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Formosat-2 Keeps an Eye on Marine Conservationinternational cooperation

「Formosat-2 Keeps an Eye on Marine Conservationinternational cooperation」於資料集「MajorEnvironmentalPolicies」由單位「行政院環境保護署」的陳小姐所提供，聯繫電話是(02)23117722#2753,(02)23117722#2756，最近更新時間為：2023-07-30 01:03:45。欄位編號的內容是1906 ，欄位標題的內容是Formosat-2 Keeps an Eye on Marine Conservation ，欄位摘要的內容是Up in orbit for nearly three years Formosat-2 makes two passes over Taiwan each day. The satellite has helped to build international exchange channels in recent years thanks to financial assistance from a program between APEC and the EPA as well as joint efforts by member economies to promote satellite technology applications for protecting the marine environment and conserving marine resources. Taiwan plays a leading role in the Asia-Pacific Economic Cooperation (APEC) Marine Resources Conservation Working Group’s (MRCWG) Satellite Application in Knowledge-based Economies (SAKE) project. Acting as executive agency of this plan, the EPA funds domestic experts and scholars to apply Formosat-2 toward assisting Asian nations carry out APEC’s marine environment conservation plans. This kind of technology cooperation helps to develop international relations while working to achieve sustainable use of marine biological resources. World's First Daily Revisit Satellite Provides Constant Stream of Data The 2.4-meter high and 2-meter diameter Formosat-2 is the result of four years of research and development and is the first satellite autonomously operated by Taiwan. The satellite was launched from the Vandenberg Air Force Base in Florida on 21 May 2004. Orbiting Earth at a distance of 891 kilometers and following the same path as the sun, this satellite has propelled domestic environmental monitoring into the space age. The satellite also provides abundant firsthand images and data to both international and domestic arenas. Compared to conventional photographs, satellite images have the following advantages: 1) images can be obtained over a large region in a short period of time; 2) images can be obtained via remote control over areas difficult to access; 3) high resolution satellite images show land formations in detail. Some of the superior features of Formosat-2 include: 1. Daily revisit: Twelve-hour revisit function allows two passes over Taiwan per day at the same time per day and from the same angle. This allows continuous intensive images of the same area. Compared to other commercial remote control satellites, Formosat-2 is the world’s first and only high-resolution satellite with this daily revisit function. 2. High-resolution black and white image resolution up to two meters and color image resolution up to eight meters 3. Provides images in the four spectral bands of red, green, blue and near-infrared, similar to the US Landsat’s Multispectral Scanner (MSS). 4. Ability to observe underwater marine environments at greater depths than France’s SPOT satellite. 5. The ability to detect multiple color images at multiple frequencies allows extensive surveillance of marine environments including changes in quality such as land-based pollution and changes in marine resources such as distribution and density of net-cage fish farms. In addition to its superior capability to monitor the ocean, Formosat-2 orbits the Earth an average of 5,104 times per year (14 orbits per day) and can obtain images over approximately 2,700 square kilometers of the Earth’s surface (750 times the size of Taiwan). The images taken by Formosat-2 are very useful in terms of researching disasters and carrying out rescue work during increasingly frequent typhoons, floods, shipwrecks, oil spills (such as the 25 December 2006 oil spill off the coast of Yilan) and tsunamis in Southeast Asia. For this reason, Formosat-2 has received a great deal of recognition and affirmation in the international arena. The EPA began funding the SAKE project in 2006 to increase the value and applications of images taken by Formosat-2. The project is conducted under the joint leadership of National Taiwan University Professor Liu Cho-teng and National Cheng Kung University Professor Kao Chia Chuen. The purpose of the SAKE project is to allow scholars in Asia-Pacific nations to use Formosat-2 images and jointly promote applications of satellite technology toward protecting marine environments and conserving marine resources. An added benefit is the establishment of channels for future international cooperation. Formosat-2 Images Benefit APEC Member Economies Many APEC member economies are developing countries characterized by rapid economic growth and vigorous development of marine-related economic resources such as fishing, aquatic farms, and tourism. However overdevelopment often has a substantial influence or damaging effect on the natural environment. Monitoring and management of natural resource development and protection plans have thus become of critical importance in the quest to sustainably manage natural resources. Dr. Liu explains the wide range of applications for Formosat-2 include coastal monitoring, oil leak monitoring, grounding of ships, land use monitoring, coastal development planning, and marine resource conservation planning (such as coral distribution and monitoring) among others. Dr. Liu points out several examples of how Formosat-2 can assist other APEC member economies safeguard marine biology and resources. For example, the Can Gio area of the Mekong River