[보고서]태백산지 지역의 기후변화 영향평가에 관한 연구

이승호

보고서 정보

주관연구기관

건국대학교 산학협력단

연구책임자

이승호

참여연구자

전영문 , 김명화 , 김선영 , 구희성 , 조리나 , 김은경 , 손충만 , 손호진 , SabirHussain

보고서유형

2단계보고서

발행국가

대한민국

언어

한국어

발행년월

2012-03

과제시작연도

2011

주관부처

기상청

사업 관리 기관

기상청
Korea Meteorological Administration

등록번호

TRKO201200000800

과제고유번호

1365001102

DB 구축일자

2013-05-20

키워드

기후변화영향평가,산지생태계,고랭지농축산업,산지관광업,기후변화적응체계climate change impact assessment,highland ecosystem,highland,agriculture and livestock,mountain tourism,climate change adaptation,strategy

표 Trend of disaster of weather and climate in Europe
표 Global Climate Risk Index during 1997～2006
표 A map of the study sites in Mt. Seorak, Korea (A. Gwittegicheongbong, B. Gwanmoneungseon(ridge), C. Seorak Falls)
표 A map showing the study sites in Odaesan National Park,Korea
표 The climograph of Daegwallyeong station
표 The meteorological data of study area
표 Study area for natural disaster
표 Study Area for cultivatred area change of apple.
표 Study area for change of highland agriculture region
표 Source of Image for study
표 Study area for livestock.
표 Study area and weather stations.
표 Regional classification of ski resorts by climate characteristic.
표 Soil characteristics of the three habitat of Abies nephrolepis stands in Mt. Seorak. Each characteristic was expressed with mean±SE.
표 Air temperature and moisture of Abies nephrolepis populations in the three habitats at Mt. Seorak (2009. 5∼9).
표 Importance percentage of major woody species in Abies nephrolepis communities at three habitats in Mt. Seorak
표 Frequency distribution of diameter classes of major woody plants in the three habitats at Mt. Seorak.
표 Physiognomy for site conditions and vegetation structure of Abies nephrolepis communities at the three habitats in Odaesan National Park, Korea
표 Vegetation structure of the Abies nephrolepis community in Odaesan National Park, Korea
표 Conditions of Abies nephrolepis populations at the three habitats in Odaesan National Park, Korea
표 of Abies nephrolepis populations at the three habitats in Odaesan National Park, Korea
표 Frequency distribution of diameter classes of major woody plants in the three habitats at Odaesan National Park, Korea (An: Abies nephrolepis, Qm: Quercus mongolica, Pk: Pinus koraiensis, Be: Betula ermanii, Ap: Acer pseudo-sieboldianum, Ta: Tilia amurensis).
표 Annual mean radial growth on Abies nephrolepis populations at the three habitats in Odaesan National Park, Korea
표 Physiognomy for site conditions and vegetation structure of Taxus cuspidata populations in Seoraksan, Deokyusan, and Hallasan National Parks, Korea
표 Vegetation structure of Taxus cuspidata populations in Seoraksan, Deokyusan, and Hallasan National Parks, Korea
표 Conditions of Taxus cuspidata populations in Seoraksan, Deokyusan, and Hallasan National Parks, Korea
표 Frequency distribution of diameter classes of major woody plants at the Taxus cuspidata communities in Seoraksan, Deokyusan, and Hallasan National Parks, Korea (Tc: Taxus cuspidata, At: Acer tschonoskii var. rubripe, Qm: Quercus mongolica, Ak: Abies koreana).
표 Annual mean radial growth on Taxus cuspidata populations in Seoraksan, Deokyusan, and Hallasan National Parks, Korea
표 frequency(left) and area(right)of forest fire by city.
표 Number of forest fires and area burned in themountainous region of Gangwon-do during the period1989-2008.
표 Monthly number of forest fires in the mountainous region of Gangwon-do during the period 1989-2008.
표 Change of annual mean temperature(A), annual maximum temperature(B), annual minimum temperature(C), annual precipitation(D), annual snowfall(E) and annual mean relative humidity(F) of Daegwallyeong from 1972～2008.
표 Change of mean temperature(A), precipitation(B), snowfall(E) and relative humidity(F) of spring of Daegwallyeong from 1972～2008
표 Relationship between the number of spring forest fires in the mountainous region of Gangwon-do and precipitation, number of precipitation days, minimum humidity and snowfall during DJFM from 1989 to 2008.
표 Relationship between the number of spring forest fires in the mountainous region of Gangwon-do and precipitation during DJFM from 1989 to 2008.
표 Relationship between annual number of forest fires and seasonal precipitation from 1989 to 2008. Dashed and solid line are the 95% and 99% confidence interval respectively.
표 Relationship between spring number of fires and numberof days with precipitation more than 0.1, 0.2, 0.3, 0.4, 0.5, 1.0, 2.0, 3.0, 4.0, and 5.0mm during DJMF. Dashed and solid line are the 95% and 99% confidence interval respectively.
표 Relation ahip between the minimum relative humidity of fire occurrence day and burn velocity of forest fire(left) and area burned(right).
표 Relationship between the number of spring forest fires in the mountainous region of Gangwon-do and snowfall during DJFM from 1989 to 2008.
표 Change rate of climate factor of mountainous region over Gangwon-do by A1B scenario (2011～2050).
표 Changes of number of frost days of Daegwallyeong.
표 Changes of annual minimum value of minimum temperature of Daegwallyeong.
표 Fig. 3.2.18. Changes of number of heavy rain days over 50mm of Daegwallyeong.
표 Changes of annual maximum value of daily precipitation of Daegwallyeong.
표 Changes of cultivated area of apple during 1971～ 2007.
표 Change of cultivated area of apple by decadal (a: 1970s, b: 1980s, c: 1990s, d: 2000s).
표 Rate of cultivated area of high rank region(%).
