• Proceedings of the Korea Water Resources Association Conference
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• 2015.05a
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• pp.318-318
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• 2015

2002년 태풍 "루사", 2003년 태풍 "매미", 2004년 태풍 "메기" 등의 강력한 호우사상은 경포호 일대에 큰 홍수피해를 가져왔다. 경포호 및 경포천 홍수 피해를 방지하기 위해 경포천 수계 수해방지 대책 수립을 통해 과거 경포호 농경지로 활용되던 약 289천$m^2$의 부지에 경포습지를 조성하고 경포호를 포함한 총면적 1,347천$m^2$의 경포유수지 기능을 부여하였다. 경포유수지는 경포천 운정교 하류부의 계획홍수량 중 일부를 분담하여 경포천 본류의 첨두홍수량을 저감시킬 목적으로 조성되었다. 새롭게 조성된 경포유수지의 안정적인 운영을 위해서는 경포천 계획홍수 발생 시 경포유수지의 운영에 따른 경포호 수위변동으로 주변에 미치는 영향의 검토는 필수적이다. 따라서 본 연구에서는 경포천 계획홍수 발생 시 경포유수지의 홍수분담능력에 따른 경포호 주변과 경포천 하류부에 미치는 영향을 분석하였다. 분석은 수치모의를 통해 이뤄졌으며, 2차원 수치해석 모형인 RMA-2 모형을 사용하였다. 모의 결과 경포유수지의 홍수분담능력이 커질수록 경포호의 수위는 증가하며, 경포천 하류부의 수위는 감소하였다. 또한 모의한 결과를 통해 경포천과 경포호 상호 간에 미치는 영향을 분석하여 경포유수지의 적절한 홍수분담량을 제시하였다.

• Journal of Wetlands Research
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• v.18 no.4
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• pp.413-423
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• 2016

Effects of the design flood share of the Kyeongpo retarding basin, which has a function for flood control of the Kyeongpo river assigned to the Kyeongpo prickly water lily wetland, on the Kyeongpo lake and the downstream of Kyeongpo river were analyzed on the bassis of the hydraulic experiments and the numerical simulations using RMA-2 model. Reproducing a complex water flow system of the area of Kyeongpo lake, the unsteady flow simulations were performed. The data obtained in hydraulic experiments were used to determine parameters of the numerical model which simulated the flows for various flood scenarios in the downstream area of Kyeongpo river. With increasing the design flood share rates in the retarding basin, the water level was increased in the lake and is decreased in the river. The characteristics of flood flow interaction between Kyeongpo river and Kyeongpo lake were understood. These results may be used to management the Kyeongpo lake during flood season.

• River and Culture
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• v.9 no.3
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• pp.12-21
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• 2013

• Journal of the Korean Institute of Traditional Landscape Architecture
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• v.39 no.4
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• pp.66-76
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• 2021

The purpose of this study was to analyze the transition process of Gyeongpo lake and to analyze the viewing characteristics of each period in the pavilion. The view characteristics at pavilion were analyzed by overlapping classification maps of landscape types by period with the view range map from pavilion. The circumference and area of Gyeongpo lake have been reduced to 15.2km and 3.9km² in the 1750s, 9.0km and 1.7km² in the 1933, and now 4.41km and 1.0km². By period, the largest decrease in the proportion of Gyeongpo lake viewed from Pavilion was Hwanseonjeong, which decreased by 48.0% from the 1750 to 2017. Hwallaejeong, Haeunjeong, and Hohaejeong were found to be impossible to view Gyeongpo lake as some of the adjacent lakes were changed to agricultural land. Pavilion has great significance as a space for traditional culture created in the background of humanities and natural environments. For the succession and development of Pavilion culture, it is necessary to use it as a cultural resource, to continuously manage the building, and to partially restore Gyeongpo lake considering the function of each pavilion.

• Journal of the Korean Geographical Society
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• v.43 no.4
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• pp.449-465
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• 2008

Coastal lagoon has experienced a natural geomorphic development process which has been aggraded after the climax of transgression in Holocene. This study estimates superiority on landscape conservation of lagoons and degree of landscape changes during the 20th century as conservation ratios of area and shore length, and analyzes the causes of the changes and classifies the lagoons based on the data by case study of the major 7 coastal lagoons(Hwajinpo, Songjiho, Gwangpoho, Yeongrangho, Maeho, Hyangho, and Gyeongpoho) in the middle East Coast of the Korean Peninsular. Based on the conservation ratios of area and shore length, the areal change is in order of Songjiho($0.56km^2$, 92%), Hwajinpo($2.06km^2$, 90%), Yeongrangho($0.96km^2$, 86%), Hyangho($0.32km^2$, 76%), Gyeongpoho($0.90km^2$, 52%), Maeho($0.14km^2$, 50%), and Gwangpoho($0.07km^2$, 32%), and the shore length change is in order of Hwajinpo(11.90km, 100%), Hyangho(3.34km, 90%), Yeongnangho(7.21km, 89%), Gyeongpoho(7.11km, 79%), Songjiho(5.56km, 79%), Gwangpoho(1.16km, 62%), and Maeho(2.16km, 58%). Therefore, the characteristics of landscape changes of the lagoons in the study area can be represented in order of Hwajinpo(Al), Hyangho(A2), Yeongrangho(A3), Songjiho(A4), Gyeongpoho(B4), Gwangpoho(B5), Maeho(B6). Serious process for land use and industrial development has changed landscape around lagoons decreasing the area of coastal plains dramatically up to this century. Because small lagoons such as Maeho and Gwangpoho have experienced severe transformation and destruction, and Gyeongpoho was transformed into artificial lake for urbanization and tourism, they show dramatic landscape change.

