TaiBIF IPT

台灣中油_桃園煉油廠生態調查2023(CPC Taoyuan RefineryEcological Investigation 2023) - Version 1.0

009482@cpc.com.tw (Curtis Tseng) — Fri, 10 Apr 2026 07:55:25 +0000

[桃園煉油廠位於桃園市龜山區，屬南崁溪流域之丘陵地形，海拔約20-250公尺之淺山闊葉林相，具有森林綠帶200公頃，於2023年進行動物生態調查。]

NMNS Avian DNA Barcode Project - Version 1.1

daphnehohzhiwei@gmail.com (Daphne Hoh) — Fri, 10 Apr 2026 05:31:51 +0000

dataset minor issue fixed

臺灣兩棲類資源調查網 (Taiwan Amphibians Database) - Version 1.4

mogoo78@gmail.com (Szu-Hsien Lee) — Thu, 26 Mar 2026 06:12:52 +0000

clean event invalid decimalLongitude and decimalLatitude

Jellyfish in Hong Kong: a citizen science dataset - Version 1.3

melissaliu0520@gmail.com (Melissa Jean-Yi Liu) — Tue, 07 May 2024 10:35:59 +0000

metadata updated (Description and Quality Control)

Data-set of Moth Specimen from TESRI - Version 1.54

hsuhong@gmail.com (Hsuhong Lin) — Tue, 24 Mar 2026 06:54:28 +0000

修正部分鑑定

Herbarium of Taiwan Forestry Research Institute - Version 1.8

lrrhchen@tfri.gov.tw (Chien-Wen Chen) — Mon, 13 Sep 2021 13:51:31 +0000

Updating of newly cataloged and modified records within herbarium TAIF specimen database until the publishing date of current version.

Taiwan Moth Occurrence Data Collected From Social Network - Version 1.107

hsuhong@gmail.com (Hsuhong Lin) — Tue, 24 Mar 2026 02:50:42 +0000

新增資料至706333筆，並修正若干鑑定。

Hong Kong Biodiversity Genomics Consortium - Version 1.0

scott@gigasciencejournal.com (Scott Edmunds) — Thu, 12 Feb 2026 12:10:32 +0000

[The Hong Kong Biodiversity Genomics Consortium (a.k.a. the EarthBioGenome Project Hong Kong) is a joint effort of eight local universities funded by the Hong Kong University Grants Committee (UGC). This project aims to sequence genomes of local animals, plants, and fungi in the local territory with a state-of-the-art genome sequencer and to form a local network of biodiversity genomic research hub. And is aligned with the aims of the Earth BioGenome Project, which has been described as a moonshot project for biology, aims to sequence, catalogue, and analyse the genomes of all eukaryotes on Earth. ]

成龍溼地魚類生態紀錄 - Version 1.12

kuei518@gmail.com (貴嵐郭) — Tue, 24 Feb 2026 01:37:42 +0000

Update data to 2025-12-31

成龍溼地鳥類生態紀錄 - Version 1.14

kuei518@gmail.com (貴嵐郭) — Tue, 24 Feb 2026 01:15:07 +0000

Update data to 2025-12-31

The observation records from whale and dolphin watching inshore of Hualien, eastern Taiwan｜臺灣花蓮近海賞鯨之鯨豚觀測紀錄 - Version 1.19

yuhuangwang@gmail.com (Yu-Huang Wang) — Thu, 12 Feb 2026 07:36:11 +0000

Added sighting records from 2025/01/01–2025/12/31.

臺北市政府工務局水利工程處轄管濕地及滯洪池生態監測資料 - Version 1.8

chungyen@ff-eco.com (Chung Yen Fan) — Thu, 22 Jan 2026 09:55:52 +0000

Modify the Inaccurate point

淡水河流域同步鳥類調查 Tamsui River Bird Count - Version 1.9

sihchenlin@gmail.com (Sih-Chen Lin) — Thu, 22 Jan 2026 09:17:58 +0000

Correct the occurrence data "蒼鷹" to "蒼鷺"

Dataset of Carnivorous Plants Survey in Taiwan - Version 1.9

pisacat@gmail.com (Ping Huang) — Fri, 16 Jan 2026 06:54:42 +0000

[To comprehensively assess the distribution and phenology of carnivorous plants in Taiwan, field surveys were conducted between 2014 and 2024. A total of 349 occurrence records were obtained from 207 locations, representing 15 species across two families. Excluding three non-native species and one newly recorded species, the dataset includes four species classified as Endangered (EN), two as Critically Endangered (CR), two as Vulnerable (VU), one as Least Concern (LC), one as Near Threatened (NT), and one as Not Applicable (NA) to regional assessment, according to "The Red List of Vascular Plants of Taiwan ,2017". This dataset is intended to support future research and promote collaborative efforts for the conservation of Taiwan’s carnivorous plant diversity.]

臺北市政府工務局公園路燈工程管理處生態化公園及重要濕地生態監測資料 - Version 1.1

sihchenlin@gmail.com (Sih-Chen Lin) — Fri, 09 Jan 2026 11:09:29 +0000

[臺北市政府工務局公園路燈工程管理處，自105年起推動公園生態化，進行公園環境改善及棲地復育的工作，範圍包含北投區、士林區、內湖區、松山區、中山區、萬華區、南港區、信義區、大安區及文山區等行政區。目前已完成生態化示範公園的分區管理規劃與重要濕地監測，並累積多年的生態監測資料，未來將持續收集各場域的生態資料，以充實各生態示範公園之背景資料，作為主管單位檢視並機動調整管理分區的依據。]

The Survey Data of Mianhua and Huaping Islets Wildlife Refuge - Version 1.20

juiwen@cetaexplorers.com (Jui-Wen Chang) — Thu, 08 Jan 2026 07:08:13 +0000

edit some Bibliographic Citations.

Taijiang national park beamtrawling 2021-2022 - Version 1.15

d085040004@g-mail.nsysu.edu.tw (Ya-Fan Ho) — Fri, 26 Dec 2025 06:52:34 +0000

[This dataset was collected from 31 surveys conducted between September 2021 and December 2022 in Chiku Lagoon, Taiwan, using locally adapted fishing methods (fyt nets). The surveys recorded 13,301 fish individuals, representing 55 families, 102 genera, and 145 species (155 taxa). The top five dominant species were Eubleekeria splendens (15.0%), Leiognathus equulus (11.1%), Planiliza macrolepis (8.5%), Nematalosa come (7.0%), and Pomadasys argenteus (6.9%). This dataset provides a comprehensive overview of fish species composition in Chiku Lagoon, offering critical baseline data for understanding fish biodiversity and supporting ecological studies in tropical and subtropical lagoons. Its detailed documentation of species diversity underscores the lagoon's ecological significance and its role as a vital habitat for various fish species.]

Tai_3_Highway_Zengwen_Plant_Environmet2024 - Version 1.14

willy891016@gmail.com (Wei-Da Lin) — Wed, 07 Jan 2026 09:32:33 +0000

Disabled the auto-publishing setting

112-113年度新北市水安全生態檢核 - Version 1.2

Wed, 07 Jan 2026 09:31:20 +0000

Disabled the auto-publishing setting

Tai_18_Highway_Plant_Environmet2023 - Version 1.47

willy891016@gmail.com (Wei-Da Lin) — Wed, 07 Jan 2026 09:30:42 +0000

Disabled the auto-publishing setting

2024石門供油服務中心生物資源調查計畫生態調查成果 - Version 1.10

009482@cpc.com.tw (Curtis Tseng) — Wed, 07 Jan 2026 09:27:32 +0000

Disabled the auto-publishing setting

Bird survey of Budai salt pans in Taiwan - Version 1.17

kestrell.cheng@gmail.com (Hui Ling Chen) — Fri, 26 Dec 2025 06:50:12 +0000

Updated contact email

LTSER Lyudao Land Plants - Plot Survey - Version 1.3

block58697@gmail.com (De-Kai Kao) — Tue, 09 Dec 2025 10:52:27 +0000

Updated metadata

Taijiang national park beamtrawling 2016-2019 - Version 1.5

d085040004@g-mail.nsysu.edu.tw (Ya-Fan Ho) — Wed, 13 Dec 2023 07:52:06 +0000

[Mainly describing the 2016-2019 Taijiang National Park marine beam trawling data]

Taijiang national park oysters measurement 2022-2023 - Version 1.7

d085040004@g-mail.nsysu.edu.tw (Ya-Fan Ho) — Wed, 13 Dec 2023 09:26:42 +0000

[Mainly describing the 2022-2023 Taijiang National Park biomeasurement of oysters data, include weight, lenght, shell_volume etc.]

LTSER Lyudao - Terrestrial soundscape monitoring – bird sound identification - Version 1.3

block58697@gmail.com (De-Kai Kao) — Wed, 03 Dec 2025 04:03:24 +0000

public

玉山國家公園臺灣黑熊棲地植群調查（熱點與非熱點區） Vegetation survey in hotspot and non-hotspot areas of Ursus thibetanus formosanus habitat in Yushan National Park, Taiwan - Version 1.1

block58697@gmail.com (De-Kai Kao) — Wed, 01 Oct 2025 02:08:33 +0000

forget change visibility to public

Biological Collection of the National Taiwan Museum, Taipei, Taiwan - Version 1.19

yuukumo0312@gmail.com (Fu-Chun Yang) — Wed, 19 Nov 2025 07:36:55 +0000

[This dataset is one of the main digitization products of National Taiwan Museum (Taipei, Taiwan) biological collection specimen, which include fish specimen from Johnson T.F. Chen (陳兼善), snack specimen from Ming-Chung Tu (杜銘章), bird specimen from Wild Bird Society of Taipei (臺北市野鳥學會), shellfish specimen from Yasuichi Horikawa (堀川安市) and Kin-Yang Lai (賴景陽), crustacean specimen from Chia-Hsiang Wang (王嘉祥), algae specimen from and Young-Meng Chiang (江永棉) and Su-fang Huang (黃淑芳), bryophyte and lichen specimen from Ming-Jou Lai (賴明洲 ), Chung-K'uei Wang (王忠魁), and Shan-Hsiung Lin (林善雄), and some specimen of extinct or regional extinct species such as Neofelis nebulosa brachyura Swinhoe, 1862 and Cyrenodonax formosana Dall, 1903.]

Distribution and Abundance Dataset of Invasive Plants in the Xiaoxing'an Mountains, Heilongjiang (2022–2023) - Version 1.5

wanghongfeng90@163.com (Hong-feng Wang) — Sat, 01 Nov 2025 12:32:01 +0000

[This dataset documents the presence of alien invasive plant species collected through systematic field surveys conducted in the Xiaoxing'an Mountains region of Heilongjiang Province, China, between July 2022 and July 2023. The collection is comprised of 4,408 unique sampling event records and 4,773 species occurrence records. The data follows the Darwin Core Archive standard and is published as a Sampling Event Core, providing detailed information on sampling efforts, precise geographical coordinates (with a spatial accuracy of 10 meters), temporal coverage, and species composition. The dataset is a vital resource for regional ecological risk assessment, species distribution modeling, and the management of invasive species in this crucial temperate forest ecosystem.]

台灣中油_生態地圖APP成果 The result of the ecological map APP from CPC Corporation Taiwan - Version 1.1

009482@cpc.com.tw (Curtis Tseng) — Wed, 29 Oct 2025 02:57:18 +0000

[台灣中油股份有限公司所屬場域分布全台，藉由建置生態紀錄APP或因生態檢核、環境影響評估等辦理所屬場域生態調查，紀錄之動植物可建構生態變遷基礎資訊。]

Ecological Survey Data of the Eastern Waters off South Penghu Marine National Park - Version 1.1

lynn.880808@gmail.com (Yi-Ling Wu) — Mon, 27 Oct 2025 04:23:03 +0000

[The survey data were obtained from a beam trawl survey targeting benthic fishes, crustaceans, and cephalopods conducted in August 2024 by the R/V New Ocean Researcher III. All samples were collected using a beam trawl with a width of 6 m, a body length of 8 m, a body mesh size of 4.5 cm, and a cod-end mesh size of 2.5 cm. Each trawling operation was carried out at a towing speed of approximately 1.5 knots for 30 minutes. All sampling stations were located in the Penghu Channel, Taiwan. The collected specimens were sorted and identified to the lowest possible taxonomic level in the laboratory.]

Cephalopod assemblages off western Taiwan - Version 1.2

lynn.880808@gmail.com (Yi-Ling Wu) — Fri, 17 Oct 2025 06:27:50 +0000

[The survey data of cephalopods was obtained in the beam trawl survey from 2007 to 2021. The survey was conducted by the R/V "Ocean Researcher III" and the R/V "New Ocean Researcher III". All the samples were collected by the beam trawl, with the width 6 m, body length 8 m, body mesh 4.5 cm, and cod end mesh 2.5 cm, and each trawling was conducted at 2 knots/hr for 30 minutes. Most of the sampling sites were located along the western coast of Taiwan, while some sites were located in the offshore zones (e.g., Penghu Channel, Changyun Rise).]

Herbarium, Biodiversity Research Museum, Academia Sinica (HAST) - Version 1.2

mogoo78@gmail.com (Szu-Hsien Lee) — Fri, 17 Oct 2025 02:52:56 +0000

add measurement or facts extension

Taiwan New Year Bird Count - Version 1.14

b210195@hotmail.com (Yung-Lun Lin) — Mon, 13 Oct 2025 06:04:33 +0000

Revised some eventID problems

2021-2024_臺灣東部海岸公民科學_石梯坪_成功_富岡_南溪之生態監測 - Version 1.4

chungyen@ff-eco.com (Chung Yen Fan) — Thu, 24 Oct 2024 09:10:34 +0000

[The results of this monitoring are part of the “110-111 Eastern Coastal Ecotourism Construction Plan” and the “112-113 Eastern Coastal Ecotourism Construction Plan”. The organizer is the Eastern Coastal National Scenic Area Administration of the Tourism Bureau of the Ministry of Transportation and Communications (MOTC), and the monitoring locations of the plan include four sites along the eastern coast of Taiwan, namely, Shitiping, SanXianTai, Fugang, and Nanxi. Members of the ecological monitoring team are mainly local residents. The monitoring area in Shitiping Stage Platform, where intertidal organisms are targeted; the monitoring area in Fugang is the Fugang Geopark, where land hermit crabs are targeted; the monitoring area in SanXianTai includes the SanXianTai Trail and part of the main island's trail, where land crabs and sea snakes are targeted; and amphibians and reptiles are targeted in the Nanxi Tribe. 本監測成果為「110-111年東部海岸生態觀光建構計畫」、「112-113年東部海岸生態觀光建構計畫」之一環，主辦單位為交通部觀光局東部海岸國家風景區管理處，計畫監測地點包括臺灣東部海岸的四處場址，分別為港口、成功(三仙台)、富岡、南溪。進行生態監測的成員以當地居民為主，港口地區監測區域為石梯坪海階平台，對象為潮間帶生物；富岡地區監測區域為富岡地質公園，對象為陸域寄居蟹；成功地區監測區域包含三仙台步道與部分本島步道，監測對象為陸蟹與海蛇；南溪部落為兩棲類與爬行類。]

中正路污水處理廠生態調查 - Version 1.42

penlock@gmail.com (Chih-Hao Chen) — Thu, 04 Sep 2025 17:15:47 +0000

[本計畫為內政部營建署(現為國土管理署)委託之生態檢核計畫，其工作範圍為其自行營運的中正路污水處理廠。為減輕廠區功能提升工程對生態環境造成的負面影響、維護生物多樣性資源與棲地環境品質，針對廠區進行哺乳類、鳥類、植物調查，並將迴避、縮小、減輕、補償等生態保育措施納入後續設計及施工階段，以避免過度影響原有生態。 The project is the ecological check plan commissioned by the Construction and Planning Agency, Ministry of the Interior (now the National Land Management Agency, Ministry of the Interior), and its scope covers the Zhongzheng Road Wastewater Treatment Plant, which is independently operated by the agency. To mitigate the negative impacts of the plant's functional enhancement project on the ecological environment, and to maintain biodiversity resources and habitat environmental quality, surveys on mammals, birds, and plants will be conducted within the plant area. Furthermore, ecological conservation measures, including avoidance, minimization, mitigation, and compensation, will be incorporated into the subsequent design and construction stages to prevent excessive impact on the original ecology.]

Herbarium of Taiwan Biodiversity Research Institute, TAIWAN (TAIE) - Version 1.17

vincent199321@gmail.com (佑錚俞) — Mon, 25 Aug 2025 08:28:42 +0000

Update municipality field in catalogNumber 45363, 45658, 46869, 46974, 47051, 47136

Cetacean Survey Data in Guishan Island Sea Area, Taiwan - Version 1.3

juiwen@cetaexplorers.com (Jui-Wen Chang) — Wed, 13 Aug 2025 08:52:22 +0000

edit contacts.

高雄市生物多樣性資料庫生物分布資料2015 Species Occurrence in Kaohsiung City(2015) - Version 3.9

khbiodiv@gmail.com (于凱林) — Tue, 05 Aug 2025 06:03:56 +0000

[本資料集為103年度「因應氣候變遷調適政策綱領之生物多樣性保育策略研擬及推廣計畫」中的高雄市生物多樣性資訊交換整合平台建置計畫所蒐集建置之生物分布資料，根據高雄市範圍內過去的研究報告、環境影響說明書、環境影響評估報告書等資料，建立高雄市生物的出現紀錄共9,763筆。 Species Occurrence in Kaohsiung City(2015)]

112-113年度新北市水安全生態檢核 - Version 1.0

Mon, 04 Aug 2025 06:33:48 +0000

[本計畫為112-113年度新北市水安全生態檢核，主要協助工程推動之生態檢核作業辦理。執行範圍為「金山清水溪排水改善工程」、「八里區水仙溪長道坑二號橋至二號無名橋改善應急工程」、「中和區壽德公園滯洪池工程」、「東門溪排水改善暨鳳鳴滯洪池工程」、「三芝區八連溪青溪橋至無名橋段左岸護岸改善工程」、「淡水區公司田溪埤島橋上、下游左岸護岸改善工程」、「橫科溪排水治理規劃及治理計畫」、「淡水區興仁溪淡金公路下游至出河口段護岸應急工程」等。]

A seven-year monitoring on fish community around the Qigu Lagoon located on the southwest coast of Taiwan - Version 1.7

loufun52@gmail.com (翊方) — Tue, 29 Jul 2025 03:13:05 +0000

The Quality Control section has been revised.

台28線跨越淺山路段(17~29K) 周邊哺乳類動物路殺研究服務工作 - Version 1.1

a.wen90@gmail.com (Shun Win Hew) — Fri, 04 Jul 2025 08:29:30 +0000

[台28線17k~29k處位於低海拔淺山丘陵地帶，哺乳動物資源豐富，然而道路的存在造成了棲地切割效應，使其成為中大型哺乳動物之路殺熱點。本計畫旨在的透過盤點動物淺在通行位置、調查道路兩側動物活動狀況與進行路殺調查，作為後續研擬有效改善動物路殺狀況措施的依據，以減少道路對於當地生態系統的負面影響。本計畫總共於台28線17k~29k兩側、七座橋與十二處箱涵/管涵中，架設了49臺相機，共記錄到14種哺乳類、26種鳥類與2種兩棲爬蟲類。]

Taiwan Fish Eggs and Larvae DNA Barcode Database - Version 1.6

huilingko@gmail.com (Hui-Ling Ko) — Fri, 11 Jul 2025 06:50:07 +0000

Updated associatedSequence

The Taiwan Roadkill Observation Network Data Set. - Version 1.10

mmskink@gmail.com (Te-En Lin) — Sat, 21 Jun 2025 06:11:43 +0000

[We describe the wildlife road kill data set collected by citizen scientists from the Taiwan Road Observation Network (TaiRON). This data set includes 46,416 geospatially referenced occurrence points of wildlife found on road networks in Taiwan starting in 2011 and until Dec. 2017. These road kill occurrence points come from Taiwan and the main islands that belong Taiwan, an 35,000 km2 island off the Eastern coast of China with high biodiversity and endemism. Each observation includes at least one photo, species name, and date and time of collection, Project managers and group experts identify each photograph and label them with vernacular and scientific names. The labelled observations are collected via an on-line platform, and compiled into a continuously growing dataset of structured records. The data set is still growing as the membership of TaiRON is very active and increasing, with over 14,000 current members. TaiRON and its data set will provide important conservation information about the impacts of human activity and pressures associated with roads on wildlife biodiversity in Taiwan and provides an example of framework that can be replicated elsewhere.]