estuary in Vietnam is slated to become a mangrove tourism area, however pollution of the Mekong River subtracts from the benefits of developing tourism here. Formosat-2 images can assist in monitoring changes in the extent of development and pollution. The number of aquatic farms in the Bolinao area of the Philippines exceeds regulation limits, which has resulted in widespread mortality of fish and shellfish. Formosat-2’s high-resolution images provide the most effective reference data in monitoring fish farm distribution. Another example refers to land-based pollution sources and net-cage farms, both of which are on the increase in Jakarta Bay, Indonesia. The net-cage farms and marine ranching near the Thousand Islands in the north require active planning. Satellite images can assist by ensuring win-win strategies in economic development and environmental protection. Developing International Cooperation and Technology Exchange Channels The SAKE project strives to assist all participating nations to build capacity in satellite image analysis and applications. Working through the scholars of other Asia-Pacific member economies such as Vietnam, the Philippines, China, and Indonesia, related APEC plans are jointly carried out to promote bilateral technology cooperation and establish international exchange channels in the region. Activities in the first year of the SAKE project (2006-2007) included a SAKE Steering Committee meeting held in Tainan at the Coastal Ocean Monitoring Center in National Cheng Kung University from 20-22 June 2006; a five-day Formosat-2 image data analysis training workshop held in Ho Chi Minh City from 21-25 August 2006; a six-day Formosat-2 image data analysis training workshop held in Jakarta from 11-16 September 2006; and the first SAKE symposium held in Manila, Philippines from 26-27 March 2007 jointly organized by the University of the Philippines, Marine Science Institute (UP/MSI) and National Taiwan University, Institute of Oceanography (NTUIO). Now entering its second year, the SAKE project has been running smoothly thanks to assistance from the National Space Organization and the Center for Space and Remote Sensing Research, National Central University. Future goals for this project include: assisting APEC member economies develop knowledge-based economies through satellite applications; enhancing Taiwan’s image and influence in APEC by establishing and maintaining technology exchange channels; increasing each participant’s capabilities in satellite image analysis and applications by providing free satellite image data and assisting foreign scholars analyze Formosat-2 images; strengthening applications of satellite images in knowledge-based economies; and providing substantial guidance to MRCWG in monitoring marine resource data so as to maintain Taiwan’s deserved international status. ，欄位全文的內容是Up in orbit for nearly three years Formosat-2 makes two passes over Taiwan each day. The satellite has helped to build international exchange channels in recent years thanks to financial assistance from a program between APEC and the EPA as well as joint efforts by member economies to promote satellite technology applications for protecting the marine environment and conserving marine resources. Taiwan plays a leading role in the Asia-Pacific Economic Cooperation (APEC) Marine Resources Conservation Working Group’s (MRCWG) Satellite Application in Knowledge-based Economies (SAKE) project. Acting as executive agency of this plan, the EPA funds domestic experts and scholars to apply Formosat-2 toward assisting Asian nations carry out APEC’s marine environment conservation plans. This kind of technology cooperation helps to develop international relations while working to achieve sustainable use of marine biological resources. World's First Daily Revisit Satellite Provides Constant Stream of Data The 2.4-meter high and 2-meter diameter Formosat-2 is the result of four years of research and development and is the first satellite autonomously operated by Taiwan. The satellite was launched from the Vandenberg Air Force Base in Florida on 21 May 2004. Orbiting Earth at a distance of 891 kilometers and following the same path as the sun, this satellite has propelled domestic environmental monitoring into the space age. The satellite also provides abundant firsthand images and data to both international and domestic arenas. Compared to conventional photographs, satellite images have the following advantages: 1) images can be obtained over a large region in a short period of time; 2) images can be obtained via remote control over areas difficult to access; 3) high resolution satellite images show land formations in detail. Some of the superior features of Formosat-2 include: 1. Daily revisit: Twelve-hour revisit function allows two passes over Taiwan per day at the same time per day and from the same angle. This allows continuous intensive images of the same area. Compared to other commercial remote control satellites, Formosat-2 is the world’s first and only high-resolution satellite with this daily revisit function. 2. High-resolution black and white image resolution up to two meters and color image resolution up to eight meters 3. Provides images in the four spectral bands of red, green, blue and near-infrared, similar to the US Landsat’s Multispectral Scanner (MSS). 4. Ability to observe underwater marine environments at greater depths than France’s SPOT satellite. 