• 월간 기계설비
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• s.299
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• pp.70-81
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• 2015

경포호는 우리나라의 대표적인 자연호수이자 대관령과 더불어 강릉을 상징하는 대표적인 관광지이다. 거울같이 맑아서 '경호(鏡湖)'라고도 한 경포호수를 두고 송강 정철은 관동별곡에서 "이보다 갖춘 데 또 어디 있단 말인가"라고 할만큼 빼어난 경관을 자랑한다. 이처럼 자연경관이 뛰어난 경포 해수욕장 일원에 강원도에선 유일한 6성급 호텔에 준하는 '씨마크 호텔(경포대 현대호텔)'이 오는 6월 26일 그랜드 오픈을 한다. 현대중공업이 조성 중인 경포대 현대호텔은 강문동 옛 현대호텔 부지(5만$144m^2$)에 지상 15층, 지하 4층 규모로 150개의 객실과 컨벤션센터, 야외공연장, 수영장, 전시장, 한옥호텔 등을 갖추고 있다. 우리나라 호텔 중 가장 아름다운 해변경관을 갖췄다는 평가를 받고 있는 경포대 현대호텔은 세계적인 건축가로 꼽히는 리처드 마이어와 제임스 코너가 설계를 맡아 화제를 모았었다. 특히 리차드 마이어의 백색 건축물은 강릉 앞바다의 풍경과 어우러져 아름다운 절경을 만들어냈다고 평가받고 있다. 오는 2018년 평창에서 개최되는 동계올림픽이 열리면 약 30분 거리에 겨울바다를 조망할 수 있는 경포대 현대호텔의 대형 연회장에서 다양한 행사를 개최, 경포대를 전 세계에 알릴 수 있는 기회가 될 것이며 숙박난 해소 등 동계올림픽의 성공적인 개최에 이바지할 전망이다. 본지는 5월 30일 준공을 향해 막바지 작업에 심혈을 기울이고 있는 경포대 현대호텔 현장에서 현대건설 손정모 설비공구장과 무경설비(주)[대표 김원열] 유경열 소장을 만났다.

• Proceedings of the Korean Aquaculture Society Conference
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• 2001.12a
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• pp.262-263
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• 2001

• Journal of the Korean Institute of Landscape Architecture
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• v.37 no.2
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• pp.104-113
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• 2009

Gyeong Po in Gangneung is highly recognized as a scenic area that is home to twelve traditional pavilions which are still in existence today. Since the modification of the Natural Park Act in 2007, there has been serious concern about the regulation of the heights of buildings surrounding Gyeong Po. In light of this, the present study aims to provide some guidelines for the regulation of building height in the modified Natural Park Act on the basis of investigations of landscape characteristics of Gyeong Po and the psychological influences of changing building heights. The analysis of the view from the pavilions located around Gyeong Po Lake indicated that the strategic landscape control points were Gyeong Po Dae and Bang Hae pavilions in terms of landscape management. These two landscape control points were considered as points from which people could view the greatest part of the landscape surrounding Gyeong Po Lake. The results of a preference analysis revealed that the views from Gyeong Po Dae to Juk Do were of relatively higher preference than the view from Bang Hae pavilion. This finding emphasized the importance of landscape management in Juk Do and its surroundings. A factor analysis resulted in three factors including attractiveness, tranquility, and orderliness. A comparison of the magnitude of influence of these three factors showed that the order of influence to preference was: attractiveness>tranquility>orderliness. These results highlight the need to introduce landmarks or unique buildings into the areas because the panoramic views of Gyeong Po Lake are relatively flat as lake views go. There should also be a variety of skylines harmonizing with the natural landscapes and landscape management for building groups, rather than individual building control, to enhance tranquility. Analysis of the psychological effects of building height suggests that, regardless of view points, preference was split at a 30 meter building height. This was indicative that viewer preference would drop when building heights are controlled to allow heights over 30 meters. The present study was not able to take varying view points and story heights into account. A more detailed study considering building types, the arrangement of buildings and the number of building stories is needed for effective landscape management in the Gyeong Po Dae area.

• Proceedings of the Korean Environmental Sciences Society Conference
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• 2005.05a
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• pp.94-96
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• 2005

• Journal of Korea Multimedia Society
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• v.13 no.1
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• pp.122-132
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• 2010

The analysis of ocean environment offers us essential information for ocean exploration. But ocean environment has a lot of environmental variables such as the movements of nodes by an ocean current, corrosion by salt water, attenuation of radio wave, occurrences of multi-path and difficulty of sensor nodes' deployment. It is accordingly difficult and complex to gather and process the environmental information through ocean data communication due to these constraints of ocean environment unlike the terrestrial wireless networks. To overcome these problems, we organized ocean communication network for monitoring underwater environment by real experiment in Gyeongpoho similar to ocean environment. Therefore, this paper aims at overcoming major obstacles in ocean environment, effectively deploying sensor nodes for ocean environment monitoring and defining an efficient structure suitable for communication environment by the implementation of ocean environment monitoring system in Gyeongpoho.