Automatic acoustic detections of four owl species using SILIC in Meishan, Yushan National Park, Taiwan - Version 1.3

redbird.wu@gmail.com (Shihhung Wu) — Fri, 13 Jun 2025 03:41:28 +0000

add decimalLatitude, decimalLongitude, and geodeticDatum in event

南沙太平島生物多樣性之調查計畫 Investigation Project on the Biodiversity in Taiping Island - Version 1.1

loufun52@gmail.com (翊方) — Wed, 04 Jun 2025 10:16:22 +0000

Metadata updated (Publishing institution and citation)

Fern spore feeding records of Cuprininae moth (Stathmopodidae) in Tengping, Taiwan - Version 1.0

lykuo@life.nthu.edu.tw (Li-Yaung Kuo) — Wed, 14 May 2025 07:04:25 +0000

[Spore feeding is considered one of the earliest forms of herbivory in insects. Among extant insects, spore feeding primarily involves consuming the spores of ferns, a behavior known as fern-spore feeding (FSF). The most representative clade exhibiting FSF is the subfamily Cuprininae (Stathmopodidae). To better understand the feeding habits of these FSF insects, we conducted a two-year field investigation across a wide range of fern host species in a subtropical forest study plot. Larval samples were subjected to DNA metabarcoding to confirm species identity. In this dataset, we document and illustrate associations between FSF herbivores and their fern host species, as well as their temporal dynamics across different months over the two-year study period.]

phil_amphibians - Version 1.10

radniw518@gmail.com (Darwin Tejerero) — Thu, 22 May 2025 01:08:18 +0000

[This is the checklist of amphibians species from the Philippines as per the record maintained by the Biodiversity Management Bureau of the Department on Environment and Natural Resources.]

Bottom Trawl Survey of Demersal Fishes and Essential Fish Habitats along the Western Coast of Taiwan (2020–2023) - Version 1.0

visxit00@gmail.com (Chien Cheng Lai) — Fri, 18 Apr 2025 09:30:41 +0000

[This dataset compiles bottom trawl survey data on demersal fishes collected along the western and southwestern coasts of Taiwan from 2020 to 2023. The survey covered 41 sampling stations across 10 key locations, ranging from Miaoli in the north to Pingtung in the south. In addition to commonly surveyed nearshore shallow areas, the sampling also extended to offshore regions with depths reaching 450 meters, encompassing distinct underwater geomorphological features such as the Changyun Rise, the Kaoping Submarine Canyon, and the Penghu Channel. This dataset represents one of the few systematic investigations in Taiwan that span a wide spectrum of bathymetric and geomorphological gradients. All surveys were conducted aboard the R/V New Ocean Research III, using a standardized 6-meter-wide beam trawl towed for 30 minutes at a speed of approximately 2 knots. A total of 119 hauls were completed, yielding 10,494 individual records representing 219 demersal fish species across 80 families. For each haul, the dataset includes species identification, number of individuals, sampling date, station location, and water depth. Published in Darwin Core format in accordance with GBIF standards, this dataset provides essential baseline information for understanding demersal fish assemblages in soft-bottom ecosystems along Taiwan’s western coast. As one of the few publicly accessible bottom trawl datasets from East Asia, it supports applications in marine protected area (MPA) planning, species distribution modeling (SDM), ecosystem service valuation, and global data integration for sustainable ocean governance.]

Otter trawling fish assemblages at the Changyun Rise off central western Taiwan in 2017-2021 - Version 1.1

visxit00@gmail.com (Chien Cheng Lai) — Mon, 03 Jul 2023 07:53:57 +0000

[This dataset is derived from ten surveys with a total of 20 otter trawling sessions conducted at the Changyun Rise off the western coast of Taiwan between 2017-2018 and 2020-2021. The surveys were conducted at two sites, inshore (15-25 m depth) and offshore (40-50 m depth), utilizing a commercial otter trawling boat prior to the commencement of the offshore wind farm development. The dataset includes 8,026 individual fish, encompassing 51 families, 84 genera, and 128 taxa. Not only did the composition and abundance (ind./104m2) of fish species significantly differ between the inshore and offshore sites, but spatiotemporal variation was also observed in dominant fish species between 2017-2018 and 2020-2021. This dataset serves as a baseline for demersal fish prior to the development of the Changhua offshore wind farm. It offers critical information for subsequent environmental impact assessments, proposing mitigation measures, and establishing continuous monitoring networks.]

東沙環礁潟湖魚卵及仔稚魚種類組成及分布調查計畫 Investigation Project on the Composition and Distribution of Fish Eggs and Larval Fish in the Dongsha Atoll Lagoon - Version 1.6

loufun52@gmail.com (翊方) — Sun, 06 Apr 2025 08:06:08 +0000

External link has been added.

Investigation and Monitoring for Ecology at the Taipei Water Special District,(2023-2024)(2/2) - Version 1.1

lotus@aerc.org.tw (FONG-LIAN JHANG JIAN) — Wed, 12 Mar 2025 02:04:26 +0000

[This project conducted a four-season biological survey of birds, amphibians, reptiles, mammals(quadrupeds and bats), fish, benthos in a specific area of Taipei water source district. We used line-transect method to surveyed amphibians, reptiles, quadrupeds, and used variable circular-plot method to surveyed birds, and used vocal individuality method to surveyed birds, bats, and used electrical fishing, cage trap, throw net to surveyed fish, and used surber sampler to surveyed benthos. The coordinates of conservation species and Taiwan Red List species will be blurred to a certain extent.]

Ecological Survey of Beigang River and Puzi River Basin in 2023 to 2024 - Version 1.2

jeromeko.tw@gmail.com (Jerome Chie-Jen Ko) — Tue, 18 Feb 2025 06:48:24 +0000

Publish public version.

The Aquatic Ecological Survey of Regular Monitoring Stations at the Rivers Administered by the Central Government of Taiwan - Version 1.6

jeromeko.tw@gmail.com (Jerome Chie-Jen Ko) — Mon, 17 Feb 2025 09:02:06 +0000

Publish public version.

Survey and Conservation Strategy of the Freshwater Fish Resources in Rivers, Lakes and Ponds of Taiwan - Version 1.0

jojopig528@gmail.com (Hsi Chen) — Tue, 28 Jan 2025 09:40:24 +0000

[The primary goal of this study is to assess the current status of freshwater fish species and natural ecosystems in Taiwan. The research aims to compile reports and literature related to freshwater fish in lakes, ponds, streams, rivers, and offshore islands of Taiwan. From 2009, a three-year comprehensive survey on freshwater fish resources will be conducted, along with the evaluation and analysis of freshwater fish species for inclusion in the Red List. The study will also involve drafting and publishing the Red List, integrating data from supplementary field resource surveys, and establishing a database on the current status of the Red List and related freshwater fish ecological information.]

Avian communities of betel nut plantation and secondary forest in Taiwan - Version 1.5

jeromeko.tw@gmail.com (Jerome Chie-Jen Ko) — Fri, 24 Jan 2025 06:15:08 +0000

Data modification to fit data paper requirements

「全國水環境改善計畫」新竹市政府生態檢核暨相關工作計畫(112~113) | National Plan for Water Environments Improvement (2023-2024) - Version 1.2

Mon, 06 Jan 2025 09:32:37 +0000

[本計畫為「全國水環境改善計畫」新竹市政府生態檢核暨相關工作計畫，主要協助水環境改善工程推動之生態檢核作業辦理。於計畫執行期間，協助第七批次「香山濕地蟹居棲地水環境改善計畫」之提報階段生態檢核作業。於民國112年5月30日辦理提報核定階段的專家與民眾參與現勘說明會，邀請關注NGO、周邊鄰里長、新竹市政府相關單位及設計單位，至現地進行工程設計理念及生態議題兩個面向之說明與探討，並針對提報案件圖說之工程位置、內容進行說明。並針對歷史生態資源盤點結果及現勘環境與棲地評估，提出生態衝擊預測及生態保育(友善)對策原則建議。民國113年4月17日參與香山濕地蟹居棲水環境改善計畫專家學者工作坊。於會中與規畫設計單位討論並提供生態檢核建議與友善措施研擬方向。並針對4案規劃設計階段「經國大橋至水源生態池堤上空間建置計畫-重要節點營造」、「經國大橋至水源生態池堤上空間建置計畫-堤上空間優化」、「客雅溪頂南圳與客雅山段棲地改善計畫規劃設計」、「香山濕地蟹居棲地水環境改善計畫」)，以及1案施工階段案件「客雅溪天公壇、頂埔、台溪親子與台溪公園周邊動線景觀環境營造改善計畫」之生態檢核辦理成果檢視。此外，亦協助26案維管階段生態檢核作業辦理。因「新竹左岸濱水廊道景觀營造計畫-生態池與渠道優化工程」、「新竹左岸濱水廊道景觀營造計畫－溪埔子濕地優化工程」、「新竹左岸濱水廊道景觀營造計畫－柯子湖濕地優化工程」3案之環境較為自然，故於維管階段進行此3案工程之生態補充調查作業。]

Forest bats in Peninsular Malaysia_2007-2009 - Version 1.6

ecojoe.huang@gmail.com (Joe Chun Chia Huang) — Thu, 02 Jan 2025 02:07:36 +0000

minor correction of species identification of Hi bicolor complex

pgl_scyllaolivacea - Version 1.2735

biena.joaquin@dlsu.edu.ph (Biena Marie Joaquin) — Wed, 25 Dec 2024 08:56:35 +0000

The organization has been deleted on GBIF, so updated the metadata

PSU_collection - Version 1.2727

cgarcia519@yahoo.com (Cecille Francisco) — Mon, 23 Dec 2024 07:58:38 +0000

Auto-publishing turn off

Investigation and Monitoring for Ecology at the Taipei Water Special District,(2023-2024)(1/2) - Version 1.3

lotus@aerc.org.tw (FONG-LIAN JHANG JIAN) — Thu, 14 Dec 2023 08:04:55 +0000

1. Change month text data to number 2. Add eventDate, verbatimCoordinateSystem, individualCount 3. Delete organismQuantity, organismQuantityType

A traits database of 454 bird species in Taiwan - Version 1.68

swfu@tfri.gov.tw (ShuWei Fu) — Mon, 18 Nov 2024 00:31:54 +0000

Fixed the error of body length of eight bird species

Bauhinia Genome Presents: Bauhinia Watch - Version 1.1

yannan@gigasciencejournal.com (Yannan Fan) — Mon, 23 Sep 2024 18:00:23 +0000

[Hong Kong’s emblem is the beautiful Bauhinia flower and appears on the Hong Kong flag and currency. This is the flower of the orchid tree Bauhinia blakeana, which was first discovered in Hong Kong. What many people may not know is that it is a sterile hybrid, and how and why it ended up in Hong Kong is shrouded in mystery. It is thought that the species is likely a hybrid of two local species, Bauhinia variegata and Bauhinia purpurea, but this had yet to be confirmed at a genomic scale., One of the best ways to help uncover the secrets of any organism is by understanding its genetic makeup. Genomics, sequencing of the genetic code of organisms, provides a complete look into the genetic complement of any species. It is also one of the key technologies that will define the 21st century. By bringing together the emblematic and mysterious Bauhinia flower and the power and knowledge of genome technology, we can build a bridge between science and community— enlightening our understanding of this plant’s interesting biology and informing and educating the public about this exciting and rapidly advancing field., To build such a collaborative endeavor, BauhiniaGenome launched the Hong Kong genome project through which they sequenced the genome of the Hong Kong emblem to better understand where it came from; train local students to assemble and analyse the data — crucial skills needed for this field to advance; and engage the public through local pride.]

Improving knowledge of Asian pteridophytes through DNA sampling of specimens in regional collections - Version 1.5

lrrhchen@tfri.gov.tw (Chien-Wen Chen) — Mon, 04 Nov 2024 10:42:33 +0000

Modify license from CC-BY-NC to CC-BY.

Investigation Current Status of River in Taiwan between 2002 to 2022 - Version 1.8

ego@wrap.gov.tw (Chih-Hsiung He) — Fri, 25 Oct 2024 10:14:59 +0000

Addition of 64460 occurrences and minor revision of metadata.

The specimens of Fissidentales in Taiwan - Version 3.0

yang560912@gmail.com (嘉棟楊) — Sat, 07 May 2016 07:35:54 +0000

[In this datasets we provide the specimens of the Fissidentales in Taiwan. And, all specimens are deposited at TAIE.]

Vascular Plant of Cemetery in Miaoli County - Version 1.5

miashen03@gmail.com (Mia Shen) — Wed, 04 Sep 2024 08:58:38 +0000

將標題改為Vascular Plant of Cemetery in Miaoli County

The diversity of endophytic fungi of the sand coast plant Ipomoea pes-caprae in Taiwan - Version 1.14

kirschner@ntu.edu.tw (Roland Kirschner) — Wed, 28 Aug 2024 06:50:24 +0000

[The diversity of endophytic fungi of the sand coast plant Ipomoea pes-caprae in Taiwan was investigated.]

The Taiwan Breeding Bird Survey Data - Version 1.12

jeromeko.tw@gmail.com (Jerome Chie-Jen Ko) — Mon, 12 Aug 2024 08:02:25 +0000

Clean minor coordinate issues.

Taiwan Wildlife Conservation List - Version 1.7

trashmai@gmail.com (Jason Mai) — Wed, 31 Jul 2024 16:05:05 +0000

[Former title: COA Wildlife Conservation List Taiwan's unique geographical location and varied topography resulted in diverse fauna on this beautiful island. However, excessive land development and resource utilization have incessantly squeezed the space for the survival of wildlife. Wildlife conservation is not just a simple act of protection, it warrants reasonable and sustainable use of natural resources. The Wildlife Conservation Act, enacted by Ministry of Agriculture (MOA, former as Council of Agriculture, COA), is an important legal basis for wildlife management and habitat protection. Its purpose is to maintain species diversity and ecological balance. The government and related conservation organizations have designated 17 wildlife refuges. Not only are they the subject of academic researches, they are also the indicators of environmental quality. The checklist of Taiwan (TaiCOL) lists 398 endangered, rare, and other protected species of wildlife in Taiwan. The database also provides information on these species, such as their scientific names (including authors and years), common names, and synonyms. Through Taiwan Biodiversity Information Facility (TaiBIF), the information can be shared and exchanged with other GBIF participants. Users can use keywords to link to other websites with relevant information. All these efforts will result in the circulation of information in the fields of research, education and conservation, which in turn will arouse global attention to the protection of wildlife.]

Endemic species in Taiwan - Version 8.7

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Wed, 31 Jul 2024 14:24:11 +0000

amend format of taxonID as 'taicol: scientificNameID'

Taiwanese IUCN species list - Version 7.8

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Wed, 31 Jul 2024 13:57:08 +0000

amend format of taxonID as 'taicol: scientificNameID'

The National Checklist of Taiwan (Catalogue of Life in Taiwan, TaiCOL) - Version 1.13

trashmai@gmail.com (Jason Mai) — Wed, 31 Jul 2024 13:47:05 +0000

amend format of taxonID as 'taicol: scientificNameID'

An updated checklist of fishes of Dongsha Island, Taiwan, northern South China Sea - Version 1.3

smallmmmm@gmail.com (Siao-Man Wu) — Mon, 29 Jul 2024 03:46:29 +0000

[Dongsha Atoll, situated in the northern part of the South China Sea, is surrounded by coral reefs and deep-sea habitats. The coastal areas of the atoll, a marine protected area, serve as important nursery habitats for many reef fish species. At the same time, the offshore deep-sea continental slopes are historically important fishing grounds. Although previous inventories primarily focused on coral reef fishes within the atolls listing 340 species in 99 families, comprehensive surveys of fishes from deeper waters have been incomplete. In this study, we aim to update the species composition of fish fauna around Dongsha Island by analyzing large volumes of frozen bycatch from commercial deep-sea trawlers operating in the area for three years and reviewing the existing literature. We updated the new occurrences of 137 species belonging to 90 families, including potentially undescribed species. This dataset will assist further taxonomic works and significantly enhance the understanding of marine biodiversity in the South China Sea.]

eDNA along Houdong riverine zonation in Taiwan - Version 1.8

daphnehohzhiwei@gmail.com (Daphne Hoh) — Fri, 28 Jun 2024 08:27:28 +0000

Metadata updated.

Sea turtle sightings in Taiwan | 台灣海龜目擊紀錄 - Version 1.11

turtlespotintw@gmail.com (Daphne Hoh) — Fri, 28 Jun 2024 08:24:08 +0000

Metadata updated

2016-2018九份二山昆蟲調查 - Version 1.6

vincent199321@gmail.com (佑錚俞) — Thu, 20 Jun 2024 03:46:46 +0000

Description modified

A checklist of mosses in three provinces (Heilongjiang Jilin and Liaoning) in northeast China - Version 1.17

wanghongfeng90@163.com (Hong-feng Wang) — Fri, 22 Mar 2024 07:27:42 +0000

[The checklist updates the distribution of moss in the three northeastern provinces of China. There are 706 species of moss in 63 families, 217 genera and 217 genera, including 467 species in 53 families and 167 genera in Heilongjiang Province, 508 species in 183 genera and 60 families in Jilin Province, and 54 families and 173 genera in Liaoning Province]

Dataset of long-term bird monitoring in Qigu wetlands, Taiwan - Version 1.2

hylee@tesri.gov.tw (Hsien-Yu Lee) — Thu, 09 Nov 2023 09:49:24 +0000

Modify some values in DwC Event Core.

BARO Herbarium, The M.S University of Baroda - Version 1.8

riyaengineer.17@gmail.com (Riya Engineer) — Thu, 25 Jan 2024 11:24:11 +0000

[This dataset represents the occurrence of plant species corresponding to the collection of BARO herbarium. The collection comprises of various specimens across the plant kingdom including Pteridophytes, Gymnosperms and mainly Angiosperms.]

2009-2020台灣蝴蝶普查 - Version 1.2

pschen515@gmail.com (Bao-Shu Chen) — Mon, 15 Jan 2024 08:30:43 +0000

Add English content.

Survey records of the project: “A day in the life of spinner dolphins” inshore of Hualien, eastern Taiwan｜臺灣花蓮近海飛旋海豚的一天調查紀錄 - Version 1.3

kuroshio@koef.org (CHIEH HSI HU) — Wed, 03 Jan 2024 08:48:07 +0000

Metadata update.

A trawling collected dataset of Johnius (Actinopterygii, Sciaenidae) species in central western Taiwanese coastal waters - Version 1.19

hafizhanafi90@gmail.com (Norhafiz Hanafi Ahmad Shah) — Sun, 24 Dec 2023 16:05:53 +0000

Updating and revising the occurrence information datasets.

