforementioned words were used interchangeably; it was stated that (t)he Indigenous people are the ethnic minority group [sic] in Taiwan (p.12). Hsu [37], in her insightful study on Taiwan's imagined geographies and identities, discusses in great detail the political implications and issues related to the classification and recognition of Taiwan's Indigenous peoples. This is reflected in how some articles (often from outside the social sciences) identify or acknowledge the relevant Indigenous groups. Additionally, the process of translating Chinese terms into the English language could have caused some confusion among scholars [37].

Temporal Characteristics
For disaster management literature analysis, we divided all articles into four categories reflecting the temporal characteristics of the disaster phase being investigated: risk perception, disaster risk reduction (DRR), in-season coping strategies, and post-disaster recovery (Figure 8). These categories refer to the temporal orientations of the studies and correspond to the four stages of disaster management (mitigation, preparedness, response, and recovery, respectively). Each phase reflects how climate change affects Indigenous livelihoods and adaptation strategies. Post-disaster recovery was the focus of most articles (76 in total; 68.5%), whereas DRR was the second most reported, risk perception third, and in-season coping strategies last. With the exception of one article [59], the articles in our database did not focus on all four phases of disaster management. In the previous section, we mention that the majority of studies focused on postdisaster recovery or the post-disaster setting. Many articles shared the lessons learned from Taiwan after Typhoon Morakot in a variety of contexts, ranging from the highly descriptive or technical [36] to the very critical [65]. Generally, Taiwan's approach to disaster management is somewhat top-down [39]. This is why numerous scholars have argued for more culturally appropriate post-disaster recovery strategies within Indigenous contexts [28,42,43]. Few studies adopted a longitudinal approach [73], and follow-up studies were rare. Many studies also lacked a clear baseline, but this is somewhat understandable given the unpredictable nature of climate hazards.
Although many of the studies could be considered to have investigated the DRR or risk perception phases, few studies elucidated how TEK could play a role in both perceiving and preparing for climate disasters and climate change more generally [48,53,54,71]. Roder et al. [53] included a relatively small section on traditional knowledge and risk perception in a Bunun community in their article, whereas Ba et al. [48] investigated the Rukai's traditional farming methods for coping with disasters and achieving sustainable development. Another insightful study, conducted in an Indigenous community in the mountains of Taichung county, revealed that local Tayal households could identify disaster risks by detecting changes in local terrain, hydrology, flora, and fauna [71]. However, the lack of relevant studies indicates that more studies on TEK in relation to disaster management should be conducted.
Only nine studies (8.1%) shed light on in-season coping strategies. For instance, a study conducted in (Indigenous) mountainous villages in Kaohsiung City revealed that 86.2% of the households did not receive any formal early disaster warning of the onset of debris flows during Typhoon Morakot [74]. These households solely relied on their intrinsic senses and Indigenous knowledge before and during the disaster. An article published in the Fooyin Journal of Health Sciences revealed the power struggles between Indigenous peoples and governmental medical personnel during Typhoon Morakot and its direct aftermath. These struggles were caused by mainstream societal misperceptions of the inferiority and vulnerability of Indigenous peoples in Taiwan [75]. However, Indigenous experiences and strategies during climate shocks and stressors generally remain underinvestigated.

Indigenous Authors and Voice
Various scholars increasingly agree that Indigenous voices deserve a more prominent role in the Conference of the Parties (COP) meetings, Intergovernmental Panel on Climate Change (IPCC) reports, and academic studies [8,31]. Taiwan, which is internationally unrecognized by the vast majority of the world's nations, is perhaps not active in COP meetings, but numerous academic studies have been written by Indigenous scholars. At least 22.9% (14 studies) of domestic articles were either written or co-written by Indigenous authors. For international articles, this percentage was at least 12.0% (six studies in total). We identified Indigenous scholars by their names or their ethnicity being otherwise mentioned in the main text. These Indigenous scholars self-identified as Rukai, Paiwan, Puyuma, Tayal, Seediq, Tao, Sakizaya, Amis, and Tsou/Cou. They either wrote the articles as a single author or together with other Taiwanese, Indigenous, or foreign scholars. In terms of diversity among the Indigenous authors, nine groups are represented, meaning that seven groups (e.g., the Bunun) are not represented. In total, seven non-Taiwanese scholars contributed to studies on Taiwan's Indigenous peoples and climate change; two of these studies were co-written by Indigenous scholars. Given that Indigenous peoples only make up 2.4% of Taiwan's total population, Taiwan's Indigenous scholars can be concluded to have found a voice in academia, especially in articles published in domestic outlets (Appendix C). It is hoped that more domestic research can be translated into English for an international audience because many articles written by Indigenous scholars contain very detailed ethnographies on local TEK systems [47,54,55].