5. The ability to detect multiple color images at multiple frequencies allows extensive surveillance of marine environments including changes in quality such as land-based pollution and changes in marine resources such as distribution and density of net-cage fish farms. In addition to its superior capability to monitor the ocean, Formosat-2 orbits the Earth an average of 5,104 times per year (14 orbits per day) and can obtain images over approximately 2,700 square kilometers of the Earth’s surface (750 times the size of Taiwan). The images taken by Formosat-2 are very useful in terms of researching disasters and carrying out rescue work during increasingly frequent typhoons, floods, shipwrecks, oil spills (such as the 25 December 2006 oil spill off the coast of Yilan) and tsunamis in Southeast Asia. For this reason, Formosat-2 has received a great deal of recognition and affirmation in the international arena. The EPA began funding the SAKE project in 2006 to increase the value and applications of images taken by Formosat-2. The project is conducted under the joint leadership of National Taiwan University Professor Liu Cho-teng and National Cheng Kung University Professor Kao Chia Chuen. The purpose of the SAKE project is to allow scholars in Asia-Pacific nations to use Formosat-2 images and jointly promote applications of satellite technology toward protecting marine environments and conserving marine resources. An added benefit is the establishment of channels for future international cooperation. Formosat-2 Images Benefit APEC Member Economies Many APEC member economies are developing countries characterized by rapid economic growth and vigorous development of marine-related economic resources such as fishing, aquatic farms, and tourism. However overdevelopment often has a substantial influence or damaging effect on the natural environment. Monitoring and management of natural resource development and protection plans have thus become of critical importance in the quest to sustainably manage natural resources. Dr. Liu explains the wide range of applications for Formosat-2 include coastal monitoring, oil leak monitoring, grounding of ships, land use monitoring, coastal development planning, and marine resource conservation planning (such as coral distribution and monitoring) among others. Dr. Liu points out several examples of how Formosat-2 can assist other APEC member economies safeguard marine biology and resources. For example, the Can Gio area of the Mekong River estuary in Vietnam is slated to become a mangrove tourism area, however pollution of the Mekong River subtracts from the benefits of developing tourism here. Formosat-2 images can assist in monitoring changes in the extent of development and pollution. The number of aquatic farms in the Bolinao area of the Philippines exceeds regulation limits, which has resulted in widespread mortality of fish and shellfish. Formosat-2’s high-resolution images provide the most effective reference data in monitoring fish farm distribution. Another example refers to land-based pollution sources and net-cage farms, both of which are on the increase in Jakarta Bay, Indonesia. The net-cage farms and marine ranching near the Thousand Islands in the north require active planning. Satellite images can assist by ensuring win-win strategies in economic development and environmental protection. Developing International Cooperation and Technology Exchange Channels The SAKE project strives to assist all participating nations to build capacity in satellite image analysis and applications. Working through the scholars of other Asia-Pacific member economies such as Vietnam, the Philippines, China, and Indonesia, related APEC plans are jointly carried out to promote bilateral technology cooperation and establish international exchange channels in the region. Activities in the first year of the SAKE project (2006-2007) included a SAKE Steering Committee meeting held in Tainan at the Coastal Ocean Monitoring Center in National Cheng Kung University from 20-22 June 2006; a five-day Formosat-2 image data analysis training workshop held in Ho Chi Minh City from 21-25 August 2006; a six-day Formosat-2 image data analysis training workshop held in Jakarta from 11-16 September 2006; and the first SAKE symposium held in Manila, Philippines from 26-27 March 2007 jointly organized by the University of the Philippines, Marine Science Institute (UP/MSI) and National Taiwan University, Institute of Oceanography (NTUIO). Now entering its second year, the SAKE project has been running smoothly thanks to assistance from the National Space Organization and the Center for Space and Remote Sensing Research, National Central University. Future goals for this project include: assisting APEC member economies develop knowledge-based economies through satellite applications; enhancing Taiwan’s image and influence in APEC by establishing and maintaining technology exchange channels; increasing each participant’s capabilities in satellite image analysis and applications by providing free satellite image data and assisting foreign scholars analyze Formosat-2 images; strengthening applications of satellite images in knowledge-based economies; and providing substantial guidance to MRCWG in monitoring marine resource data so as to maintain Taiwan’s deserved international status. ，欄位年度的內容是2007 ，欄位月份的內容是10 ，欄位卷的內容是10 ，欄位期的內容是2 ，欄位順序的內容是1 ，欄位倒序的內容是2 ，欄位分類的內容是international cooperation ，欄位標題2的內容是Formosat-2 Keeps an Eye on Marine Conservation ，欄位檔案位置的內容是V10/V10-02 。