Survey Data of Diatoms in Sinfong Mangrove - Version 1.8

edo0718@yahoo.com.tw (Li-Hua Lee) — Mon, 04 Dec 2023 07:13:00 +0000

新增coordinateUncertaintyInMeters欄位

Taijiang national park mollusca 2020-2021 - Version 1.2

d085040004@g-mail.nsysu.edu.tw (Ya-Fan Ho) — Sun, 03 Dec 2023 11:32:58 +0000

[This information is the 109-110 Zengwen Xikou Important Wetland (International Level) Ecological and Water Quality Basic Survey Plan.]

Spermatophyta_and_invasive_alien_plants_of_Wanda_Mountains_in_China_a_first_checklist - Version 1.9

wanghongfeng90@163.com (Hong-feng Wang) — Fri, 12 May 2023 10:05:48 +0000

[This data paper presents the first checklist of spermatophytes and invasive alien plants in the Wanda Mountains, comprising a total of 704 species and infraspecific taxa. Among these, there are 656 native plants belonging to 329 genera and 94 families, and 48 invasive alien plants belonging to 39 genera and 20 families.]

a_dataset_of_arbuscular_mycorrhizal_fungi_in_cupressaceae_plants - Version 1.1

renchengliu0509@gmail.com (Ren-Cheng Liu) — Mon, 30 Oct 2023 06:48:02 +0000

[The data arbuscular mycorrhizal fungi in root and soil of Calocedrus formosana, Cunninghamia konishii, Taiwania cryptomerioides, Chamaecyparis taiwanensis, Juniperus formosana , and Juniperus morrisonicola in Taiwan. This study was sampled from northern, central, and southern Taiwan.]

a_dataset_of_ectomycorrhizal_fungi_in_pinaceae_plants - Version 1.0

renchengliu0509@gmail.com (Ren-Cheng Liu) — Tue, 26 Oct 2021 12:42:34 +0000

[The data ectomycorrhizal fungi in root and soil of Tsuga chinensis, Abies kawakamii and Picea asperata in Taiwan.This study was conducted at DaSyueShan, Hehuan Mountain, Guanyuan, Xiaoqila, Taipingshan, East Peak of Xue Mountain, Yushan and Linzhi mountain.]

Field records of Lampyridae collected by Dr. Jen-Zon Ho (TESRI) - Version 1.2

lang80209@gmail.com (You Zhen Chen) — Tue, 29 Nov 2022 02:13:21 +0000

Metadata updated

Butterfly Community of the Zhongliao TOAF orchard in 2017-2020 - Version 1.5

wenchenchu@tesri.gov.tw (Wen Chen Chu) — Tue, 25 Jul 2023 08:13:03 +0000

Occurrence file updated.

Butterfly Community of the Yuchi Tea Garden in 2019-2020 - Version 1.3

px851216@gmail.com (Wen-Wen Hsu) — Wed, 09 Aug 2023 01:57:01 +0000

[Butterfly survey in 3 conventional and organic tea farms every two weeks.]

生物多樣性研究所植物標本館(TAIE)苔蘚資料 Bryophyte specimens at Herbarium of Taiwan Biodiversity Research Institute, TAIWAN (TAIE) - Version 1.6

vincent199321@gmail.com (佑錚俞) — Tue, 01 Aug 2023 07:35:20 +0000

update title and contacts

Fish assemblages off western Taiwan - Version 1.1

visxit00@gmail.com (Chien Cheng Lai) — Mon, 03 Jul 2023 08:51:56 +0000

Update metadata

Taiwan Agricultural LTER Dataset 臺灣農業長期生態監測生物資料集 - Version 1.1

b210195@hotmail.com (Yung-Lun Lin) — Mon, 26 Jun 2023 02:01:43 +0000

data correction

CBES marine mammals encounters through citizen science apps (2022) - Version 1.2

longvu@cbes.vn (Long Vu) — Mon, 29 May 2023 03:53:41 +0000

Corrected some delimiter issues regarding https://www.gbif.org/occurrence/4008174331 and https://www.gbif.org/occurrence/4008174351, following GBIF feedbacks

Herbarium of the French Institute of Pondicherry - Version 1.9

julien.andrieu@ifpindia.org (Julien Andrieu) — Mon, 08 May 2023 10:34:54 +0000

Media file connectivity

Endemic Species Research Institute–Herbarium - Version 2.4

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Thu, 02 Mar 2023 08:25:26 +0000

Update the alternative Identifier, and delete the old alternative Identifier.

new_hymenophyllum_from_taiwan - Version 1.1

lykuo@life.nthu.edu.tw (Li-Yaung Kuo) — Fri, 24 Feb 2023 10:43:08 +0000

[Hymenophyllum chamaecyparicola T.C.Hsu & Z.X.Chang, a new filmy fern species (Hymenophyllaceae) has been described from Taiwan and illustrated based on morphological and phylogenetic evidence. Although the new species resembles members in the subgenus Mecodium, namely H. wrightii, our plastid phylogeny has revealed that it is genetically distant from H. wrightii and forms a clade nested within subg. Hymenophyllum. The most notable characteristic to differentiate H. chamaecyparicola from related species is the presence of minute spathulate hairs on the surface of the rachis and veins. Hymenophyllum chamaecyparicola is currently only known from a small area in northern Taiwan, and endemic to that country.]

A dataset of distribution of the Geothelphusa (Decapoda: Potamidae) with their environmental parameters and stream indicators in eastern and southern Taiwan - Version 1.6

cnhuang@tesri.gov.tw (Chih Nan Huang) — Mon, 06 Feb 2023 03:12:40 +0000

revised

第四次森林資源調查野生動物調查錄音檔案監聽辨識及資料分析 Sound Identification and Data Analysis of Wildlife Field Survey Recordings from the Fourth National Forest Resources Survey - Version 1.4

btownr@gmail.com (Yu-Ting Shen) — Wed, 01 Feb 2023 03:38:43 +0000

fix truncated string

Marine mammal specimen from whale temple in Vietnam (2022) - Version 1.1

longvu@cbes.vn (Long Vu) — Sat, 31 Dec 2022 09:27:52 +0000

Updated metadata

CBES Marine mammal stranding data in Vietnam 2004-now - Version 1.2

longvu@cbes.vn (Long Vu) — Sat, 31 Dec 2022 07:49:34 +0000

Adding new records.

南投縣鹿谷鄉清秀堤段生態檢核補充調查 - Version 1.3

tainyeinfo@gmail.com (Chia Hsing Li) — Thu, 01 Dec 2022 10:51:30 +0000

[南投縣鹿谷鄉清秀堤段附近之生物補充調查記錄。]

富源森林遊樂區蝴蝶資源調查計畫 A Survey on Butterfly Resource in Fuyuan Forest Recreation Area - Version 1.3

btownr@gmail.com (Yu-Ting Shen) — Tue, 15 Nov 2022 02:25:38 +0000

remapping Darwin Core

嘉義縣阿里山鄉中大型哺乳動物相對豐度與分布調查暨各部落傳統文化祭儀中野生動物之利用及當代狩獵範圍之探討 Abundance and distribution of medium- to large-sized mammals, usage of wildlife in traditional ceremonies and contemporary hunting territories of the aboriginal tribes in Alishan Township, Chiayi County - Version 1.3

btownr@gmail.com (Yu-Ting Shen) — Tue, 15 Nov 2022 02:18:41 +0000

remapping Darwin Core

102年丹大野生動物重要棲息環境-巒大事業區蝙蝠群落調查 - Version 1.3

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Tue, 15 Nov 2022 01:51:41 +0000

remapping Darwin Core

Acoustic detections of birds using the SILIC in Yushan National Park, Taiwan - Version 1.5

redbird.wu@gmail.com (Shihhung Wu) — Tue, 15 Nov 2022 01:28:44 +0000

Update the dataset and metadata.

十八羅漢山自然保護區昆蟲相調查研究計畫 - Version 1.2

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Mon, 14 Nov 2022 03:49:02 +0000

remapping Darwin Core

Digital Archives of Taiwan Malacofauna Database - Nomenclatural Checklist - Version 1.1

daphnehohzhiwei@gmail.com (Daphne Hoh) — Wed, 09 Nov 2022 10:30:52 +0000

Mapped taxonID

Digital Archives of Taiwan Malacofauna Database - Version 2.2

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Wed, 09 Nov 2022 06:42:49 +0000

Metadata updated.

gazetteerofnechina - Version 1.4

wanghongfeng90@163.com (Hong-feng Wang) — Sun, 06 Nov 2022 19:29:53 +0000

[This set of data provides a collection of place names in Northeast China. It includes the names of provinces, cities, counties, towns and villages in Northeast China. When we clean up specimens, we often encounter great difficulty determining the location. Many specimens, especially the older ones, have incomplete information when labeling the location, leading to many errors in the digitized information. Therefore, a detailed set of place names containing historical knowledge is necessary when cleaning up specimen records. This data set is an attempt to organize a complete set of geographical names in Northeast China. The current place name collection only includes the current names. In the follow-up update, our goal is to completely sort out the place names and their changes from the beginning of specimen collection 150 years ago. Our data will be collected from the Ministry of Civil Affairs of China, civil affairs departments of local governments at all levels, various atlases, local chronicles and place name research databases.]

Spermatophyta and invasive plants in Wanda Mountains, Heilongjiang Province, China - Version 1.5

wanghongfeng90@163.com (Hong-feng Wang) — Sun, 06 Nov 2022 19:28:44 +0000

[This is the first checklist of Spermatophyta and invasive plants in Wanda Mountains, including native species and invasive species a total of 97 families 355 genera 716 species and infraspecific taxa are listed. There are 95 families, 329 genera, and 669 species and infraspecific taxa of native plants; 19 families, 37 genera, and 47 species of invasive plants. The resource data includes not only the taxa information but also the record notes.]

specimen_records_nefi - Version 1.5

wanghongfeng90@163.com (Hong-feng Wang) — Sun, 06 Nov 2022 18:27:19 +0000

[There are about 45000 digital records in CVH belongs to NEFI adn many errors can be find in these records (about 30%). While what we've done is far from perfect, we believe most mistakes have been corrected. We can't consider this work to be completely complete, so we will update the cleanup results from time to time.]

A dataset of Aphyocypris kikuchii survey in Zouoxi, Hualien 2017-2018 - Version 1.6

chengen208@gmail.com (Cheng-En Hsieh) — Wed, 19 Jan 2022 03:22:41 +0000

[Kikuchi minnow (Aphyocypris kikuchii) is an endemic freshwater fish distributing in the eastern Taiwan, but it faces the threat of abundance declining and distribution range decreasing. Tse-Xin Organic Agriculture Foundation promotes Green Conservation of rice fields in Nan’an, Zhuoxi Township, Hualien County, and stumbled on Kikuchi minnow in 2016. The purpose of this survey is to understand the abundance and distribution of Kikuchi minnow and the relationship with the environment of paddy fields. The survey started from March 2017 to December 2018, and conducted twice a month with fish cages. This survey has obtained 572 records from 7 monitoring sites. 菊池氏細鯽(Aphyocypris kikuchii)為臺灣特有種魚類，過去分布遍及臺灣東部且數量頗豐富，近年來數量與分布大幅縮減。慈心基金會在2016年花蓮縣卓溪鄉南安地區推動水稻田的綠色保育時，意外發現菊池氏細鯽。為瞭解南安地區菊池氏細鯽族群數量、分布現況，以及與水稻田耕作環境的關連性，進行本項調查。調查時間自2017年3月至2018年12月，設置7個監測樣站，每月調查2次，以方型魚籠及自製餌料誘捕，共累積572筆紀錄。]

Survey Data of Diatoms in Cijiawan Creek - Version 1.6

edo0718@yahoo.com.tw (Li-Hua Lee) — Fri, 30 Sep 2022 07:22:49 +0000

Description updated.

Records of Halieutichthys aculeatus complex (Ogcocephalidae, Lophiiformes) - Version 1.12

melissaliu0520@gmail.com (Melissa Jean-Yi Liu) — Thu, 21 Jul 2022 10:47:34 +0000

revised typeStatus

A dataset of petaurista philippensis grandis survey in wufeng and taiping district taichung 2019-2022 - Version 1.3

danielddd28@gmail.com (YUN-SHENG CHENG) — Wed, 06 Jul 2022 07:20:25 +0000

Correcting the title of Resources

Taiwan bees digitization - Version 1.5

shengshanlu@gmail.com (Sheng-Shan Lu) — Thu, 23 Jun 2022 06:40:04 +0000

[This is digitized data of the bee specimens from the Taiwan Forestry Research Institute insect collection obtained for various projects.]

Forest Arthropod Collection of Taiwan, TFRI - Version 1.1

jeffersonk.taibif@gmail.com (Jefferson Kung) — Fri, 17 Jun 2022 08:55:02 +0000

update the dataset title

two_new_asian_lomariopsis - Version 1.6

lykuo@life.nthu.edu.tw (Li-Yaung Kuo) — Tue, 14 Jun 2022 12:06:12 +0000

[Two East Asian Lomariopsis (Lomariopsidaceae, Polypodiales) species, Lomariopsis moorei and Lomariopsis longini, which were previously misidentified as L. spectabilis, are here described as new species based on evidence from morphological characters and a molecular phylogeny. The two species differ from the three other described species in East Asia by their venation, pinna shapes, and perine morphology. A phylogeny based on a combined dataset of three chloroplast regions (rbcL+ rps4-trnS + trnL-L-F) showed that L. moorei and L. longini each formed a well-supported monophyletic group which was distantly related to both L. spectabilis and the other morphologically similar East Asian species, L. boninensis.]

Investigations current status of rivers in taiwan - Version 5.0

ardada@wrap.gov.tw (明德莊) — Wed, 25 Feb 2015 06:13:05 +0000

[水利署自民國91年起執行河川情勢調查作業，迄今已完成第一輪24條中央管河川及2條跨省市河川之情勢調查工作。]

臺灣兩棲類資源調查與教育宣導推廣計畫 Resources survey and education advocacy to promote for Taiwan amphibian resources - Version 1.3