표 Changes of production of apple during 1971～ 2007.
표 Fig. 3.2.23. Change of production of apple by decadal(a: 1970s, b: 1980s, c: 1990s, d: 2000s).
표 Rate of production of high rank region.
표 Change of cultivated area and production of apple by region (a, b: Uiseong, c, d: Jangsu, e, f: Gyeongsan).
표 mean temperature during growth duration of region.
표 Changes of mean temperature during growth duration (a: Uiseong, b: Jangsu, c: Daegu).
표 Coefficient of correlation between climate factors and cultivated area and production amount.
표 Diurnal temperature range during growth duration of region.
표 Changes of diurnal temperature range during growth duration of region (a: Uiseong, b: Jangsu, c: Daegu).
표 Coefficient of correlation between diurnal temperature range (r).
표 Result of classification of land cover(a: 1989/05/26, b:1999/09/27, c:2003/04/15)
표 Result of classification by land cover
표 Chcages of annual mean temperature of Daegwallyeong(1972～2010).
표 Changes of annual precipitation of Daegwallyeong (1972～2010).
표 Chages of number of heavy rain days over 80mm of Daegwallyeong(1972～2010)
표 Soil loss of mountainous area by heavy rainfall.
표 Production amount of C3 and C4 crops.
표 Annual temperature, precipitation, and duration of sunshine.
표 Change of annual temperature of Suwon and Daegwallyeong
표 Change of annual precipitation of Suwon and Daegwallyeong
표 Change of annual sunshine duration of Suwon and Daegwallyeong
표 수원과 대관령의 일평균기온 25℃ 이상일의 변동
표 Monthly mean temperature of Suwon and Daegwallyeong(℃; 1971-2000)
표 Relationship between production amount of C4 and august average temperature of Daegwallyeong.
표 Relationship between production amount of C3 and winter average temperature of Suwon.
표 Relationship between production amount of C4 and summer minimum temperature of Suwon.
표 Relationship between production amount of C4 and summer precipitation of Suwon.
표 Relationship between production amount of C3 and spring sunshine duration of Suwon
표 Changes of daily minimum temperature from May, 4th to June, 20th 2009 and 2010
표 Changes of daily maximum temperature from July 11st to August, 20th, 2009 and 2010
표 Changes of daily minimum temperature from August 1st to September, 15th, 2009 and 2010
표 Early Growth Responses of Corn, 2009(left), 2010(right).
표 Late growth response of corn in 2009.
표 Late growth response of corn in 2010.
표 Damage of frost of corn in June, 1st, 2010.
표 precipitation and sunshine duration in 2009 and 2010.
표 Characteristics of corn in Daegwallyeong region.
표 Change of fresh yield of corn in 2009, 2010.
표 Change of dry yield of corn in 2009, 2010.
표 Change of TDN yield of corn in 2009, 2010.
표 Change of amount of nutrient of corn in 2009, 2010.
표 Rates (%) of snowmaker types in each resort for snowmaking.
표 Rate (%) of snowmaking day classified by daily minimum temperature.
표 Change in the frequence of days of snowfall depth for suitable ski activity.
표 Changes of opening days (left) and November daily minimum temperature (right) of Yongpyong and Yangji resort.
표 Changes of daily temperature duration December to April (left: Daegwallyeong, right: Icheon).
표 Changes of snowmelt (≥4℃ of daily maximum temperature) days (left: Daegwallyeong, right: Icheon). **: significant at 99 percent level.
표 Changes of suitable first snowmaking (November-December) days with wet-bulb temperature (below -7℃). left is Daegwallyeong weather station and right is Icheon.
표 Change of suitable reinforcement of snowmaking days with wet-bulb temperature (below -7℃). left is Daegwallyeong weather station and right is Icheon.
표 changing rates of daily minimum temperature and relative humidity.
표 3.2.6. Open event of Yongpyong resort (3 November, 2009).
표 Closed ski slope of Yongpyong resort (6 November, 2009).
표 Average standard deviation of daily minimum temperature duration first snowmaking (November～december).
표 First occurrence day of heavy snowfall by duration in Yongpyong resort.
표 Characteristic of the day type and resort type.
표 Geographical Condition of ski resort by natural environment.
표 Distribution of snowfall (left: annual amounts of snowfall, days of over 10cm of snowfall.
표 Distribution of first snowmaking (November-December) days (left: ≤- 1℃ of daily minimum temperature, right: ≤-5℃ of daily minimum temperature).
표 Distribution of reinforcement of snowmaking (January-March) days (left: ≤-3℃ of daily minimum temperature, right: ≤-7℃ of daily minimum temperature).
표 Changes of opening days of ski resorts.
표 The estimating of ski season length in the future.
표 Changes of suitable first snowmaking (November-December) days by air temperature during 1973-2011.
표 Changes of first snowmaking (November-December) days by air temperature during 2012-2100.
표 Changes of suitable reinforcement of snowmaking (January-March) days by air temperature during 1973-2011.
표 Changes of reinforcement of snowmaking (January-March) days by air temperature during 2012-2100.
표 Daily minimum temperature of winter season.

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태백산지 지역의 기후변화 영향평가에 관한 연구
A study on Impact Assessment of Climate Changes over Taeback Mountainous Region 원문보기

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태백산지 지역의 기후변화 영향평가에 관한 연구 A study on Impact Assessment of Climate Changes over Taeback Mountainous Region 원문보기

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태백산지 지역의 기후변화 영향평가에 관한 연구
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