Future Research Directions and Knowledge Gaps
The final research question concerns what kind of knowledge gaps or future research directions can be identified among the literature on Indigenous peoples, resilience, and climate change in Taiwan. In terms of knowledge gaps, a geographical skewness was identified, with southern Taiwan receiving substantially more attention than Taiwan's east coast. This can be partly attributed to Typhoon Morakot and the relatively low impact it had on Taiwan's east coast. Government-led projects to studying Typhoon Morakot and associated funding channels also contributed to this skewness. This ties in with the types of climate hazards studied currently. Many scholars focus on climate shocks, as can be seen in the large overlap of Morakot's destruction path and the study sites of the selected articles (Figure 6a; Appendix D). More studies must be conducted on climate stressors affecting Indigenous farmers and smallholders, how Indigenous peoples cope with climate variability, and how Indigenous peoples experience, perceive, and cope with global climate change. These stressor studies would help improve the east coast's Indigenous population's representation in future studies. This relates to a broader issue regarding the multiple impacts of climate change on Indigenous peoples in Taiwan. These could be direct (such as shocks), gradual (such as stressors), or indirect impacts, such as effects of climate change response by government agencies on Indigenous peoples. Highlighting the latter, Taiwan's quest for renewable or non-fossil fuel energy has led to new land grabs and disputes on traditional territories and rights of Indigenous peoples on Taiwan's east coast [76,77]. These multiple impacts, however, have not been comprehensively discussed by the articles in this bibliometric study.
In terms of the Indigenous peoples considered in the relevant studies, there are relatively few articles focusing on the Amis among other groups. The Amis are renowned for their TEK systems and local marine area management [20], and several questions remain regarding how climate change affects their traditional livelihoods and resilience. Future research could also adopt a longer timeframe, such as from 1990-2020, as studies prior to Typhoon Morakot could shed more light on communities that have received less attention, such as Indigenous communities on Taiwan's east coast.
We also discovered that relatively few studies have investigated how TEK systems can be integrated into climate change adaptation and disaster management. There is a valid concern that translating Indigenous languages into Chinese and then into English is difficult. Furthermore, some Indigenous elderly people are more fluent in Japanese than Chinese as a result of colonialization, and translation errors could also occur for this reason. Much information could be lost, and it, therefore, makes sense that these types of articles are published in Chinese in domestic outlets. Additionally, many (unpublished) masters theses-often indexed in Airiti Library-as well as grey literature on TEK have not been translated into academic articles yet. Nonetheless, the international community remains somewhat unexposed to the TEK systems of Taiwan's Indigenous peoples. This is probably another major reason why international literature has not covered Taiwan (e.g., [6]). In terms of methodological trends, many studies have adopted a qualitative approach, performing microlevel case studies. Although qualitative approaches provide rich data, they could be complemented with larger-scale quantitative surveys on the regional or national level. Comparative and longitudinal studies are also lacking. What are, for example, the long-term implications of climate-induced relocation? How does climate change create environmental mobility among Indigenous households? These questions require a more critical exploration of the relationship between Taiwan's Indigenous peoples, Indigenous resilience, and climate change. Perspectives in political ecology, for example, have been proven to be very valuable [78], but no study in our database adopted this approach. Future studies also need to adopt more multi-, cross-, and trans-disciplinary research methods. Studies on Indigenous peoples and climate change have been conducted from multiple academic disciplines, ranging from health sciences to DRR studies, and from ethnographic research to natural sciences. The next wave of Indigenous peoples' research should take advantage of these multiple disciplines by adopting more holistic approaches to the global climate change response of Indigenous peoples.
Indigenous resilience is also a dimension that deserves more attention in future studies. The concept of resilience consists of three dimensions: absorptive, adaptive, and transformative capacity, which correspond to coping, adaptation, and transformation respectively [79][80][81][82]. Most studies focused on coping or adaptation strategies [44,48,73], but no studies were found which analyzed the transformative capacity of Indigenous peoples to climate change. This consequently led to a somewhat narrow understanding of the concept of resilience. This is a research gap that should be addressed more comprehensively among studies on Indigenous peoples and climate change, both within the context of Taiwan and beyond.
It is crucial to mention why the lessons learned from Taiwan are important for other countries in the Asia-Pacific that are home to Indigenous peoples. Although Taiwan lacks international recognition, it is one of the few countries in Asia that officially recognizes its Indigenous peoples [19]. Taiwan is also a liberal democracy, and therefore the development path of Taiwan, being a newly developed country, can provide vital lessons for other countries in Asia that are home to Indigenous peoples, such as Vietnam, Cambodia, and Myanmar. It is hoped this study will prompt the international audience to engage more intensively with the literature on Indigenous peoples, resilience, and climate change in Taiwan. This study is the first of its kind for Taiwan's literature and is a humble beginning, but hopefully, the first step to give Taiwan's Indigenous peoples greater importance on the international stage.
Lastly, it is recommended that other studies conduct similar bibliometric analyses in countries home to the world's Indigenous peoples. The methodology employed in this study can be used to provide more insightful analyses embedded in national contexts to understand our current state of knowledge of how the world's Indigenous peoples cope and are resilient to global climate change.

Conclusions
This study analyzed 111 articles published in peer-reviewed domestic and international journals or books and concerning Indigenous peoples, resilience, and global climate change in Taiwan in the 10-year period after Typhoon Morakot. Most of the articles focused on disaster management, with a particular focus on post-disaster recovery, Indigenous cultures, ecological wisdom, and community development. Most studies were conducted within the context of and in relation to Typhoon Morakot, and more focus was given to climate shocks than climate stressors. There was also a somewhat narrow understanding of the concept of Indigenous resilience. Among the articles, we found a geographical skewness in favor of southern Taiwan, with Taiwan's eastern coast receiving relatively little attention. The geographical skewness could be partially attributed to the destruction path of Morakot, which overlapped considerably with the geographic locations of the included studies, and governmental research funding channels. The Amis, Taiwan's largest Indigenous group, were also largely overlooked. In terms of post-disaster recovery, most scholars argue for a more culturally sensitive approach that fits the needs and livelihoods of Indigenous peoples. Longitudinal studies and those focusing on all four phases of disaster management remain in their infancy. This also accounts for the small number of studies on TEK systems and climate change adaptation. Indigenous scholars have been very active in publishing their research, but most of their articles have been published in domestic outlets. Taiwan-based scholars should thus engage more with contemporary studies and global debates on the roles of Indigenous peoples in global climate change adaptation and mitigation. Taiwan is a case study and can provide the globe with an understanding of how Indigenous peoples can become more resilient to the negative effects of global climate change.         Figure A3. Cumulative score of deceased and injured victims of typhoon Morakot (a) and of all extreme climate events (b) in Taiwan (data from: [24]).