btownr@gmail.com (Yu-Ting Shen) — Sat, 23 May 2020 01:06:53 +0000

[本案透過辦理工作坊與宣導講座，管理維運臺灣兩棲類保育網( http://tad.froghome.org/ )，輔導培訓兩棲類保育志工團隊進行兩棲類監測與調查，並定期回傳到兩棲類資源調查資料庫。本資料集包含102-105年間兩棲類資源調查資料庫建置成果。 The Project has held educational workshops, managed the website “Taiwan Amphibian Conservation”, and helped volunteers conduct amphibious surveys as well as upload their field data to the database of amphibian resources. This dataset includes the results from 2013 to 2016., 102年度目標為辦理工作坊與宣導講座，管理臺灣兩棲類保育網，輔導兩棲類保育志工團隊進行兩棲類監測與調查，並定期回傳到兩棲類資源調查資料庫；全部如期完成，成效良好。計畫重要成果包含（一）2013年12月統計，台灣兩棲類保育網會員人數共計3,193人，志工人數共計417人，兩棲類資源調查資料庫累積有效資料共113,173筆；（二）與屏東林區管理處及雙流自然教育中心合作完成一場兩棲類資源調查社區推廣教育宣導工作坊，共69人參加；（三）由6隊志工團隊辦理六場蛙類社區宣導講座，總計497人次參加；（四）本年度有47個志工團隊參與調查，調查範圍涵蓋了18個縣市、1,167個樣區，上傳18,766筆調查資料，公布在臺灣兩棲類保育網供民眾下載瀏覽；（五）臺灣兩棲類保育網根據志工建議及調查表異動進行調查資料及樣區管理的介面更新，志工權限亦依現有志工團隊運作模式更新；（六）辦理兩棲保育志工大會，本年度志工大會共有156位專家顧問及志工參與，於大會上進行兩棲類調查年度報告、志工心得分享與表揚、進行新版調查表說明及公布明年度保育目標。 The aims of 2013 were to hold educational workshops, manage the website “Taiwan Amphibian Conservation”, and help volunteers conduct amphibious surveys as well as upload their field data to the database of amphibian resources. All of above were done as scheduled and resulted in good effect. The main achievements are as follows: 1) According to the statistics of December 2013, the numbers of online members in Taiwan Amphibian Conservation and volunteers were respectively a total of 3193 and 417, and 113,173 pieces of data were accumulated in the database of amphibian resources . 2) A survey-training workshop was held with the cooperation of Pingtung Forest District Office and Shuangliou Nature Center, and 69 people participated in. 3) Six community workshops on amphibian conservation were held by five volunteer teams, and there were 467 participants. 4) This year, 47 volunteer teams were involved in conducting surveys in 1,167 sites among 18 cities/counties, and 8766 pieces of data were posted on the website for the public to download. 5) With the suggestions of volunteers and the changes of survey forms, Taiwan Amphibian Conservation Website was renovated on its data and management interface, and the volunteer limits of authority was updated too. 6) Amphibian volunteer conference was held with 156 counselors and volunteers attending. On the meeting, yearly results of amphibian surveys were presented, volunteer teams shared their experiences and were commended for their efforts, and a small-scale fair was held to offer the chances for volunteers to socialize with one another and share their teaching methods., 103年度目標為辦理工作坊與宣導講座，管理臺灣兩棲類保育網，輔導兩棲類保育志工團隊進行兩棲類監測與調查，並定期回傳到兩棲類資源調查資料庫；全部如期完成，成效良好。計畫重要成果包含（一）2014年12月統計，台灣兩棲類保育網會員人數共計2,997人，志工人數共計570人，兩棲類資源調查資料庫累積有效資料共140,183筆；（二）於臺灣大學生物資源暨農學院附設山地實驗農場梅峰農場辦理兩棲類保育增能工作坊，共68人參加；（三）由9個志工團隊自主辦理了9場推廣活動，總計462人次參加；（四）本年度47個志工團隊參與調查，調查範圍涵蓋17個縣市、1,207個樣區，上傳19,543筆兩棲類調查資料，公布在臺灣兩棲類保育網供民眾下載瀏覽；（五）臺灣兩棲類保育網根據志工建議及調查表異動進行調查資料、樣區管理及棲地記錄的介面更新，並進行網站會員身份分析；（六）辦理兩棲保育志工大會，本年度志工大會共有145位專家顧問及志工參與，於大會上進行兩棲類調查年度報告、志工心得分享與表揚、進行兩棲類調查問題諮詢服務及公布明年度保育目標。 The aims of 2014 were to hold educational workshops, manage the website “Taiwan Amphibian Conservation”, and help volunteers conduct amphibian surveys as well as upload their field data to the database of amphibian resources. All of the above were done as scheduled and resulted in good effect. The main achievements are as follows: 1) According to the statistics of December 2014, the numbers of online members in Taiwan Amphibian Conservation and volunteers were respectively a total of 2997 and 570, and 140183 pieces of data were accumulated in the database of amphibian resources. 2) A survey-training workshop was held in Highland Experimental Farm of NTU and 68 people participated in. 3) There were nine community workshops on amphibian conservation being held by nine volunteer teams with a total of 462 participants. 4) This year, 47 volunteer teams were involved in conducting surveys in 1207 sites among 17 cities/counties, and 19543 pieces of data were post on the website for the public to download. 5) With the suggestions of volunteers and the changes of survey forms, Taiwan Amphibian Conservation Website was renovated on its data and management interface, and the online volunteers’ identification was analyzed too.6) Amphibian volunteer conference was held with 145 counselors and volunteers attending. On the meeting, yearly results of amphibian surveys were presented, volunteer team members shared their experiences and were commended for their efforts, questions about amphibian surveys were submitted and answered, and the goal of next year was announced., 104年度目標為辦理工作坊、兩棲保育志工培訓、管理臺灣兩棲類保育網，輔導兩棲類保育志工團隊進行兩棲類監測與調查，並定期回傳到兩棲類資源調查資料庫以及兩棲保育志工年度大會；全部如期完成，成效良好。計畫重要成果包含（一）2015年12月統計，台灣兩棲類保育網會員人數共計3,927人，志工人數共計637人，兩棲類資源調查資料庫累積有效資料共167,439筆；（二）於苗栗地區18鄉鎮劃設30個樣區，以蛙調比賽形式辦理兩棲類保育增能工作坊，並進行蛙類調查，共88人參加，調查到1,721隻18蛙種；（三）辦理兩棲類保育志工培訓課程，上課學員人數基礎班共98人、進階班共65人，總計163人；（四）本年度有55個志工團隊參與調查，調查範圍涵蓋18個縣市、653個樣區，上傳22,502筆兩棲類調查資料，調查成果公布在臺灣兩棲類保育網供民眾下載瀏覽；（五）臺灣兩棲類保育網網站維護與更新；（六）於宜蘭三富農場辦理兩棲類保育志工大會，共有142位含專家顧問及志工參與，於大會上進行兩棲類調查年度報告、志工心得分享與表揚、各團隊志工資訊交流及公布明年度保育目標，並首度辦理愛蛙路跑活動，以宣達愛蛙護蛙理念。 The aims of 2015 were to conduct educational workshops and amphibian volunteer’s training, manage the website “Taiwan Amphibian Conservation”, help volunteers conduct amphibian surveys as well as upload their field data to the database of amphibian resources, and hold an annual Amphibian volunteer conference. All of the above were done as scheduled and resulted in good effect. The main achievements are as follows: 1) At the end of December 2015, the numbers of online members in Taiwan Amphibian Conservation and volunteers were respectively 3,927 (216 people joined this year) and 637, and 167,439 useful pieces of data were accumulated in the database of amphibian resources. 2) We set up 30 sampling sites at 18 townships in Miaoli County to do surveys via competition, and 88 people participated with a total of 1721 frogs belonging to 18 species being recorded. 3) A training workshop was held, and there were 98 volunteers attending the basic class, 65 in the advanced one. 4) There were 55 volunteer teams involving in doing surveys at 653 sites in18 cities/counties, and 22,502 pieces of data were posted on the website for the public to download. 5) Taiwan Amphibian Conservation Website was renovated and maintained constantly. 6) The amphibian volunteer conference was held in San-fu Leisure Farm (Ilan) with 142 counselors and volunteers attending. On the meeting, yearly results of amphibian surveys were presented, volunteer team members shared their experiences and were commended for their efforts, and the goal of next year was announced. We held “Run For Frog” for the first time to promote the idea of protecting frogs., 105年度目標為辦理工作坊、兩棲保育志工培訓、管理臺灣兩棲類保育網，輔導兩棲類保育志工團隊進行兩棲類監測與調查，並定期回傳到兩棲類資源調查資料庫以及兩棲保育志工年度大會均如期完成。計畫重要成果包含（一）2016年12月統計，台灣兩棲類保育網會員人數共計3,433人，志工人數共計780人，兩棲類資源調查資料庫累積有效資料共200,183筆；（二）辦理兩場次之增能工作坊第一場次於新北市金山清水濕地及八煙聚落辦理棲地保育參訪活動，共52人參加；第二場次以蛙調比賽形式於台南市37行政區所劃設之27個樣區辦理，並針對台北赤蛙及諸羅樹蛙85樣區進行複查，共105人參加，調查到1,504隻22蛙種；（三）辦理兩棲類保育志工社區種子講師培訓課程，上課學員人數數位課程共79人、實體課程共40人；（四）本年度有61個志工團隊參與調查，調查範圍涵蓋22個縣市、1,199個樣區，上傳33,860筆兩棲類調查資料，調查成果公布在臺灣兩棲類保育網供民眾下載瀏覽；（五）臺灣兩棲類保育網網站維護與更新；（六）於南投特有生物研究保育中心辦理兩棲類保育志工大會，共有160位含專家顧問及志工參與，於大會上進行兩棲類調查年度報告、志工心得分享與表揚、各團隊志工資訊交流及公布明年度保育目標，並前往桃米社區進行棲地保育參訪活動，與在地農民共同交流，了解生態與生活共存的法寶。 The aims of 2016 were to conduct educational workshops and amphibian volunteer’s training, manage the website “Taiwan Amphibian Conservation”, help volunteers do amphibian surveys as well as upload their field data to the database of amphibian resources, and hold annual Amphibian volunteer conference. All of the above were done as scheduled. The main achievements are as follows: 1) At the end of December 2016, the numbers of online members in Taiwan Amphibian Conservation and volunteers were respectively 3,433 and 780, and 200,183 useful pieces of data were accumulated in the database of amphibian resources. 2) Two workshops were held, one was at Jinshan Qingshui Wetland and Bayien Village in New Taipei City, for 52 participants to take a close look at the habitat conservation efforts the communities made. The other was held frog race for participants to do surveys at 27 sample areas in Tainai City, and at the same time to double check the 85 sample sites of Hylarana taipehensis and Rhacophorus arvalis; one hundred and five people were involved and 1,504 frogs belonging to 22 species were surveyed. 3) We implemented a community seeded teacher training workshop for amphibian conversation volunteers; 79 people attended online courses, and 40 people joined classroom courses. 4) There were 61 volunteer teams involving in doing surveys at 1,199 sites in 22 cities/counties, and 33,860 pieces of data were posted on the website for the public to download. 5) Taiwan Amphibian Conservation Website was renovated and maintained constantly. 6) The amphibian volunteer conference was held at Endemic Species Research Institute in Nantou with 160 counselors and volunteers attending. At the meeting, yearly results of amphibian surveys were presented, volunteers shared their experiences and were commended for their efforts, and the goals of next year were announced. After the meeting, all the attendants paid a visit to Taomi Village to see their conservation achievements and interact with local farmers to learn more about the ways to live ecofriendly.]

tari_db - Version 1.1

taibif.brcas@gmail.com (TaiBIF BRCAS) — Wed, 14 Apr 2021 08:14:39 +0000

update CC license & publisher & BasisOfRecord

Four Bird Species in Rice Paddies in Shen-Gou Village, Yilan - Version 1.5

bjo4vm0y4@gmail.com (Min-Hsuan Ni) — Mon, 21 Dec 2020 01:56:00 +0000

[農業與野生生物的衝突一直都在，野生鳥類吃秧苗、穀物、水果的案例眾多，本計畫針對水鳥吃秧苗的議題，蒐集宜蘭深溝村可能對水稻秧苗造成損害之常見水鳥，主要目標物種為：紅冠水雞、白腹秧雞、花嘴鴨、彩鷸，附帶紀錄其他秧雞科鳥類與其他常見/特殊鳥類。希望為解決農業與野生動物衝突累積基礎資料。]

plasmopara_sphagneticolae - Version 1.5

kirschner@ntu.edu.tw (Roland Kirschner) — Thu, 23 Sep 2021 04:57:38 +0000

[Downy mildews (oomycetes) may specifically modify the impact from invasive plants. New downy mildews are recorded for Taiwan.]

Taiwan Wild Bird Federation Bird Records Database - Version 1.6

aming0412@gmail.com (Mu-Min Lin) — Fri, 25 Jun 2021 15:34:02 +0000

Metadata update

plantae_db - Version 1.0

taibif.brcas@gmail.com (TaiBIF BRCAS) — Mon, 12 Aug 2013 04:00:11 +0000

[本資料集收集由林務局所提供的，在1979 -2003年所做的植群調查計畫資料。

<引用方法>:生物多樣性物種出現紀錄:由行政院農業委員會林務局提供 (Accessed through TaiBIF, taibif.tw, YYYY-MM-DD)]

Vegetation and plant diversity of South Penghu National Park, Taiwan - Version 1.12

mutolisp@gmail.com (Cheng-Tao Lin) — Tue, 20 Apr 2021 03:48:39 +0000

[This dataset contains plant checklist, vegetation sampling data and soil properties in South Penghu National Park.]

Flower visiting insects of Melastoma in Taiwan - Version 1.8

ecojoe.huang@gmail.com (Joe Chun Chia Huang) — Tue, 24 Nov 2020 07:55:07 +0000

update Melastoma species name in the assocaitedTaxa field according to Dai et al, 2019 and behavior names based on comments from BDJ reviewer

lalashan_transect - Version 1.5

d2703799@gmail.com (昆松吳) — Mon, 23 Nov 2020 01:19:12 +0000

[Vegetation data sampled by members of Vegetation Ecology Lab (Institute of Ecology and Evolutionary Biology, National Taiwan University) along the elevation gradient (850-2100 m asl) in the northern part of Taiwan.]

cercosporoid2020 - Version 1.1

kirschner@ntu.edu.tw (Roland Kirschner) — Tue, 17 Nov 2020 03:36:17 +0000

[Cercosporoid fungi on wild banana (Musa itinerans) and cultivated Chinese mesona (Platostoma palustre = Mesona chinensis) were investigated.]

Database of Native Plants in Taiwan - Version 4.2

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 13 Nov 2020 10:35:35 +0000

update metadata

erysiphe-taiwan-2019-to-2020a - Version 1.2

kirschner@ntu.edu.tw (Roland Kirschner) — Mon, 28 Sep 2020 09:55:33 +0000

[Plant pathogenic powdery mildews belonging to the genus Erysiphe on woody hosts were published for Taiwan as new species, new records, on new hosts or on new hosts in Taiwan during the years 2018 to 2020.]

The distribution of Pteris fauriei group - Version 1.0

pteridaceae@gmail.com (Yi-Shan Chao) — Mon, 31 Aug 2020 08:21:54 +0000

[The distributions of taxa in the Pteris fauriei group (Pteridaceae).]

人禾環境倫理發展基金會_2017-2019東北部獨流溪魚蝦蟹螺調查 - Version 1.6

ldp4120@gmail.com (Hui-Ming Zhong) — Mon, 17 Aug 2020 03:31:28 +0000

scientific name add

林務局保育類生物調查 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 08:00:55 +0000

[依據野生動物保育法第十八條第一項第二款規定，基於學術研究或教育目的申請利用保育類野生動物或文化資產保存法之珍貴稀有植物成果，需向各有關機關或直轄市、縣（市）主管機關申請，轉請中央主管機關許可，並且應於利用完成後一年內，繳交生物資源調查共同調查記載項目。整理林務局保育組於民國九十三年起，各單位申請利用保育類等生物調查共同項目資料，並持續增加中。]

全國森林資源調查計畫 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:56:55 +0000

[全國森林資源調查計畫係利用航空照片判釋，描繪土地利用型及林型後，再配合地面校對及樣區調查方式，依統計學的抽樣理論處理所蒐集的資料，以求得所需之各項資訊。森林資源調查的成果，會依據縣市別、集水區別、所有權別、土地利用型別及林型別等各種屬性加以繪圖。進行森林資源調查時，也會調查野生動物分布現況，紀錄主要動物聚集的種類、數量、分布情形等。]

建立國家生物多樣性指標及特定生物類群族群變化監測模式(3/3) - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:56:04 +0000

[本計畫已完成13項生物多樣性指標，包括：生物物種多樣性指數、受威脅物種、外來入亰種中入亰紅火蟻與小花蔮澤蘭的分布、物種豐度趨勢、陸域綠資源、珊瑚礁、濕地、保護區、災害敏感地、農漁牧用地、基因多樣性、生態足跡、過漁等項目資料更新的工作，而生態足跡則沿用2007的資料。其中災害敏感地一項因主辦機關修該定義與資料呈現方式，包括農委會水土保持局於2008年貣改以衛星影像判釋山坡地變異面積呈現山坡地崩坍裸露面積的變化，經濟部水利署自2009年貣改提供地層持續下限面積，因此此兩項資料從該些年度開始重新計算。各指標資料除生態足跡與基因多樣性之外，均已納入行政院永續會永續發展指標系統持續收集公布。本計畫同時彙整以上指標資料，擬訂生物多樣性現況報告書之初稿，經審定後印製。]

森林永久樣區調查工作 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:54:16 +0000

[永久樣區每五年複查一次，調查資料會以事業區為單位，求各林型或樹種之單位蓄積量，完成前述各項樣區設定和記錄工作後即開始進行樣木調查工作，樣木資料調查工作之進行主要項目包括樣區記錄表內樣木資料區內所列各項。有關永久樣區樣木資料的處理，將待取得實體資料後再進行資料清理的規劃與實作]

阿里山山椒魚監測及監測模式標準作業程序制定 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:52:59 +0000

[阿里山山椒魚(Hynobius arisanensis)列屬於保育類I級(瀕臨絕種)野生動物名錄，在台灣分布於阿里山山脈、玉山山脈及中央山脈南段。此種山椒魚在阿里山地區的分布及棲地調查，雖曾於民國92年至95年期間進行過調查，然而莫拉克風災對此地區產生莫大的損害，有必要再行調查。本計畫調查其詳細的分布，並進行初步的棲地需求的調查，同時進行族群監測規劃，以提供管理單位研擬相關保育計畫。為使日後林管處監測工作能落實到第一線保育工作人員，我們也辦理了山椒魚保育訓練班。阿里山區域歷年山椒魚調查資料蒐集整理與分析方面，我們分析了本實驗室在近30年來的調查資料，包括1982年、1990年、1995年及2002年迄今的調查資料，以weighted mean法及Schanbel法比較族群量。weighted mean法結果顯示1993至1996年的族群量最高遠高於其他各期，02至06年族群呈增加，但近年來有逐漸下降的趨勢。Schanbel法的結果則為1993-1996年族群量在300至700之間，2002年至2005年則在100隻左右，06至今以每季調查的方法估算的族群量在355隻至1309隻之間。自忠樣區在1990年的兩個樣區估計量分別為40隻及84.8隻，2006至2010年的估計量在514至1897隻之間，2012年迄今的估計數量為170隻。分布調查在阿里山事業區第1、2、3、18、19、20林班及大埔事業區第205、206、207、208、209、210、211、212、213、214林班等地，至今已在每個林班地至少設置5個調查點，包括初期調查共調查過6次，發現山椒魚的林班地有阿里山事業區1、2、3及20林班、大埔事業區205、206、207、208、209、212、213、214林班，即阿里山山椒魚在調查林班地內仍屬廣泛分布。族群監測樣區包括了姐妹潭、復育地及自忠，以約每2個月調查1次的頻率共進行了6次調查。姐妹潭樣區捕獲了20隻，此樣區捕獲的個體以成體為主。復育地樣區捕獲2隻，皆為幼體。自忠樣區捕獲了57隻，包括了12隻再捕獲，此樣區亦以成體為主。山椒魚保育訓練班於3月7日於林管處進行室內課程，內容包括山椒魚介紹與監測標準方法，使學員們瞭解山椒魚並且熟悉監測的操作方法。3月8日則是實際在野外操作監測工作。綜合以上的結果，研究單位建議在阿里山姐妹潭地區進行棲地的改善作業，同時也提供了監測作業的標準程序，供往後管理單位自行監測時之參考依據。]

第四次森林資源調查 - Version 1.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Tue, 19 Jan 2016 13:16:29 +0000

[林務局鑑於既有資訊未能完全反映現況，特別是國有林事業區以外之林地森林覆蓋，長期以來均缺乏整合的資訊，同時為建立全國性完整調查體系與資訊更新機制，使我國森林資源資訊得予國際接軌，自2008年6月開始進行第四次森林資源調查工作，期望能達到瞭解全國森林面積、調查全國森林資源現狀、建立森林資源監測系統和推估全國森林碳吸存量等目標。]

貴重木監測自動判釋(1/3) - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:46:15 +0000

[配合地面調查及航照判釋技術，建立國有林地貴重木分布基本資料庫，進一步發展多期遙測影像的監測技術，做為遠端監測之依據。同時依據貴重木分布情形，參考交通動線，評估高風險重點地區之巡護頻度，據以規劃巡護路線，以防盜伐發生。以新竹、羅東及東勢林管處轄內為研究區域。一、研究地區本計畫本年度針對盜伐案件發生頻度較高之區域，包括新竹、羅東及東勢林管處轄管範圍進行研究計畫，範圍如圖 1。二、重要工作項目 1.重木判釋針對國有林地珍貴林木，具有一定徑級以上之林木進行判釋，將該等林木之GPS座標及分布區域進行資料庫建置。 2.特遣隊清查成果所發現之貴重木監測針對林務局局於執行本研究計畫前，特遣隊所清查出之貴重木，由林務局之各林管處提供將相關GPS座標提供與研究團隊進行監測與判釋。 3.變異點判釋就國有林地內變異，例如崩塌地及倒木等區域進行判釋，並評估其形成原因，倘有疑似盜伐情事者，再由本局派員組隊前往清查。 4.巡護路線規劃針對貴重木及重點地區建置資料庫後，由研究團隊考量林務局結合社區巡護之新政策，重新評估巡護級別，俾提供林管處規劃轄內巡護區域。三、結論一、經由彙整林務局各項資源調查、特遣隊調查、航測與光達判釋資料，完成羅東、新竹、東勢林管處轄區的貴重木分布點位資訊，並建置成為貴重木資料庫，作為後續巡護之依據。二、以貴重木點位為基點，配合林地變異與不同時期遙測影像的判釋，在監測平台上建立判釋機制，讓貴重木監測得以藉助空間資訊之整合進行機制。三、利用貴重木資料庫配合交通路線，既有巡護路線、巡邏箱及社區分布位置，以可達性分析為參考，進行貴重木巡護路線之規劃，羅東林管處20條、東勢林管處9條、新竹林管處16條，總計完成三個林管處轄區共規劃45條巡護路線，巡護對象577個點位，可做為未來貴重木巡護實施之依據。四、依據期末最終審查意見，分別提供附錄四林管處貴重木監測自動判釋意見彙總、附錄五貴重木期末審查會議紀錄、以及附錄六巡護路線規劃作業流程等，更完整資訊。]

花蓮縣平地造林區森林性動物監測計畫 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:45:32 +0000

[棲地復育與重新植林被認為可改善或重建因林木砍伐或農牧業經營而被移除的天然植被，減緩棲地劣化、生物多樣性喪失、與氣候變遷等問題。花蓮縣大農與大富農場的平地造林計畫使於2002年起，將原本的蔗田改植本土原生樹種，期在平地建立森林景觀。在台灣哪些物種棲息於平地森林，復林過程中動物群聚組成如何變遷，有待需長期觀測。為提供植林初期物種組成資料，作為監測基礎，本計劃調查大農與大富地植林地目前地棲性昆蟲、兩棲爬蟲類、鳥類與哺乳動物的種類、相對量與其季節變化，並與周邊海岸山脈動物相比對，以檢視與評估植林地作為森林性物種棲地的現階段成效與未來目標。調查結果於大農與大富共記錄到地棲昆蟲12目、兩棲類13種、爬蟲類9種、鳥類48種、與哺乳動物6種，物種。大農與大富動物群聚的差異不大，各樣區的物種組成與環境因子及棲地狀況相關。對照海岸山脈的物種組成，大農與大富雖有部分樹上活動的鳥種，但森林性動物的種類與數量仍有限。未來可以記錄森林發展過程中動物群落組成的變遷、評估棲地維護與管理成效為目的，結合在地資源，選取適當動物種類或類群，進行監測，作為園區管理的依據與支援。 Forest regeneration can restore degraded habitat and conserve biodiversity, and is widely practiced in human modified landscapes to enhance conservation value of man-made habitats. Danung-Dafu afforestation area project aims to regenerate a large track of forest in the flat land of eastern Taiwan where most low-land primary forests have gone. What the candidate forest dwelling organisms would be and how they colonize and establish populations in this area awaits to be learned. We surveyed terrestrial insects vertebratds in Danung-Dafu area and nearby area of the Coastal Mountain Range to provide “quasi-baseline” information on fauna in the early phase of afforestation for long-term monitoring, and to evaluate the current virtue of the area as habitats for forest animals. Species compositions are similar in Danung and Dafu areas, which relate to environmental and habitat conditions. Referenced to the species composition in the Coastal Mountain Range, fauna in Danung-Dafu area is dominated by species of open fields and grasslands. There are limited forest species at present, although some canopy bird species occurred. Objectives and pontential target species for long-term monitoring are suggested.]