編號

1906

標題

Formosat-2 Keeps an Eye on Marine Conservation

摘要

Up in orbit for nearly three years Formosat-2 makes two passes over Taiwan each day. The satellite has helped to build international exchange channels in recent years thanks to financial assistance from a program between APEC and the EPA as well as joint efforts by member economies to promote satellite technology applications for protecting the marine environment and conserving marine resources. Taiwan plays a leading role in the Asia-Pacific Economic Cooperation (APEC) Marine Resources Conservation Working Group’s (MRCWG) Satellite Application in Knowledge-based Economies (SAKE) project. Acting as executive agency of this plan, the EPA funds domestic experts and scholars to apply Formosat-2 toward assisting Asian nations carry out APEC’s marine environment conservation plans. This kind of technology cooperation helps to develop international relations while working to achieve sustainable use of marine biological resources. World's First Daily Revisit Satellite Provides Constant Stream of Data The 2.4-meter high and 2-meter diameter Formosat-2 is the result of four years of research and development and is the first satellite autonomously operated by Taiwan. The satellite was launched from the Vandenberg Air Force Base in Florida on 21 May 2004. Orbiting Earth at a distance of 891 kilometers and following the same path as the sun, this satellite has propelled domestic environmental monitoring into the space age. The satellite also provides abundant firsthand images and data to both international and domestic arenas. Compared to conventional photographs, satellite images have the following advantages: 1) images can be obtained over a large region in a short period of time; 2) images can be obtained via remote control over areas difficult to access; 3) high resolution satellite images show land formations in detail. Some of the superior features of Formosat-2 include: 1. Daily revisit: Twelve-hour revisit function allows two passes over Taiwan per day at the same time per day and from the same angle. This allows continuous intensive images of the same area. Compared to other commercial remote control satellites, Formosat-2 is the world’s first and only high-resolution satellite with this daily revisit function. 2. High-resolution black and white image resolution up to two meters and color image resolution up to eight meters 3. Provides images in the four spectral bands of red, green, blue and near-infrared, similar to the US Landsat’s Multispectral Scanner (MSS). 4. Ability to observe underwater marine environments at greater depths than France’s SPOT satellite. 5. The ability to detect multiple color images at multiple frequencies allows extensive surveillance of marine environments including changes in quality such as land-based pollution and changes in marine resources such as distribution and density of net-cage fish farms. In addition to its superior capability to monitor the ocean, Formosat-2 orbits the Earth an average of 5,104 times per year (14 orbits per day) and can obtain images over approximately 2,700 square kilometers of the Earth’s surface (750 times the size of Taiwan). The images taken by Formosat-2 are very useful in terms of researching disasters and carrying out rescue work during increasingly frequent typhoons, floods, shipwrecks, oil spills (such as the 25 December 2006 oil spill off the coast of Yilan) and tsunamis in Southeast Asia. For this reason, Formosat-2 has received a great deal of recognition and affirmation in the international arena. The EPA began funding the SAKE project in 2006 to increase the value and applications of images taken by Formosat-2. The project is conducted under the joint leadership of National Taiwan University Professor Liu Cho-teng and National Cheng Kung University Professor Kao Chia Chuen. The purpose of the SAKE project is to allow scholars in Asia-Pacific nations to use Formosat-2 images and jointly promote applications of satellite technology toward protecting marine environments and conserving marine resources. An added benefit is the establishment of channels for future international