金門地區緬甸蟒現況調查(2/2) - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:43:39 +0000

[緬甸蟒（Python molurus bivittatus）分布於南亞、東南亞至中國華南一帶，而在金門的記錄可追溯到國民政府播遷來台初期。然而由於戰事的影響，緬甸蟒在金門地區的族群自六零年代之後即消聲匿跡。直到近年受到撤軍的影響，棲地環境逐漸增加，族群數量才再度回復。然而由於越來越多的蟒蛇族群已開始造成當地民眾的恐慌與困擾，因此本研究擬針對金門地區的緬甸蟒進行生態與遺傳上的研究，以釐清族群的來源、棲地需求及遺傳特性，以茲未來經營管理的辦法的研擬。我們以無線電追蹤技術（Radiotelemetry），使用全球定位系統（Global Positioning System）配合地理資訊系統（Geographic Information System; GIS）軟體處理座標資料，在2010年5月至2012年7月共追蹤了十一隻個體。結果顯示，緬甸蟒的活動範圍變異很大，活動範圍最大可達826.9公頃，而在秋季時節一夜之內的單次移動可達1220公尺。夏秋兩季緬甸蟒的活動力較強，且偏好夜行性，夏季白天大多在遮蔽較多的森林或池塘水中躲藏避免體溫過高。秋冬兩季則對陽光的需求較大，冬季蟒蛇活動力弱且大部分躲藏在洞穴中。在棲地利用的部分，道路及聚落對緬甸蟒的活動影響較大。從活動範圍的涵蓋區域以及移動路徑來看，緬甸蟒的活動區域包含了多樣化的棲地類型，春夏秋三季緬甸蟒大部分會選擇在草地環境中棲息，而在寒冷的冬季則會頻繁地利用軍方遺棄的地下通道。金門原生族群緬甸蟒具有季節性的棲地選擇行為，能將自身的體溫控制在合適的範圍。在分子遺傳分析方面，我們使用35隻金門族群的個體，5隻種源來自越南的個體，以及透過國際學術合作取得2隻來自中國福州的個體，定序其粒線體DNA的cyt b及CO1總長為2629bp的基因片段，重建其親緣關係。結果顯示金門族群與中國福州族群在親緣關係樹上呈現一單系群(monophyletic group)，顯示兩者間之親緣關係相當密切，並與越南族群具有明顯的遺傳差距。此結果證實金門地區的緬甸蟒應為原生的族群，並與鄰近大陸地區的緬甸蟒族群有一定程度的遺傳交流。 The Burmese python (Python molurus bivittatus) distributed in India Peninsular, Southeast Asia, and southern provinces of China is one of the largest snakes in the world. The earliest record of the species in Kinmen Island could be traced to the early 1950s, when PRC and ROC split into two governmental units. Records of the python vanished in the last 40 years possibly due to over harvesting, habitat destruction, and the lasting bombardment. Until recent years, withdrawal of the armies provided for newly released habitats, thus what allowed the pythons to establish a new population. Nevertheless, the occurrence of the python has caused concerns from the general public in order to provide a proper management strategy for the conservation of the pythons. In this research, we investigated the basic information of the python such as conservation genetics, home rage, and habitat use. From May 2010 to July 2012, radio telemetry was applied to trace 11 pythons. The results suggest that the home range of the pythons may reach up to 826.9 hectare, with great mobility of more than 1km within a single fall night. A variety of habitat was used by the pythons, while underground tunnels were more commonly used as refugia to escape from the cold temperature in winters. Analysis based of mitochondrial DNA sequences from 42 pythons (including 35 individuals from Kinmen, 5 from Vietnam, and 2 from Fuzhou, mainland China) shows that the python population is no doubt a native and might still have gene flow with mainland populations.]

雪霸自然保護區植物資源調查（一）植物資源清單建立與維護－植物名錄 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:42:38 +0000

[摘要本調查研究計畫蒐集雪霸自然保護區自1987年至2011年之歷年維管束植物資源調查研究成果紀錄共30餘冊及有關本區內之歷年維管束植物分類研究報告，其中統整樣區設置於區內之維管束植物物種清單，計整理出894個分類群，總計144科418屬894種，其中特有種276種特有種，佔本區總維管束植物（含已歸化之維管束植物）之30.9%，其中稀有植物75種，依據IUCN等級進行整理共計有嚴重瀕臨絶滅（CR）1種、瀕臨絶滅（EN）4種、易受害（VU）31種、接近威脅（NT）38種。所有資料將以Microsoft Office Access資料庫軟體進行彙整，未來可供管理人員直接於資料庫中進行資料更新及查詢資料等功能，並能提供各項基礎研究及保育策略擬定之參考。另本計畫調查期間，亦針對雪山、大霸尖山地區及志樂溪流域之83及84林班進行調查採集，共計記錄有維管束植物276種，蕨類植物20科38屬48種、裸子植物4科5屬6種、雙子葉植物76科165屬199種及單子葉植物7科20屬23種，並記錄到秋海棠科之一新分類群(Begonia sp.)及特產於本區之珍稀植物蓬萊油菊(Dendranthema horaimontana)，將納入研究調查之維管束植物資源清內。其中包含有大面積之巒大杉(Cunninghamia konishii)、臺灣肖楠(Calocedrus macrolepis Kurz var. formosana)及臺灣黃杉(Pseudotsuga wilsoniana)原生林，珍貴而稀有。基於本區珍貴而豐富的植物資源，有必要持續加以調查。 ABSTRACT From 1987 to 2009, there were more than 30 books recording the vascular plant resources in Syueba Nature Reserve. We collected these researches and the studies about the classification of the vascular plant resources in the area over the years, and compiled all the vascular plant species lists in the area. There was a total of 894 species, 418 genera, and 144 families. The endemic species were 276 species, and were 30.9% of all the vascular plants (including the naturalized vascular plants) in the area. The rare species were 75 species, 1 critically endangered (CR), 5 endangered (EN), 31 vulnerable (VU), and 38 near threatened (NT), according to IUCN Red List. Through Microsoft Office Access, all the data are available for the authority to regenerate and inquire. It is also a convenient reference for every basic research and conservation policy. During our investigation, we studied in Mt. Xue, Mt. Dabajian, and the Compartment 83 and 84 in the basin of Zhile River as well. There were 276 species of vascular plants recorded, including 48 species, 38 genera, and 20 families of ferns, 6 species, 5 genera, and 4 families of gymnosperms, 199 species, 165 genera, and 76 families of dicotyledons, and 23 species, 20 genera, and 7 families of monocotyledons. A surprise was to record a new taxon of Family Begoniaceae, Begonia sp., and a rare plant endemic to this area, Dendranthema horaimontana in our vascular plant resources list. The huge original forests of Cunninghamia konishii, Calocedrus macrolepis var. formosana, and Pseudotsuga wilsoniana were valuable and rare. There were valuable and abundant plant resources in the area, so we suggested strongly to keep investigating and researching.]

池南國家森林遊樂區螢火蟲資源調查計畫 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:41:49 +0000

[2011年4月至2012年4月，以穿越線調查法、飛行攔截板調查法及黃色年黏蟲板，於池南森林遊樂區之池南區、野餐環潭步道、賞鳥遠眺步道、荖溪四樣區內進行調查，結果發現共有日行性螢火蟲1屬1種，夜行性螢火蟲5屬17種螢火蟲，合計6屬18種螢火蟲；分別為黑翅螢、紅胸黑翅螢、小紅胸黑翅螢大端黑螢、紋螢、梭德氏脈翅螢、姬脈翅螢、黃肩脈翅螢、黃脈翅螢、橙螢、蓬萊短角窗螢、紅胸窗螢、長胸窗螢、赤腹窗螢、山窗螢、赤腹櫛角螢、雲南扁螢及奧氏弩螢；四樣區內之夏農生物多樣性指數及夏農均勻度指數分別為：池南區1.88、0.69，賞鳥遠眺步道1.89、0.79，野餐環潭步道1.61、0.61，荖溪0.43、0.24，顯示此四樣區內皆有優勢螢種存在，而四樣區主要優勢螢種皆為黑翅螢；次要螢種池南區：紅胸黑翅螢；賞鳥遠眺步道：紋螢；野餐環潭步道：紅胸黑翅螢；荖溪：山窗螢。各月主要螢種為：1月蓬萊短角窗螢幼蟲、2月蓬萊短角窗螢幼蟲、3月黑翅螢成蟲、4月黑翅螢成蟲、5月黑翅螢成蟲、6月黃肩脈翅螢成蟲、7月黃肩脈翅螢成蟲、8月橙螢成蟲、9月橙螢成蟲、10月山窗螢成蟲、11月山窗螢成蟲、12月黑翅螢幼蟲。螢火蟲族群絕對豐度調查依標識再捕法，於2012年3~4月，選定鯉魚山野餐步道之黑翅螢成蟲進行，3月黑翅螢族群數量為 58.50±11.03 隻，4月黑翅螢數量為1012.38±49.56隻，再捕率分別為32.05%、15.01%，顯示該處黑翅螢成蟲族群相對封閉。2011年7月至2011年9月，在池南區進行除草高度對於螢火蟲之影響調查，將土地公廟後方之森林浴步道區分成：除草區、除草區上方、非除草區，調查結果顯示除草區與非除草區之窗螢及短角窗螢幼蟲數量達顯著差異，但除草區上方與非除草區之幼蟲數量無顯著差異，顯示除草會使螢火蟲幼蟲退縮至除草區上方之未除草區，但後續調查結果顯示當除草區之植被逐漸恢復，螢火蟲幼蟲數量亦逐漸增加；至9月時，除草區、除草區上方及非除草區內之螢火蟲幼蟲數量已無顯著差異，故推論現行除草方式對於螢火蟲幼蟲造成之影響為暫時性影響，並不造成螢火蟲幼蟲數量減少。2012年4月進行遊客數量對於螢火蟲成蟲族群數量影響之試驗，於鯉魚山步道區之環潭公路及野餐步道進行，由2012年3月之前期調查結果得知，環潭公路土地公廟旁之黑翅螢成蟲數量與野餐步道入口處之黑翅螢成蟲數量無顯著差異，故挑選此二處，利用單眼相機拍攝螢火蟲生物發光景象，再配合影像處理軟體計算拍攝照片之光點數量，用以代表該處螢火蟲成蟲數量，試驗結果顯示環潭公路之螢火蟲光點數量與遊客數量之相關係數為0.44，未達顯著相關；而兩處之螢火蟲光點則無顯著差異，顯示目前之賞螢導覽方式及遊客量，並未對螢火蟲族群造成影響，但如細分，兩處步道之螢種組成可知，造成兩處螢火蟲數量無顯著差異之原因，可歸因於黑翅螢成蟲數量遠多於其他螢種數量造成，遊客賞螢時，野餐步道之紅胸黑翅螢、小紅胸黑翅螢及梭德氏脈翅螢數量較環潭公路為多，此一結果顯示，不同螢種對於遊客所帶來之遊憩壓力反應可能不同，不過遊憩是否影響螢火蟲族群，仍需後續研究探討。]

101年度鰲鼓濕地森林園區鳥類監測及建立監測模式 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:41:06 +0000

[本計畫蒐集歷年在鰲鼓臨近區域，所進行的鳥類調查資料與相關文獻，以及本計畫所調查記錄的鳥種，來建立鰲鼓溼地森林園區的鳥類名錄資料。]

102年度鰲鼓濕地森林園區鳥類監測及建立監測模式 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:40:24 +0000

[本計畫彙整園區自1988年後的相關文獻，以及2011年至今的現場調查，園區共曾記錄有19目57科254種的鳥類。另依據園區的棲地改變，將調查資料區分1988-1993、1997-2002、2003-2007、2008-2010與2011-2013等5個時期進行比較，發現園區的雁鴨科鳥類在1997年後具有較高的棲息數量，但泥灘涉禽所記錄的佔有比率逐漸降低，而樹林性陸禽所記錄的佔有比率則有逐漸增加的現象。另外，藉由東石農場自2009年5月至2013年4月，連續4年每個月在14個定點與5個濕地樣區的調查資料，並以2009年的調查資料做為基準值進行比較，結果發現東石農場在2010至2012年的鳥類族群指標(bird population index, BPI)較高，但泥灘涉禽與草地性陸禽的鳥類族群指標BPI則有下降趨勢。而總鳥種數(richness)與利用豐富度涵蓋估計法(abundance-based coverage estimator, ACE)所獲得的種豐富度指數則都有先上升而後下降的現象。三年來，本計畫共建立園區5萬多筆的鳥類分布資料，而在今年度的監測調查中，於園區記錄有16目44科133種鳥類，與2011及2012年同時期的調查資料比較，所記錄的鳥種數相近但記錄隻次稍有增加。在所劃分的7個分區中，以東石農場的D1、D2、D3、D4與鰲鼓農場A等5個分區，記錄有較多的鳥種與棲息數量。在3類不同的調查方法中，30個定點樣區僅記錄有鳥類55種最少，9條穿越線記錄有87種，而9個濕地樣區則記錄有77種，各樣區的鳥類群聚組成與前2年的調查結果相似，而記錄鳥種數與隻次則稍有不同的變異。本計畫也對部分外來種、保育類與具觀賞性鳥種，利用監測資料來繪製這些鳥種在園區的分佈圖。此外，本計畫除延續在東石農場東南方的人工營造濕地進行鳥類監測外，也在4月後於北堤與2號幹排的新建體驗步道，分別各設立1條穿越線來進行鳥類監測。而今年在漁塭區所記錄之鷺科鳥類的棲息數量有偏低的現象，這可能與魚塭周遭棲地的改變與漁民所採取的護魚措施有關。最後，本計畫從鳥類監測模式、任務型研究、資源特色研究與經管議題等4個面向，來研提園區短、中、長期的鳥類監測與經營管理議題。並以建立鳥類調查標準程序、建立及執行永久樣區的鳥類監測、建立及持續累積鳥類資料庫、建立及執行全區鳥類分布調查、以及歷年鳥類監測資料的分析評估等5個方向，來設立鰲鼓濕地森林園區的鳥類監測模式。 In this project we compiled historical bird data of Augo Wetland Forest Park from literuatres since 1988 and conducted surveys from 2011-2013. There are 254 bird species that were recorded in the park, belonging to 19 orders and 57 families. To understand the avian composition change through time, we divided the data into 5 time periods: 1988-1993, 1997-2002, 2003-2007, 2008-2010 and 2011-2013, and compared the the avian abundances in different guilds and time periods. The abundance of waterfowl increased while the abundance of shorebirds decreased after 1997. The abundance of forest songbirds increased gradually through time. In addition, we conducted monthly surveys from May 2009 to April 2013 at 14 survey points and five wetland plots at Dongshi Farm. When compared with the data from 2009 as the baseline, the overall bird population indices (BPI) were higher in 2010-2012; however, the BPI for shorebirds and grassland birds decreased. For overall species richness and abundance index (calculated from abundance-based coverage estimator), the values increased first in 2010 and then decreaed in 2011 and 2012. During the period of three years of the project, we collected over 50,000 entries of avian distribution data in Augo Wetland Forest Park. From 2013 alone, we recorded 137 species from 16 orders and 45 families. Compared to 2011 and 2012, species richness in 2013 did not differ; howerver, the abundance increased slightly. Among the total 7 plots in the study area, plot D1, D2, D3 from Dongshi Farm and plot A from Augo Farm had higher species richness than the other two plots. When comparing richness among three different survey methods, we recorded 55 species from 30 point-count points, 93 species from nine line transects, and 78 species from nine wetland plots. Avian compositions of different plots were similar to that of the previous two years, with different variations in different plots. We also monitored the exotic species, species with special concerns and species of interests (for birders) and plotted the distribution of these species. Moreover, we continued to monitor the avian communities in the man-made wetland in the southeastern Dongshi Farm and added two line transacts for two recently built trails near north dike and No2. canal. We found that the abundance of Ardeidae (egrets) decreaed in the fish farm area, which may result from to the change of habitat in the surrounding area of the fish farm and change of protection methods by fisiher men. Finally, we proposed short-, medium-, and long-term monitoring and management stragegies based on 4 perspecitves: avian monitoring program, project-oriented research, featured resources research, and management. We also incorporated information from the following five aspects to propose the avian monitnor program: establishing avian survey protocol, establishing and monitoring of the long-term survey plots, establishing and survey of avian distribution in the whole Park, building and accumulating avian database, and analyzing and assessing of historical avian data.]

GLORIA高海拔山區草原生態系動態複查 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:39:34 +0000

[　　全球氣候正快速的暖化中，並在強烈地改變現存生物圈的外貌。高山地帶的生態系統對於溫度之上升最為敏感，主要是因為高山是由低溫條件所構成的生態系統，所以高山植群常用為偵測暖化效應的有力工具。最近的調查顯示台灣中部山地的植物在過去一世紀平均每年上移3.6公尺；由於台灣高山地區的特有種比率以及單位面積的分類群密度都是最高的，因此對於生物向上遷移所可能造成的生態系衝擊需要加以研究並提出適當的對策。針對此議題，本研究依據「全球高山環境觀測研究計畫」（英文簡稱GLORIA），於民國97年至99年間，在台灣本島高海拔山區選擇5個符合標準的目標區域以及各區域內適合調查所需的3座山峰，測量並收集各山峰上的高海拔山區草原生態系之長期生態監測基本資料。今年所進行的為針對其中的大水窟目標區域進行複查的工作，並在附近的區域進行草本植群的調查及分類，以比較物種、植群和環境因子在垂直和水平梯度上的分布格局及變化，為物種和植群的長期監測提供基礎資料。草本植群可分為3種植群型: 油薹植群型、香青-玉山箭竹植群型及一枝黃花-玉山箭竹植群型；除濕生之油薹植群型，其他兩型亦為GLORIA山峰地區的植群型。在物種豐度方面，發現其不只與海拔有相關，且與取樣面積在1 m x 1 m以上的樣區面積相關；另外，溫度之隨海拔變化可能會影響植物種類的類型在垂直和水平梯度上的分布，此點在未來兩年加入四個目標區域之數據後或將會更明顯；同時物種豐度變化也與溫度變化有顯著線性關係，是否會因此影響某類物種的生存則需要進一步分析；各山峰及不同類型的樣區，本次複查顯示大多數較前次調查有較多種類及特有種，沒有跡象顯示有任何物種因較高海拔之較低面積以及增加的物種而有衰退的情形，長期影響則尚待觀察；未來兩年加入之數據當可為生物多樣性喪失的風險和生態系統不穩定的風險提供重要的評估依據。　　The quick globe climatic warming is strongly affect the existed biospheres. The ecological systems in the alpine region is especially sensitive to temperature increasing as the alpine area is composed of the ecosystems made by low temperature condition. The recent study revealed that plant species have moved upward 3.6 meters annually in the central mountain regions of Taiwan. As the endemic percentage and taxon density are very high in Taiwan alpine region, it is needed to assess the impact of these up-moving plants on alpine ecosystem. This project aims to measure and collect all long-term ecological monitoring data for Taiwan alpine grassland ecosystem. Five target regions with three summits per region have been surveyed in 2008-2010 with the protocols set up by GLobal Observation Research Initiative in Alpine Environment, GLORIA. This year project is to resurvey the Dashueiku target region and to make a herbaceous vegetation classification for the National Yushan National Park alpine grassland. Three vegetation types have been identified. The horizontal and vertical distribution patterns of each plant species found in the plot were studied. It is found that species abundance is positively related to sampling plot area, negatively related to altitude. However, species number and endemic species number were all increased in all summits and almost all plots with the area above certain size, and there is no any previously recorded species missing and no sign that any species is declining. However, long-term monitoring is especially needed as the area is limited in the summit. This year data, together with next two year results, can be used to assess the potential loss of alpine biodiversity and risks of alpine ecosystems.]

人倫柳杉人工林動態樣區複查計畫 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:37:17 +0000

[疏伐是對林地內樹木的密度、品質或分佈進行部分的砍伐移除，對於森林結構及物理環境可以造成立即的變化。這些微環境的改變，短時間內造成原本生態系結構的改變，往往有利於其他樹種的種子發芽、幼苗生長，增進森林生態系的生物多樣性。人倫柳杉人工林動態樣區於2006年完成第一次每木調查，並於2007年進行25%與50%疏伐。本計畫為疏伐後第一次複查，自2011年7月起至2012年3月止，已完成12ha之複查作業，並已完成資料輸入及結果分析。本研究結果顯示，疏伐處理後的柳杉胸高直徑相對生長速率及總生物量改變程度皆大於未疏伐樣區內的植株。疏伐樣區經過5年後，植株數量已回復到與疏伐前相當，其中50%疏伐樣區內新增苗木大部分屬於陽性樹種，其種類、數量與分布範圍與疏伐前有顯著差異。 Thinning is the removal of trees to reduce density or distribution of target species. It has immediate effects on forest structure and physical environments. The changes of microhabitat will affect seed germination and seedling growth of native species, as a consequence, will lead to diversity increase in the forest ecosystem. Zenlun Cryptomeria japonica plantation dynamic plot completed the first tree census and thinning at 2006 and 2007, respectively. The thinning procedure removed 50% or 25% of C. japonica in assigned plots. This project carried out the first recensus after thinning. The results showed that thinning increase relative growth rate and total biomass of C. japonica. After 5 years, the abundance in the thinning plots was recovered to the level before thinning. In addition, at 50% thinning plots, most of the recruits (> 1cm DBH) were shade intolerance species. For those plots received thinning treatment, there is a distinct difference in species abundance and distribution pattern before thinning and after thinning.]

出雲山自然保留區陸域脊椎動物相調查(2/3) - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:36:35 +0000

[出雲山自然保留區在高雄市東北桃源區與茂林區境內，範圍涵蓋荖濃溪事業區第22~37林班及其外緣之馬里山溪北向、西南向山坡與濁口溪東南向山坡100公尺範圍內的土地，面積為6248.74公頃。本計畫目的是調查區內動物種類，並重新建立動物名錄。自2012年11月至2013年6月止，沿著馬里山溪、濁口溪與林道兩旁進行4次調查，調查面積計2000公頃。依據目視、痕跡、鳴聲、排遺與自動照相機等共記錄到脊椎動物55科110種，哺乳動物15科25種，鳥類31科64種，兩生類3科9種，爬蟲類6科12種。調查到動物中台灣特有種24種，台灣特有亞種38種；瀕臨絕種保育類野生動物3種，珍貴稀有保育類動物20種，其他應予保育之野生動物12種。哺乳類台灣山羌與台灣野山羊數量最多，自動照相機記錄最多的是台灣山羌與台灣獼猴。鳥類以灰喉山椒鳥與台灣白喉噪眉數量最多，自動照相機記錄到藍腹鷴最多，其次是虎鶇。兩生類以日本樹蛙數量最多，自動相機無紀錄。爬蟲類以赤尾青竹絲數量較多，自動相機無紀錄。本次自動相機記錄到一些過境鳥類，可成為不錯的調查工具。]

外來種斑腿樹蛙控制與監測計畫 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:35:56 +0000

[為了解臺灣地區斑腿樹蛙分布現況與其基礎生物學，本研究於2013年運用兩棲類保育志工在全臺灣進行普查；選定平原環境的八里挖仔尾、臺中都會公園、以及森林環境的鶯歌碧龍宮為固定樣區進行調查，紀錄數量、利用棲地、共域蛙類等資料。2013年普查結果顯示斑腿樹蛙分布於臺北市、新北市、桃園縣、臺中市、彰化縣、雲林縣、屏東縣等地。比較2012年及2013年方格系統的調查結果，也發現斑腿樹蛙持續擴散中。生活史調查結果發現北部斑腿樹蛙族群繁殖期從3月開始可持續至10月，中部地區族群繁殖期則從3月至9月。比較2012年與2013年斑腿樹蛙佔所有蛙種總隻次比例，挖仔尾從69%(785/1132)，下降至29%(483/1665)；臺中都會公園則從53.6%(303/565)下降至40.6%(415/1021)；碧龍宮雖從2012年14.9%(107/715)略增為15.9% (123/775)，但仍低於2011年的27.5%(149/541)。在八里斑腿樹蛙主要利用竹林與靜止水域，臺中都會公園則主要利用喬木與靜止水域，在碧龍宮斑腿樹蛙利用旱田與靜止水域的頻度最高，顯示靜止水域是斑腿樹蛙的重要棲地類型。斑腿樹蛙食物以蜚蠊目、鞘翅目與柄眼目等地棲物種為主，也記錄到捕食小雨蛙、斑腿樹蛙幼蛙、鉛山壁虎及斯文豪氏攀蜥，對入侵的生態系統可能造成影響。為控制斑腿樹蛙族群數量，2013年持續培訓及運用志工在八里挖仔尾、鶯歌碧龍宮、臺中都會公園、彰化田尾等地進行斑腿樹蛙控制移除，參與人數超過1100人次，移除1184隻斑腿樹蛙，達到宣導教育的成效。建議持續運用志工進行移除及監測，降低斑腿樹蛙族群量及擴散風險，並持續研究斑腿樹蛙對臺灣原生蛙類及生態系統的影響，以利臺灣生物多樣性保育。 In order to find out the distributions and the basic biology of Polypedates megacephalus, this study used conservation volunteers to carry out nationwide surveys in 2013. We targeted at Waziwei of Bali and Taichung Metropolitan Park, which are both in the plain surroundings, as well as Bealong Temple of Yingge in forestry environment, to do surveys and document their numbers, habitat usage, and the other sympatric anuran species. The results of surveys show that Polypedates megacephalus has been distributed over Taipei City, New Taipei City, Taoyuan County, Taichung City, Zhanghua County, Yunlin County, and Pingtung County. Compare the grid systems of 2012 and 2013, we found that Polypedates megacephalus is still spreading. The results of surveys showed that the breeding seasons of Polypedates megacephalus in the north start in March and continue till October, while the southern populations breed from March to September. Compare the percentage of Polypedates megacephalus and all the frogs species in 2012 and 2013, the alien species at Waziwei dropped from 69% (785/1132) to 29%(483/1665); at Taichung Metropolitan Park, it dropped from 53.6% (303/565) to 40.6% (415/1021); at Bealong Temple, it ascended from 14.9% (107/715) of 2012 to 15.9% (123/775)of 2013, but it’s still lower than 27.5% (149/541) of 2011. In Bali, Polypedates megacephalus mainly inhabits in the bamboo forests and still waters; in Taichung Metropolitan Park, they use trees and still waters, while in Bealong Temple, they prefer dry farmland and still waters. It shows that still waters are their important habitats. Polypedates megacephalus fed mostly on Order Blattodea, Order Coleoptera, and Order Stylommatophora, and they were spotted preying on Microhyla fissipes, the baby frogs of its own kind, Gekko hokouensis, and Japalura swinhonis. We suggest the ecosystems they invade might be affected. In order to control the population of Polypedates megacephalus, we kept training volunteers in 2013 to remove Polypedates megacephalus at Waziwei (Bali), Bealong Temple (Yingge), Taichung Metropolitan Park, and Tianwei (Zhanghua). The amount of participants was over 1100, who removed a total of 1184 Polypedates megacephalus. It means the effect of education was achieved. We suggest that we should keep using volunteers to do controlling and monitoring to reduce its population and avoid further spreading. And the study about the impact of Polypedates megacephalus on native ecosystem and other species should be continued to conserve the biodiversity of Taiwan.]

利嘉野生動物重要棲息環境哺乳類與鳥類資源調查與監測(二) - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:35:10 +0000

[為建立「利嘉野生動物重要棲息環境」的哺乳動物與鳥類資料庫，第二年在重要棲息環境內選取3條不同地形的樣線作為固定調查樣線，於民國100年9月至101年7月至樣區進行12次調查，調查方式採用沿線調查、自動照相機監測、蛙類錄音及鳥類樣站調查。共調查到4目10科15種的哺乳類，10目23科55種的鳥類與4科共10種的蛙類，其中計有臺灣獼猴等10種哺乳類，藍腹鷴等20種鳥類與1種蛙類屬於保育類野生動物；特有種則計有哺乳類3種，鳥類9種，蛙類4種。在哺乳動物中，臺灣獼猴、山羌、臺灣野山羊是「利嘉野生動物重要棲息環境」內分布最廣且相對密度較高的物種，水鹿則集中分布在盆盆山稜線週遭；鳥類則有8種是在之前的調查中未紀錄到的，顯示利嘉野生動物重要棲息環境內擁有豐富的動物資源，溪床區域與盆盆山樣線入口皆有人類經常活動的痕跡（砍痕、生火、垃圾與獵寮），可能需要針對特定路線作定期巡邏，以減少棲息環境內的人為干擾。至於利嘉林道可與當地部落一同以社區林業的方式經營管理，持續監測野生動物資源量與分布，並以進行生態解說、自然體驗等非消耗性的方式，經營管理該處之豐富動植物資源，以達到森林資源之永續利用。 This survey was aimed to construct a database of mammals, birds and frogs in the Lijia Major Wildlife Habitat for the management and conservation of wildlife and habitat. By monitoring the dynamic of wildlife populations, we would be able to manage the wildlife resource and habitat for sustainability. Surveys on mammals, birds and frogs were conducted twice a season from July 2009 to August 2012, to collect information for investigating the species richness, relative density and spatial distribution of the animals. In total, 15 mammals, 55 avian and 10 frog species were recorded, including three mammals, 9 avian and 4 frog species endemic to Taiwan. Among the 108 animal species that the Major Wildlife Habitat harbored, 10 mammals, 20 bird and 1 frog species are concerned for their conservation status in Taiwan. Taiwanese macaque（Macaca cyclopis）, Formosan Reeve's muntjac（Muntiacus reevesi micrurus） and Formosan Serow（Naemorhedus swinhoei） was widely and high density distributed species over the reserve. Formosan Sambar（Cervus unicolor swinhoei） was distributed to center on Penpen Mountain crest line. Eight avian have never been reported in this Major Wildlife Habitat, showing the rich animal resources of this habitat. Various types of human activity were observed on the stream and entrance of Penpen Mountain. To reduce human effect in this area, regular patrols for specific trail are needed. The Lijia trail can be managed as community forestry projects with local tribes to monitor the amount and distribution of wildlife resources. Furthermore, non-consumptive ways such as ecology narration and nature-awareness programs can be used to reach sustainable use of the forest resources.]

102年丹大野生動物重要棲息環境 -巒大事業區鳥類群落調查 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:34:04 +0000

[丹大野生動物重要棲息環境之巒大事業區135-148林班鳥類群落調查從102年秋季至103年夏季，分別於巒大事業區140、142及143林班三個林班各選擇1處進行鳥類定點計數估算密度，並透過沿線調查記錄郡大林道31K~37K路線上所發現之物種，共計巒大事業區135-148林班範圍內記錄21科33種，其中特有種有12種，特有亞種有14種，保育類14種，春夏季數量以冠羽畫眉（Yuhina brunneiceps）最為優勢。巒大事業區135-148林班外之郡大林道31K~37K路線上共發現20科33種，特有種記錄到11種，特有亞種記錄到15種，保育類則有9種。根據定點計數結果，秋季記錄6種，冬季記錄5種，春季記錄13種，夏季記錄13種，秋冬季記錄的物種較少，春夏季物種較為豐富；而根據沿線調查結果，秋季記錄21種，冬季則僅15種，春季紀錄23種，夏季紀錄26種，冬季物種及數量相較少於其他季節，由於鳥類於冬季會有海拔垂直降遷的行為，因此冬季於高海拔記錄的鳥類物種相對減少，繁殖季時則可記錄到較多物種。 Bird community surveys of the Danda Major Wildlife Habitat of the Luanda Working Circle were conducted from 2013 fall to 2014 summer. Avian point-counts were sampled at 3 sites in 140, 142, and 143 compartments of the Luanda Working Circle seasonally. Observational surveys were also conducted from 31K to 37K of the Jyunda logging road. Total 33 species belonging to 21 families were found in 135-148 compartments of the Luanda Working Circle, including 12 endemic species, 14 endemic sub-species, and 14 protected wild birds. Taiwan yuhina (Yuhina brunneiceps) was the most abundant during the breeding season. Along the Jyunda logging road outside 135-148 compartments of the Luanda Working Circle, 33 species belonging to 20 families were found, including 11 endemic species, 15 endemic sub-species, and 9 protected wild birds. Avian point-counts documented 6 species in fall, 5 species in winter, 13 species in spring, and 13 species in summer. The species found in fall and winter were fewer than in spring and summer. Along the Jyunda logging road outside 135-148 compartments of the Luanda Working Circle, there were 21 species in fall, 15 species in winter, 23 species in spring, and 26 species in summer are found. The species found in winter were fewer than the other seasons. Fewer bird species in winter were resulted from altitudinal migration of some birds in winter.]

大雪山國家森林遊樂區鳥類資源保育推廣活動 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:32:54 +0000

[本次大雪山國家森林遊樂區鳥類資源保育推廣活動，總包含下列系列活動（一）大雪山賞鳥推廣活動：賞鳥講座1場、賞鳥導覽推廣活動4梯次、自然生態攝影講座1場。總計約130人參與；（二）鳥類生態保育工作坊，含2位國際講師、2位國內資深講師，共6個林管處，34人次參與；（三）24小時之國際賞鳥比賽活動。計有專業組隊伍14隊(國內12隊、國際隊伍4隊)；聯誼組隊伍14隊；企業組5隊；親子組5隊；大專組2隊（含1隊國際學生），共40個隊伍，總計151人參與。完成調查並繳回觀察記錄資料者，計37組，在24小時內，為大雪山國家森林遊樂區及大雪山林道0K雙崎工作站 ~50K天池/雪山神木左右500公尺範圍﹝含徒步區與森林浴步道、船型山林道3K止(原210林道)﹞進行了一次大規模的鳥類資源調查，共紀錄了152種鳥類。]

雪山坑溪野生動物重要棲息環境植物資源調查暨經營管理評估作業 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:32:05 +0000

[本計畫針對雪山坑溪野生動物重要棲息環境之植群、植群永久樣區及珍貴稀有維管束植物進行調查。已完成32個植物社會樣區調查及永久樣區複查並記錄維管束植物97科204屬327種及珍貴稀有維管束植物之分布。依矩陣群團分析結果，選擇優勢種及特徵種作為植群之命名，目前32個樣區可劃分為卡氏櫧型、墨點櫻桃型、墨點櫻桃—長葉木薑子型、臺灣山香圓型及紅檜型等5個植群型。另比對2次永久樣區資料，分析其植群組成及結構，瞭解苗木更新狀況，供作未來評估本區植群演替趨勢及監測工作之依據。此外整理珍貴稀有維管束植物清單及分布，作為經營管理、保育及解說教育應用上之參考。 The vegetation, permanent plots, and rare and valuable plant species were investigated at Sheishankeng River Major Wildlife Habitat. There were 32 vegetation community plots investigated so far and the permanent plots re-investigated. It was recorded 327 species, 204 genera, and 97 families of vascular plants. It was also found some distributions of rare and valuable vascular plants. The vegetations were named after their dominant and specific species after the cluster analysis. The present 32 plots were divided into 5 vegetation types as Castanopsis cuspidata var. carlesii type, Prunus phaeosticta type, Prunus phaeosticta- Litsea acuminata type, Turpinia formosana type and Chamaecyparis formosensis type. We will keep investigating and compare our data with the former ones from the 2 times of permanent plots investigation. We are going to analyze their vegetation components and structures and monitor the regeneration of seedlings to make a reference for the evaluation of the vegetation succession trend in this area and the monitoring in the future. The list and distributions of rare and valuable vascular plants were also compiled for the application for the management, conservation, and interpretation and education.]

雪山坑溪野生動物重要棲息環境生物多樣性與指標生物監測模式：哺乳類與鳥類 - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Fri, 31 Jul 2020 07:31:05 +0000

[於2013～2014年，使用沿線觀察、捕捉、自動照相機、蝙蝠偵測器以及自動錄音機5種調查方式，於雪山坑溪野生動物重要棲息環境以及大安溪事業區107林班進行調查，哺乳類總共記錄7目13科35種，包含15種特有種與13種特有亞種，保育類有瀕臨絕種保育類台灣黑熊（Ursus thibetanus formosanus）、珍貴稀有保育類台灣野山羊（Capricornis swinhoei）、食蟹獴（Herpestes urva）、穿山甲（Manis pentadactyla pentadactyla），其他應予保育類白鼻心（Paguma larvata taivana）、山羌（Muntiacus reevesi micrurus）、台灣獼猴（Macaca cyclopis）。鳥類總共記錄73種，包含瀕臨絕種保育類熊鷹（Nisaetus nipalensis）、林鵰（Ictinaetus malayensis）與遊隼（Falco peregrinus）、珍貴稀有保育鳥類10種以及其他應予保育鳥類8種。彙整歷年調查，雪山坑溪野生動物重要棲息環境應有哺乳類41種，鳥類100種，若納入大安溪事業區107林班調查資料，哺乳類有45種，鳥類104種，物種相當豐富，其中食蟲性蝙蝠有21種，保育類總共有瀕臨絕種保育類1種哺乳類與3種鳥類，珍貴稀有保育類3種哺乳類與18種鳥類，其他應予保育類3種哺乳類與9種鳥類，共計37種保育類哺乳類與鳥類。　　評估經由540林道為最適合執行之長期監測路線，可經由監測站於1日之內到達多數監測樣點，並可同步達到巡守之功能，210林道則崩坍嚴重，加上草叢茂密，危險難以通行。可及調查範圍之各路線完成勘查，建置自動照相機、自動錄音機與蝙蝠偵測器監測樣點，作為長期監測所用。　　根據調查結果提出雪山坑溪野生動物重要棲息環境變更為野生動物保護區之評估與比較，並建議將大安溪事業區107林班納入保護範圍內。　　Mammal and bird surveys were conducted in the Syu-shan-keng Wildlife Important Habitat and the 107 comparment of the Da-an-si district using observation, small mammal and bat trapping, camera traps, bat detectors, and long-duration acoustic recording from 2013 to 2014. Total 35 mammal species belong to 7 orders and 13 families 35 were documented, including 15 endemic species and 13 endemic subspecies. Of these 35 mammal species, protected mammals in the critically endangered category includes the Formosan black bear (Ursus thibetanus formosanus), while the valuable and rare category includes the Formosan serow (Capricornis swinhoei), the crab-eating mongoose (Herpestes urva), and the Chinese pangolin (Manis pentadactyla pentadactyla); and the other protected category includes the gem-faced pam civet (Paguma larvata taivana), the Reeves’s muntjac (Muntiacus reevesi micrurus), and the Formosan macaque (Macaca cyclopis). 73 bird species were found, including the Hodgson eagle (Nisaetus nipalensis), the Indian black eagle (Ictinaetus malayensis), and the peregrine falcon (Falco peregrinus) in the critically endangered category. Compiling this survey with records from literatures, the Syu-shan-keng Wildlife Important Habitat has at least 41 mammal species and 104 bird species. If the adjacent 107 comparment of the Da-an-si district are included, this area should have at least 45 mammals, which consist of 21 insectivorous bats, and 104 birds. Protected species include 1 mammal and 3 birds in the critically endangered category, 3 mammals and 18 birds in the valuable and rare category, and 3 mammals and 9 birds in the other protected category contributing to 37 protected species in total. 　　The 540 logging road is the best access for long term monitoring of this area. Most monitoring sites could be reached within 1 day from the monitor station at the end of the 540 logging road. The 210 logging road is abandoned and is no longer accessible. This research has completed set up monitoring transects and selected monitoring sites for camera trapping, unattended acoustic recording, and bat detectors for long term monitoring. 　　Based on research foundings, suggestions for upgrading the Syu-shan-keng Wildlife Important Habitat to a wildlife reserve was proposed and it is suggested to include the adjacent 107 comparment of the Da-an-si district.]