cooperation. Formosat-2 Images Benefit APEC Member Economies Many APEC member economies are developing countries characterized by rapid economic growth and vigorous development of marine-related economic resources such as fishing, aquatic farms, and tourism. However overdevelopment often has a substantial influence or damaging effect on the natural environment. Monitoring and management of natural resource development and protection plans have thus become of critical importance in the quest to sustainably manage natural resources. Dr. Liu explains the wide range of applications for Formosat-2 include coastal monitoring, oil leak monitoring, grounding of ships, land use monitoring, coastal development planning, and marine resource conservation planning (such as coral distribution and monitoring) among others. Dr. Liu points out several examples of how Formosat-2 can assist other APEC member economies safeguard marine biology and resources. For example, the Can Gio area of the Mekong River estuary in Vietnam is slated to become a mangrove tourism area, however pollution of the Mekong River subtracts from the benefits of developing tourism here. Formosat-2 images can assist in monitoring changes in the extent of development and pollution. The number of aquatic farms in the Bolinao area of the Philippines exceeds regulation limits, which has resulted in widespread mortality of fish and shellfish. Formosat-2’s high-resolution images provide the most effective reference data in monitoring fish farm distribution. Another example refers to land-based pollution sources and net-cage farms, both of which are on the increase in Jakarta Bay, Indonesia. The net-cage farms and marine ranching near the Thousand Islands in the north require active planning. Satellite images can assist by ensuring win-win strategies in economic development and environmental protection. Developing International Cooperation and Technology Exchange Channels The SAKE project strives to assist all participating nations to build capacity in satellite image analysis and applications. Working through the scholars of other Asia-Pacific member economies such as Vietnam, the Philippines, China, and Indonesia, related APEC plans are jointly carried out to promote bilateral technology cooperation and establish international exchange channels in the region. Activities in the first year of the SAKE project (2006-2007) included a SAKE Steering Committee meeting held in Tainan at the Coastal Ocean Monitoring Center in National Cheng Kung University from 20-22 June 2006; a five-day Formosat-2 image data analysis training workshop held in Ho Chi Minh City from 21-25 August 2006; a six-day Formosat-2 image data analysis training workshop held in Jakarta from 11-16 September 2006; and the first SAKE symposium held in Manila, Philippines from 26-27 March 2007 jointly organized by the University of the Philippines, Marine Science Institute (UP/MSI) and National Taiwan University, Institute of Oceanography (NTUIO). Now entering its second year, the SAKE project has been running smoothly thanks to assistance from the National Space Organization and the Center for Space and Remote Sensing Research, National Central University. Future goals for this project include: assisting APEC member economies develop knowledge-based economies through satellite applications; enhancing Taiwan’s image and influence in APEC by establishing and maintaining technology exchange channels; increasing each participant’s capabilities in satellite image analysis and applications by providing free satellite image data and assisting foreign scholars analyze Formosat-2 images; strengthening applications of satellite images in knowledge-based economies; and providing substantial guidance to MRCWG in monitoring marine resource data so as to maintain Taiwan’s deserved international status.

全文

年度

2007

月份

卷

期

順序

倒序

分類

international cooperation

標題2

Formosat-2 Keeps an Eye on Marine Conservation

檔案位置

V10/V10-02

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Formosat-2 Keeps an Eye on Marine Conservationinternational cooperation

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