Molluscan fauna of Gueishan Island of Taiwan - Version 8.1

snail813@gate.sinica.edu.tw (致維黃) — Fri, 17 Jul 2020 06:22:25 +0000

[This dataset records the occurrence and inventory of molluscan fauna on Gueishan Island, the only active volcanic island in Taiwan, based on the literature survey and field investigation conducted between 2011 and 2012. The literature review involved seven studies published from 1934 to 2003, which collectively reported 112 species from 61 genera and 37 families of Mollusca on Gueishan Island. Through our field investigation, we identified 34 species from 28 genera and 23 families. Fourteen of these species were new records on Gueishan Island: Liolophura japonica, Lottia luchuana, Nerita costata, Nerita rumphii, Diplommatina suganikeiensis, Littoraria undulata, Solenomphala taiwanensis, Assiminea sp., Siphonaria laciniosa, Laevapex nipponica, Carychium hachijoensis, Succinea erythrophana, Zaptyx crassilamellata, and Allopeas pyrgula. In Total, there are 126 species from 71 genera and 45 families of Mollusca on Gueishan Island.]

A dataset from bottom trawl survey around Taiwan - Version 4.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Thu, 16 Jul 2020 12:26:36 +0000

[Bottom trawl fishery is one of the most important coastal fisheries in Taiwan both in production and economic values. However, its annual production started to decline due to overfishing since the 1980s. Its bycatch problem also damages the fishery resource seriously. So, the government banned the bottom fishery within 3 nautical miles along the shoreline in 1989. To evaluate the effectiveness of this policy, a four year survey was conducted from 2000-2003, in the waters around Taiwan and Penghu (Pescadore) Islands, one region each year respectively. All fish specimens collected from trawling were brought back to lab for identification and measurement of their weight. These raw data have been integrated and established in Taiwan Fish Database (http://fishdb.sinica.edu.tw). They have also been published through TaiBIF (http://taibif.tw) and FishBase. This dataset contains 631 fish species and 3,529 records, making it the most complete demersal fish fauna and their temporal and spatial distributional data on the soft marine habitat in Taiwan.]

The Fish Database of Taiwan - Version 7.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Tue, 25 Mar 2014 02:07:21 +0000

[The Fish Database of Taiwan is centered on fish taxonomy and includes the following information: (1) basic information about each species of fish (including their scientific names, morphological characteristics, habitats and behavior, and so on) and images (including specimens and ecological photos, X-rays of fish skeletons, and otoliths); (2) specimen data of 10 institutes in Taiwan and those that have been archived overseas; (3) distributional data (about 230,000 entries); (4) bibliography of references related to the fish of Taiwan; (5) other information, such as a gallery of fish photos, rare Chinese characters with the “fish” radical, 9 e-books on fish, an illustrated glossary of fish terms, Taiwan seafood guide, and many others. With the funding from Taiwan e-Learning and Digital Archives Program (TELDAP), all the information is continually updated and can be accessed at http://fishdb.sinica.edu.tw. Currently, The Fish Database of Taiwan contains 3,115 species of fish in Taiwan from 298 families. These numbers do not include unidentified fish species, especially deep-sea fish. In collaboration with the global fish database, FishBase (http://www.fishbase.org), which was developed by the WorldFish Center, The Fish Database of Taiwan has established a Chinese mirror site, through which both databases can access each other’s fish data. Through this collaboration with FishBase, users of other global databases, such as Species 2000, Integrated Taxonomic Information System (ITIS), Global Biodiversity Information Facility (GBIF), and BioNet-International can also access the latest information about the fish of Taiwan.]

A Dataset of Deep-Sea Fishes Surveyed by Research Vessels in the Waters around Taiwan - Version 10.1

jacklin@gate.sinica.edu.tw (Jack Lin) — Thu, 16 Jul 2020 12:22:51 +0000

[The study of deep-sea fish fauna is hampered by a lack of data due to the difficulty and high cost incurred in its surveys and collections. Taiwan is situated along the edge of the Eurasia plate, at the junction of three Large Marine Ecosystems or Ecoregions of the East China Sea, South China Sea and the Philippines. As nearly two-thirds of its surrounding marine ecosystems are deep-sea environments, Taiwan is expected to hold a rich diversity of deep-sea fish. However, in the past, no research vessels were employed to collect fish data on site. Only specimens, caught by bottom trawl fishing in the waters hundreds of meters deep and missing precise locality information, were collected from Dasi and Donggang fishing harbors. Began in 2001, with the support of National Science Council, research vessels were made available to take on the task of systematically collecting deep-sea fish specimens and occurrence records in the waters surrounding Taiwan. By the end of 2006, a total of 3,653 specimens, belonging to 26 orders, 88 families, 198 genera and 366 species, were collected in addition to data such as sampling site geographical coordinates and water depth, and fish body length and weight. The information, all accessible from the “Database of Taiwan’s Deep-Sea Fauna and Its Distribution (http://deepsea.biodiv.tw/)” as part of the “Fish Database of Taiwan,” can benefit the study of temporal and spatial changes in distribution and abundance of fish fauna in the context of global deep-sea biodiversity.]

Bird Observation Data - Version 2.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Tue, 25 Mar 2014 02:02:58 +0000

[Records of 1995-2004 bird observations in Taiwan's coastal areas.]

National vegetation diversity inventory and mapping plan - Version 2.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Tue, 25 Mar 2014 02:08:46 +0000

[Funded by Forestry Bureau, Council of Agriculture, the database contains 1979 -2003 survey information of the vegetation in Taiwan.]

臺東縣轄海岸山脈野生動物重要棲息環境及周遭緩衝區（成功事業區第40林班至45林班）動物資源調查與監測計畫（1/3） - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Thu, 16 Jul 2020 11:12:02 +0000

[海岸山脈野生動物重要棲息環境於89年依野生動物保育法公告，於近20年前進行過初步動物相調查過後，保護區內就沒有任何的動物資源調查，加上此區有很大的礦區開發壓力，因此本計劃於2012年開始於海岸山脈野生動物重要棲息環境及周遭緩衝區，即台東林區管理處成功事業區40~45林班，於今年1月至11月之調查期間使用沿線現場觀察加上掃網採集、19處自動照相機、28處自動錄音機、小型哺乳類陷阱、豎琴網、馬氏網、燈光誘集、水網蝦籠等方式，調查動物資源及礦區對動物生態之可能影響，共計調查到陸域脊椎動物16種哺乳類（不包含訪談記錄）、70種鳥類、28種兩棲爬蟲類，陸域無脊椎動物9目48科153種，水域魚類及甲殼類3目6科13種，水域無脊椎動物7目17科25種。保育類動物包括哺乳類珍貴稀有保育類3種及其他應予保育類3種，瀕臨絕種保育類台灣黑熊（Ursus thibetanus formosanus）僅有訪談出現記錄，需進一步調查確認其族群狀況。鳥類包括瀕臨絕種保育類熊鷹（Spizaetus nipalensis）及林鵰（Ictinaetus malayensis）、珍貴稀有保育類14種及其他應予保育類5種，其中熊鷹與林鵰在多處地點都有記錄，並有發現熊鷹兩隻成對的活動。蛙類包括珍貴稀有保育類橙腹樹蛙（Rhacophorus aurantiventris）。爬蟲類則包括珍貴稀有保育類食蛇龜（Cuora flavomarginata flavomarginata）及其他應予保育類眼鏡蛇（Naja atra），比較特殊的為記錄到稀有的灰腹綠錦蛇（Rhadinophis frenata）。礦區影響評估部分，礦場的直接開發挖掘，造成礦場核心開挖區域諸多物種（至少包括22種保育類物種）棲地的消失或干擾，而礦場的開發所引入的人為干擾與盜獵方便性，則造成附近森林山羌（Muntiacus reevesi micrurus）出現頻度減少與山羌和長鬃山羊（Capricornis swinhoei）增加夜行活動比例的行為改變，部分物種也可能因此減少在周遭森林出現的機率，如穿山甲（Manis pentadactyla）與藍腹鷴（Lophura swinhoii）等。關鍵字：海岸山脈野生動物重要棲息環境、動物資源、礦業、人為活動 Coastal Range Major Wildlife Habitat was established in 2000 based on the Wildlife Conservation Law. However, there is not any further wildlife survey or monitor programs since the first survey conducted nearly 20 years ago. In addition, this protected area faces heavy mining pressure threatening the habitat of many wildlife species. Thus, this project started investigation of the core protected and surrounding areas, i.e. Chengkung Working Circle. From January to November 2012, 19 camera traps and 28 acoustic survey sites were established. Transects, small mammal trapping, harp nets, Malaise traps, light traps, shrimp traps, and Surber nets were also used. Terrestrial vertebrate species recorded include 16 mammals, 70 birds, 28 amphibians and reptile. Terrestrial invertebrates include 9 orders, 48 families, and 153 species. In river habitat, 3 orders, 6 famlilies, and 13 species of fish and crustaceans were found. Aquatic invertebrates include 7 orders, 17 families, and 25 species. Protected mammal species include 3 species in the “rare and valuable” category and 3 species in the “other” category. While the “endangered” Formosan black bear (Ursus thibetanus formosanus) was only reported by local people. The population status of black bears in this region needs further investigation. Protected bird species include the “endangered” Hodson hawk eagle (Spizaetus nipalensis) and the black eagle (Ictinaetus malayensis), 14 spcies in the “rare and valuable” category and 5 species in the “other” category. Protected frog species consist of only the orange belly tree frog (Rhacophorus aurantiventris) in the “rare and valuable” category. Protected reptile species include the yellow-margined box turtle (Cuora flavomarginata flavomarginata) in the “rare and valuable” category and the Taiwan cobra (Naja atra) in the “other” category. The rare, though not protected, rein snake (Rhadinophis frenata) was newly recorded in this area. Regarding impact of mining activities to wildlife, the core mining area causes disappearance of habitats for at least 22 protected vertebrate species. The mining activities likely caused the Reeve’s muntjacs (Muntiacus reevesi micrurus) and Formosan serow (Capricornis swinhoei) to occur less frequently at surrounding area and reduce diurnal activities. Some species, e.g. the Chinese pangolin (Manis pentadactyla) and the Swinhoe pheasant (Lophura swinhoii), may avoid utilizing the habitat nearby mining area. Keywords: Coastal Range Major Wildlife Habitat Area, wildlife survey, mining, monitor]

台灣真菌地理分布系統資料庫之建制與應用(1/4) - Version 1.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Thu, 16 Jul 2020 10:59:04 +0000

[台灣真菌資源調查將近一百年以來已有相當成果。近十年多來在國內多位學者及科博館專家的努力下以及在農委會、國科會的支持下陸續建立起台灣真菌資源各項資料庫。唯一尚未建立的就是台灣真菌地理分布資料庫，因此無法快速查詢到台灣真菌種類的分布訊息。目前已建立起台灣真菌名錄，其中約有6600種，第二版的台灣真菌誌內包括兩千多種。這兩項資料庫的建立成為台灣真菌地理分布資料庫建制計畫的基礎。全世界的菌類估計有一百五十萬種，其中約百分之九十八的種類為真菌界的成員。目前人類已知的菌類有九萬多種，僅及現存種類的不到百分之十。菌類由於種類繁多以及分布廣泛，在生態系中扮演著重要角色；它們的食用性、毒性、醫藥與保健用途也是人類所重視的。台灣菌類調查始於日據時代，主要貢獻者為澤田兼吉，當時共提出2,464種；目前統計台灣已約有6,600種。估計台灣菌類約有兩萬六千種，因此台灣菌類調查程度約為四分之一。台灣菌類各類資料庫在國內各類研究資源的支持下，十多年來已有逐步的建立，目前在國科會數位典藏國家型計畫的支持下整合為一包括各種台灣菌類資料庫的「數位台灣真菌知識館」。「數位台灣真菌知識館」（http://digiku.nmns.edu.tw/fungi_web/）是一個台灣真菌知識入口網站，也包含各類的真菌知識庫。內容有（1）台灣真菌研究誌：包含台灣真菌名錄、台灣真菌專家名錄、早期台灣真菌分類文獻資料庫、台灣真菌標本存放海外標本館資料庫、台灣真菌知識庫、中華民國真菌學會會刊、台灣真菌誌、台灣真菌生命條碼資料庫。（2）國立自然科學博物館真菌蒐藏資訊及知識庫：包含科博館真菌標本資料庫、科博館真菌模式標本資料庫、科博館真菌菌種資料庫、科博館真菌標本核酸序列資料庫、科博館真菌標本典藏知識單元。（3）其他類：包含中華民國真菌學會網站、真菌知識線上討論區、真菌教育節目、菌男黴女（真菌圖片賞析）以及真菌相關網站連結。「數位台灣真菌知識館」內含之多項資料庫，為近十年內所陸續建置，少數為其他網站之資料庫連結進來者。 2000年中華民國真菌學會議決將學會永久會址設於自然科學博物館植物學組，以期部分業務得以持續性的推動。為了便於服務會友，科博館因此協助設立了學會的網站，建立資料，提供查詢功能。二十年前從零開始，累積科博館菌類標本蒐藏達到兩萬五千多號，活菌株的保存也有兩千五百多號（一千多種）。國內學者也陸續推出「有趣的真菌」、「台灣高等真菌—子囊菌與擔子菌的認識」、「潛在食藥用真菌培養彩色圖鑑」等真菌科普及圖鑑類出版品，開啟了國內對於民眾介紹真菌世界的工作。]

National Museum of Natural Science - Version 2.1

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Sat, 23 May 2020 01:09:03 +0000

[With the funding of Taiwan e-Learning and Digital Archives Program (TELDAP), the National Museum of Natural Science has digitized and shared specimen data on fungi, plants, insects, mollusks, echinoderms, fish, amphibians, reptiles, birds, dolphins and whales, and other mammals. Some geological information is also provided. The insect specimens include Lepidoptera, Coleoptera, and Hemiptera. The plant specimens include low-elevation plants and vascular plants in Taiwan. The specimen collection time is between 1950 and 2009; the main locality is Taiwan. The lepidopteran insect has the largest number of specimens, followed by order Urticales of plants. A total of 41,151 records have been exported to TaiBIF.]

2015_北部各核能電廠附近海域之生態調查_魚類 - Version 1.5

wei595@gmail.com (Wei Cheng) — Sat, 23 May 2020 01:08:49 +0000

public ed. yaya

philippine_birds - Version 1.2

radniw518@gmail.com (Darwin Tejerero) — Sat, 23 May 2020 01:08:49 +0000

[This Dataset is the checklist of the Birds found in the Philippines as compiled by the Wildlife Resources Division of the Biodiversity Management Bureau of the Department of Environment and Natural Resources]

thysanorea - Version 1.1

kirschner@ntu.edu.tw (Roland Kirschner) — Sat, 23 May 2020 01:08:16 +0000

[The geographic distribution of Thysanorea papuana isrevised based on fresh collections from Taiwan, literature research, and type studies.The species was previously known from Papua New Guinea and India, while this is the first record from Taiwan. Ramichloridium lignicola, which was recorded from Hong Kong and Thailand is recognized as synonymous and Alysidiopsis lignicola recorded from Mexico is a possible synonym. The distribution of this species appears to be paleotropical or even pantropical.]

A dataset of arbuscular mycorrhizal fungi - Version 1.5

phwang@thu.edu.tw (碧涵汪) — Sat, 23 May 2020 01:07:53 +0000

[The arbuscular mycorrhizal fungi data of Chamaecyparis formosensis forest in Taiwan.This study was conducted at C. formosensis forest sample sites at three altitudes including 1,500 m, 2,000 m and 2,500 m in Guanwu, Dasyueshan and Alishan.]

國家公園生物多樣性資料流通(2017) - Version 1.1

npgis101cpa@gmail.com (春美李) — Sat, 23 May 2020 01:07:53 +0000

[配合林務局IPT資料分享流通欄位規範，彙整提供3,000筆國家公園生物分布資料]

dinemasporium - Version 1.2

kirschner@ntu.edu.tw (Roland Kirschner) — Sat, 23 May 2020 01:07:53 +0000

[The anamorphic fungus Stauronema spinificis hitherto known only from the coastal grass Spinifex littoreus in India was collected on dead leaves of Spinifex littoreus in Taiwan. Phylogenetic analysis of the internal transcribed spacer region of the ribosomal RNA genes indicated a placement within Dinemasporium and confirmed that the species is distinct from the morphologically hardly distinguishable D. cruciferum, therefore, the new combination D. spinificis is proposed.]

Long-term Bird Census in Cigu 2004-2017 - Version 1.5

redbird.wu@gmail.com (Shihhung Wu) — Sat, 23 May 2020 01:07:51 +0000

update the dataset and metadata

The digitization of plant specimens of NTU - Version 5.2

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Sat, 23 May 2020 01:07:37 +0000

[Established in 1929, the Herbarium of the Institute of Ecology and Evolutionary Biology at the National Taiwan University (NTU) is now over seventy years old, with a collection of over 260,000 specimens. Among its collection, specimens of Taiwan’s indigenous plants are the most numerous, representing at least 95% of species of vascular plants in Taiwan. In order to better utilize and manage the items in the NTU Herbarium (TAI), most of the specimens in the collection and the labels of each specimen have all undergone digitization, and have been incorporated into the Herbarium’s website for the sake of sustainable preservation and for purposes of academic research, as well as both specialized and general education. The digitization work is funded by Taiwan e-Learning and Digital Archives Program (TELDAP).]

The significance of birds as the hosts of ticks and the role of migratory birds in the dispersal of tick-borne diseases - Version 1.1

cckuo@ntnu.edu.tw (Chi-Chien Kuo) — Sat, 23 May 2020 01:07:36 +0000

Yes

Deposit_of_Patent_Bio-Material_in_BCRC - Version 1.5

slm@firdi.org.tw (立民宋) — Sat, 23 May 2020 01:07:36 +0000

Additional Metadata: Add BCRC logo

Reef Check in Taiwan 台灣珊瑚礁體檢 - Version 1.5

sea@e-info.org.tw (SeaWatch TEIA) — Sat, 23 May 2020 01:07:36 +0000

[台灣珊瑚礁體檢是一個由民間發起的珊瑚礁監測行動，自2009年起由台灣環境資訊協會主辦，運用國際珊瑚礁體檢標準招募並培訓潛水志工。透過在水下拉出100米等身穿越線，分四個樣區記錄9種指標性魚類、9種指標性無脊椎動物及10種底質組成等周邊海域的生態情形，期望透過此計劃建立台灣珊瑚礁生態長期監測資料。多年下來，「台灣珊瑚礁體檢」跑遍全台各地，包括：東北角、台東杉原、台東比西里岸、綠島、蘭嶼、小琉球及澎湖東嶼坪，我們記錄到莫拉克颱風如何破壞蘭嶼珊瑚礁、台東美麗灣飯店興建過程中當地珊瑚礁的逐漸衰退，見證長期監測資料累積的重要性。 Reef Check in Taiwan is a non-profit and non-governmental action for reef survey and marine conservation started by Taiwan Environmental Information Association since 2009. By using the worldwide scientific standard method, TEIA recruited and trained scuba divers to become the professional surveyors and transform its own under-water vision into the available scientific data. For the past ten years, Reef Check in Taiwan has collected data from all around Taiwan, including Northeast coast, Taitung, Green Island, Langyu, Little Liuqiu and Penghu. Reef Check surveys are conducted along with a 100m isobathic transect line that is divided into four 20m sections. The surveyors collect four types of data, including indicator fish, indicator invertebrates, substrate and impacts.]

occurence_scyllaserrata - Version 1.2

biena.joaquin@dlsu.edu.ph (Biena Marie Joaquin) — Sat, 23 May 2020 01:07:34 +0000

[Samples of Scylla serrata collected across the Philippine Islands.]

102-2621-b-492-001- - Version 1.3

chienhsun@narlabs.org.tw (Chienhsun Chen) — Sat, 23 May 2020 01:07:24 +0000

regularly publish

The Survey Data of Benthic Diatoms in Anping historical waterview park - Version 1.6

edo0718@yahoo.com.tw (Li-Hua Lee) — Sat, 23 May 2020 01:07:02 +0000

Taiwan, (120°15'21.81'' E, 22°00'00.84'' N)

pandalidae-tychan-most - Version 1.3

orca1123@gmail.com (Rae-Yi Lee) — Sat, 23 May 2020 01:07:00 +0000

[Pandalidae]

Vegetable germplasm passport data of the SADC Plant Genetic Resource Centre - Version 1.11

maarten.vanzonneveld@worldveg.org (Maarten van Zonneveld) — Sat, 23 May 2020 01:06:56 +0000

[Passport data of the vegetable germplasm collection of the SADC Plant Genetic Resource Centre.]

Alien plant presence dataset from the point-radius plot surveys in 2010-2015 in Taiwan - Version 1.9

yuhuangwang@gmail.com (Yu-Huang Wang) — Sat, 23 May 2020 01:06:55 +0000

Update the identifier and description in project metadata.

Vegetable germplasm passport data of the genebank collection of the Agricultural Research Institute of Burundi - Version 1.12

maarten.vanzonneveld@worldveg.org (Maarten van Zonneveld) — Sat, 23 May 2020 01:06:52 +0000

[This dataset consists of the passport data of the vegetable germplasm collected by the Agricultural Research Institute of Burundi in 2007 en 2008.]

The Impact of Anthropogenic noise on the acoustic behavior of cricket species - Version 1.1

jtyang@dragon.nchu.edu.tw (正澤楊) — Sat, 23 May 2020 01:06:51 +0000

[Sound Data of Gryllus bimaculatus De Geer, from Master Thesis of Pei-Qi Chen, NCHU, Taiwan. Supported by project "The Impact of Anthropogenic noise on the acoustic behavior of cricket species", the PI of the project is Dr. Jeng-Tze Yang of Department of Entomology, National Chung-Hsing University, Taiwan.]

Survey of Plankton Diatoms in Nanren Lake - Version 1.4

edo0718@yahoo.com.tw (Li-Hua Lee) — Sat, 23 May 2020 01:06:51 +0000

Citations

Worldveg seedkit distribution of traditional vegetables in East Africa - Version 1.10

maarten.vanzonneveld@worldveg.org (Maarten van Zonneveld) — Sat, 23 May 2020 01:06:50 +0000

[This dataset provides information about 42 thousand seed kits for home gardens containing over 183 thousand vegetable seed samples from 2013 to 2017, which were distributed to smallholder farmers in Tanzania, Kenya and Uganda by World Vegetable Center and its partners.]

endemic_flora_of_nepal_tuch - Version 1.1

shresthabb@gmail.com (Bharat Babu Shrestha) — Sat, 23 May 2020 01:06:49 +0000

[The database contains occurrence records of the endemic plants of Nepal based on the herbarium specimens that have been deposited at the Tribhuvan University Central Herbarium (TUCH) of the Central Department of Botany, Tribhuvan University, Nepal. The endemic species included the species that have been reported only from Nepal until now. The database has records of 13 species included in 30 herbarium records including one holotype of Saussurea ramchaudharyi S.K.Ghimire & H.K.Rana. The digitization and publication process of this database was supported by Biodiversity Information Fund for Asia (BIFA; project no. BIFA3_25) program of Global Biodiversity Information Facility (GBIF) funded by Ministry of Environment, Government of Japan.]

alien_flora_of_nepal_tuch - Version 1.1

shresthabb@gmail.com (Bharat Babu Shrestha) — Sat, 23 May 2020 01:06:48 +0000

[The database contains occurrence records of the alien plants that are naturalized in Nepal based on the herbarium specimens that have been deposited at the Tribhuvan University Central Herbarium (TUCH) of the Central Department of Botany, Tribhuvan University, Nepal. The species included are invasive as well as non-invasive naturalized species. It has records of 119 alien species included in 1753 herbarium records. The digitization and publication process of this database was supported by Biodiversity Information Fund for Asia (BIFA; project no. BIFA3_25) program of Global Biodiversity Information Facility (GBIF) funded by Ministry of Environment, Government of Japan.]

National Museum Of Marine Science & Technology - Version 1.3

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Sat, 23 May 2020 01:06:47 +0000

[由國立海洋科技博物館提供臺灣海水魚類之觀測紀錄。

<引用方法>:生物多樣性物種出現紀錄:由國立海洋科技博物館提供 (Accessed through TaiBIF, taibif.tw, YYYY-MM-DD)]

國家公園生物多樣性資料流通(2016) - Version 1.0

npgis101cpa@gmail.com (春美李) — Fri, 16 Dec 2016 01:57:46 +0000

[配合林務局IPT資料分享流通欄位規範，彙整提供3,000筆國家公園生物分布資料]

珊瑚健康指標之建立與保護區管理應用: 以墾丁國家公園珊瑚礁生態系為例 - Version 1.0

cac@gate.sinica.edu.tw (昭倫陳) — Thu, 19 May 2016 04:02:28 +0000

[一、研究緣起墾丁國家公園海域因複雜的棲地造就相當高的生物多樣性，也提供當地居民可觀的觀光收益與漁業資源。然而隨著商業收益增加，珊瑚礁生態系卻須承受與日俱增的人為干擾，使珊瑚礁生態系統處於衰退之中。因此，若能以有效率的監測與評估方法為基礎，建立以適應性生態彈力為基礎的管理模式，來協助墾丁珊瑚礁建立調適能力是相當重要的工作。二、研究方法與過程傳統在進行珊瑚礁健康調查時，水下資料收集或後續分析需具備相當的科學背景，使得調查工作仰賴少數科學家，限制其調查頻度、範圍與即時性。因此本計劃擬引進珊瑚健康指標（CHI，氣）的評估方式，此指標資料收集容易且分析方式簡單，且將加入易受到環境擾動的微生物-弧菌屬做為人為干擾指標，提供評估珊瑚礁健康程度另一參考依據。以墾丁國家公園作為例，由恆春半島的西岸到東岸設置 16 個樣點，進行兩深度、兩季節的調查，以測試氣指標於時間與空間變化的靈敏度。水下調查記錄魚類體長與數量、活珊瑚與殼狀珊瑚藻的覆蓋率、並採集水樣進行微生物培養。將記錄的資料依公式轉換為魚類、底質與微生物三大參數，參數平均後為該樣點之總氣值。三、重要發現依公式分別計算三因子的參數後，取平均得出總氣值。結果顯示，氣值優良程度可依序為：秋季深水＞秋季淺水＞春季深水＞春季淺水，顯示珊瑚（礁）健康指標不僅能呈現水平空間（地理位置）上的差異，還有垂直空間（深度）以及時間軸（季節）的變化，對於長期生態監測而言是一大利多。比較底質與魚類氣值與傳統生態調查指數的相關系性則發現，氣值與豐度指數呈顯著正相關與歧異度相關性較低。雖然氣值所傳達的生態資訊量有限且面相單一，然而其結果直觀容易比較，尤其對於長期過漁的台灣海域而言，氣值較能在漁業枯竭的環境中，呈現程度上的差異而非過漁嚴重與否的定性結果，使管理者能針對極差或者相對良好的區域制定不同的管理策略，較利於已過漁的環境之管理。]

Larval fish in the Tamsui river estuary - Version 4.0

swimming100@hotmail.com (淯銘石) — Mon, 28 Dec 2015 03:16:12 +0000

[An intensive sampling experiment was carried out at three stations in the Tamsui Estuary, northern Taiwan, during June and July 2012, with time intervals varying by hour, diurnal phase, and sampling date. A total of 5,302 larval fish were collected. With the aid of DNA barcoding based on morphology, there were 131 taxa identified, belonging to 52 families, 91 genera, and 78 species.]

國家公園生物資訊流通(2014) - Version 3.0

npgis101cpa@gmail.com (春美李) — Tue, 24 Feb 2015 07:01:26 +0000

[本年度進行營建署IPT系統架設並提供3,000筆資料供林務局介接。本項工作執行團隊同樣亦於過往專案執行經驗中已成功開發，透過IPT的架設將嘉義農試所之資料庫內容與TaiBIF系統進行介接，本年度依據此一成功經驗模式，當可順利完成本項作業。]

國家公園生物多樣性資料流通(2015) - Version 1.0

npgis101cpa@gmail.com (春美李) — Wed, 16 Dec 2015 09:22:53 +0000

[配合林務局IPT資料分享流通欄位規範，彙整提供3,000筆國家公園生物分布資料]

月魚目魚類之分子親源關係(Teleostei: Lampriformes)併粗鰭魚屬系統分類研究(Trachipteridae: Trachipterus) - Version 3.0

cwes0160602@gmail.com (奕翔黃) — Tue, 26 May 2015 07:03:55 +0000

[月魚目魚類廣泛分布在除了北極海以外的全球各大海域中，約有6科、11屬以及22個有效種，包含俗稱地震魚的皇帶魚等大型魚類。月魚目魚類體型差異顯著，體長範圍從28公分至11公尺。除了體長差異，本目的形態變化明顯，有卵圓形的月魚科和旗月魚科魚類，以及長帶狀的皇帶魚以及粗鰭魚等。部份魚類可能具有不同的食性，少數物種具有特殊的墨水管可以噴出墨汁來抵禦掠食者。雖然地震魚的傳說讓皇帶魚蒙上神祕色彩並且廣受大眾注目，然而我們對於皇帶魚及其近緣的月魚目魚類的生物學知識卻極為有限。在演化生物學的相關研究方面目前僅有Olney 等人與Miya等人分別以形態與分生的特徵建構其親緣關，然而兩個研究均有採樣不足的問題，導致月魚目各科間的親緣關係至今沒有一個廣為接受的定論；此外，多數月魚目魚類的屬內都有很高比例的同物異名，其中以粗鰭魚屬內7個有效種即擁有高達31個同物異名為最。本研究將廣泛收集月魚目之魚類，利用分子生物學之技術以粒線體全序列搭配RAG1與rhodopsin兩個核基因的序列提供完整而全面的月魚目之親緣關係研究，另外以四個基因序列(cyt b、CO1、RAG1、rhodopsin)針對較常見的粗鰭魚屬魚類進行分子系統分類之研究。]

臺灣溫泉紅藻生物多樣性 - Version 2.0

scj0716@gmail.com (佳蓉謝) — Wed, 11 Feb 2015 08:22:41 +0000

[了解生物多樣性為研究生態及演化議題之基本條件。我們可將生存於極端環境下的溫泉紅藻(Cyanidiales) 視為模式生物，藉由它們來了解物種多樣化及種化過程中在生態學上及遺傳的機制。本研究利用選殖技術定序技術進行環境基因體rbcL基因之研究，調查臺灣火山區溫泉紅藻生物多樣性。研究結果顯示，目前臺灣溫泉紅藻可被分為Galdieria maxima, Galdieria partita及Galdieria sulphuraria三個物種。]

臺灣紫金牛資料庫 - Version 1.0

jmhu@ntu.edu.tw (哲明胡) — Thu, 29 Jan 2015 09:52:33 +0000

[此資料庫提供臺灣的紫金牛科(Myrsinaceae)植物的採集記錄，根據2013年8月至2014年7月的野外調查所建立，共記錄了2屬8種16筆資料，全部標本皆存放於TAI標本館。]

國家公園資料集 - Version 1.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Wed, 24 Sep 2014 03:58:08 +0000

[本資料集收集由國家公園組提供之國家公園生物多樣性調查資料，包含墾丁、玉山、雪霸、太魯閣、陽明山國家公園的調查資料，時間自2005-2009年，資料內容以鳥為主，包含雀形目、鸛形目、鴿形目、雞形目等資料，共計8001筆。]

人禾環境倫發展基金會-貢寮區生物分布調查 - Version 1.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Wed, 24 Sep 2014 03:55:01 +0000

[這是由人禾環境倫理發展基金會於新北市貢寮區所進行的生物分布調查結果，調查範圍包含望遠坑溪、石壁坑溪、枋腳溪、內寮溪、內坑美而美與田寮洋等地區。]

NTU_db - Version 2.0

taibif.brcas@gmail.com (TaiBIF BRCAS) — Wed, 16 Apr 2014 08:41:26 +0000

[台灣大學魚類標本典藏

<引用方法>:生物多樣性物種出現紀錄:由台灣大學動物標本館提供 (Accessed through TaiBIF, taibif.tw, YYYY-MM-DD)]

National Museum of Marine Biology and Aquarium - Version 3.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Thu, 27 Mar 2014 06:48:00 +0000

[This dataset is based on the specimen collection of National Museum of Marine Biology and Aquarium. It focuses on the digitized data of fish and crustaceans such as crabs and shrimps collected from the waters around Taiwan from 1970 to 2006. The orders with the most number of records are Perciformes, Scorpaeniformes, Cypriniformes, Anguilliformes and Pleuronectiformes. Dr. I-hsiung Chen did the work on fish and Dr. Ping-Ho Ho did the work on crustaceans.]

Taiwan Fisheries Research Institute – Digital archives of coastal and offshore specimens - Version 2.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Thu, 27 Mar 2014 06:46:01 +0000

[With funding support from National Science Council’s Taiwan e-Learning and Digital Archives Program (TELDAP), the Eastern Marine Biology Research Center of Taiwan Fisheries Research Institute (TFRI, http://www.tfrin.gov.tw) digitized its museum collection of eastern Taiwan fish specimens. Between March 2005 and July 2012, the Center accumulated data on 3,300 specimens, covering 167 families, 472 genera and 853 species. Among them, the families with the most records are Istiophoridae, Scombridae, Carangidae, Labridae and Lutjanidae. All the data are shown on TFRI’s website “Fisheries Information (http://www.tfrin.gov.tw/lp.asp?ctNode=840&CtUnit=144&BaseDSD=77&mp=3). Furthermore, the data have been incorporated into Academia Sinica’s “The Fish Database of Taiwan, http://fishdb.sinica.edu.tw” and the global fish database “FishBase, http://www.fishbase.org” so that the international community can better understand the fish diversity in eastern Taiwan and increase specimen inquiries and exchanges.]

National Taiwan Museum - Version 3.0

east0122@gate.sinica.edu.tw (Kun-Chi Lai) — Tue, 25 Mar 2014 02:10:04 +0000

[This dataset from National Taiwan Museum includes 1,470 digitized specimens from the Museum’s collection of Taiwanese fish species, mainly freshwater fishes. Specimens were collected from 1984 to 2007. The largest group is Perciformes. There are also Scorpaeniformes, Cypriniformes, Anguilliformes, Pleuronectiformes, etc. The digitization work is funded by Taiwan e-Learning and Digital Archives Program (TELDAP).]

tad_db - Version 1.0

taibif.brcas@gmail.com (TaiBIF BRCAS) — Mon, 12 Aug 2013 04:10:43 +0000

[由東華大學楊懿如老師所提供，其資料多為保育志工所調查，是目前臺灣最豐富的兩棲類調查資料，TaiBIF與楊老師團隊所架設的「兩棲類資源調查網」合作為雙向合作，除透過TAPIR的資料分享外，該資料庫也利用TaiBIF所發展的地圖服務API，將兩棲類的分布網格導回原本的資料庫網站中。

<引用方法>:生物多樣性物種出現紀錄:由東華大學楊懿如老師提供 (Accessed through TaiBIF, taibif.tw, YYYY-MM-DD)]

ntou_db - Version 1.0

taibif.brcas@gmail.com (TaiBIF BRCAS) — Mon, 12 Aug 2013 03:30:22 +0000

[本資料集來自由陳義雄教授所主持的「國立台灣海洋大學台灣及中國魚類典藏標本及生態棲地影像資訊數位典藏之研究」計畫，計畫內容針對臺灣及鄰近國家極重要的海水及淡水魚標本之名錄資訊化，並將其影像及地理資訊數位化，其資料亦分享於TaiBIF網站。

<引用方法>:生物多樣性物種出現紀錄:由國立海洋大學生命科學系提供 (Accessed through TaiBIF, taibif.tw, YYYY-MM-DD)]

nthu_db - Version 1.0

taibif.brcas@gmail.com (TaiBIF BRCAS) — Mon, 12 Aug 2013 03:27:34 +0000

[本資料集來自由曾晴賢教授所主持的「清華大學之台灣淡水生物的數位典藏計畫」，資料內容包含曾晴賢教授在清大服務十四年期間所收集的淡水魚類、無脊椎動物及浮游生物之標本資料，以及各地淡水水域生態環境景觀、洄游性生物生態紀錄影像。

<引用方法>:生物多樣性物種出現紀錄:由國立清華大學生命科學系提供 (Accessed through TaiBIF, taibif.tw, YYYY-MM-DD)]

nmmb_db - Version 1.0

taibif.brcas@gmail.com (TaiBIF BRCAS) — Mon, 12 Aug 2013 03:20:53 +0000

[本計畫以國立海洋生物博物館標本典藏收集之業務為基礎，將水產生物資源中的魚類及蝦蟹類標本，做典藏內容開發成數位化之影像及知識網路化之系統建立，本計畫魚類部分由陳義雄博士負責，水域甲殼類由何平合博士負責。

<引用方法>:生物多樣性物種出現紀錄:由國立海洋生物博物館臺灣及鄰近地區水域動物相典藏計畫提供 (Accessed through TaiBIF, taibif.tw, YYYY-MM-DD)]