섬마을의 귀여운 물까치 검은머리물떼새

윤무부,편집부 지지커뮤니케이션 2025 GZ Vol.- No.277

慶熙 Campus(高凰山)의 鳥類調査

尹茂夫 慶熙大學校 1982 論文集 Vol.11 No.-

1. Line censuses were made along the Kyung Hee Campus of Seoul Korea peninsula from January 1, 1979 to November 25, 1980. 2. The number per hour and percentage dominance (for the total of all species) were calculated to show indices for relative density an abundance of each species. 3. One census routes, the number of species recorded, and crude density by the number of birds per kilometer, hour and hectare listed bellow: 1) Summer June 11, 1979...41.17/km, 1.40/h, 12.06/ha(8 species, 70 Individuals) June 1, 1980...44.70/km, 2.53/h, 13.10/ha(9 Species, 76 Individuals) 2) Winter Jan 6, 1979...55.88/km, 81.89/h, 16.37/ha(15 Species, 95 Individuals) Jan 13, 1980...40.58/km, 13.80/h, 11.89/ha(14 Species, 69 Individuals) 4. Of 1,694 individuals of 59 species of birds recorded in the Kyung Hee University Campus are. Magpie, Pica pica, Tree Sparrow, Passer montanus, Great Tit. Parus major, Grey starling, Strunus cineraceus were recorded to be dominant species which were characteristic species of their habitats(Fig 3,4). 5. Whereas most of the other area in the central region Seoul of Korea have suffered from devastation, the area Kyung Hee University campus is unspoiled and covered with broad leaved tree. This area is a heavily mixed forest in which breed the Ring-necked Phesant, Phasianus colchicus, Tricolor Flycatcher, Ficedula zanthopygia, Great Tit, Parus major, Crow Tit, Paradoxornis webbiana and important passerine birds. Accordingly, this are should be protected through effective means of management.

검은머리물떼새의 번식행동 및 번식기 섭식행동의 다양성

윤무부,Yoon, Moo-Boo 한국생태학회 2004 Journal of Ecology and Environment Vol.27 No.6

This study was conducted in three sites, Si-Hwa Lake, Dongman and Seoman island and Janguyeop island, from march, 1999 to september, 2002. The behaviors of pre-breeding season, territorial behaviors, reproductive ecology, foraging sites and behaviors, and the competition of reproduction and foods between intraspecific or interspecific of Eurasian Oystercatcher (Haematopus ostralegus) were observed in each studying sites. The breeding of Eurasian Oystercatcher started on the middle of April in Si-Hwa Lake and on the middle of May in Dongman and Seoman island and Janguyeop island. For intension of pair bond on pre-breeding season, Eurasian Oystercatcher foraged with pair and behaved male-female chasing flight behavior. The pair foraged with male and female before copulation. If other pairs and individuals approached in feeding site of pair, this pair attacked them with piping calling and intruder chasing flight. If continuos serial behaviors were not observed, the discrimination of male-female chasing flight and intruder chasing flight was difficult. Territorial behaviors classified four types; butterfly flight, calling behavior, chasing behavior, fight behavior. The important foraging sites in Si-Hwa Lake are the land place in Daeboo island, tidal flat of Bangameori, tidal flat a front of a stationary net for catching fishes and tidal flat a front of a view station for bird watching. Eurasian Oystercatcher foraged at tidal flat on low water of the tide and foraged at feeding sites near island on flood tide in Dongman and Seoman island. Eurasian Oystercater in Janguyeop island usually foraged feeding sites near island, because water level was not different between low water of the tide and flood tide. Eurasian Oystercatcher competed on foods of intraspecific and interspecific. They chased for taking foods by force in feeding sites and drove out intruders in feeding sites. The foods interspecific competition happened with Black-tailed Gull (Larus crassirostris). Eurasian Oystercatcher was robbed of foods and attacked by Black-tailed Gull. The individual of food competition with Black-tailed Gull was low foods intake rate comparison with other feeding sites and this individual flied out other feeding sites.

한국의 대표적인 철새 도래지를 찾아서

윤무부 The Korea Foundation 2006 Koreana (Korean) Vol.20 No.4

봄을 노래하는 새들

윤무부,Yun, Mu-Bu 한국과학기술단체총연합회 1993 과학과 기술 Vol.26 No.4

매년 4월 초가 되면 강남갔던 제비가 마을이나 들판에서 날아다니는 것을 볼 수 있다. 그리고 제비는 앞마당의 빨래줄에 앉아서 봄을 알리는 듯이 「지지 배배」노래를 부른다. 이 새는 비록 몸체는 작지만 입을 크게 힘껏 노래를 한 후 따뜻한 봄의 햇살을 만끽이라도 하듯이 창공으로 날아가는 동작을 반복한다.

강화도의 조류 현황과 보호방안

윤무부 인천가톨릭대학교 복음화연구소 1997 누리와 말씀 Vol.- No.2

동물의 재발견 그리고 인간-새를 보는 즐거움과 나의 인생

윤무부,Yun, Mu-Bu 대한출판문화협회 2004 출판저널 Vol.345 No.-

민통선지역에 도래하는 두루미(Grus japonensis)의 도래실태에 대한 연구

윤무부 慶熙大學校 1993 論文集 Vol.22 No.-

The size of Grus japonensis groups which wintering in Kyungki-Do Paju-Gun Munbal-Ri, Kyungki-do Kangwha-Gun and Kilsang-Myon Yeocha-Ri, Kangwon-Do Cheolwon-Gun Weoljung-Ri has been reduced year and year. I surveyed the condition of migration at each wintering grounds to understand the cause of the reduction and the results are as following. The average and standard deviation of population of Grus japonensis in the Kyungki-Do Paju-Gun Munbal-Ri was 6.50±4.1 from November 1992 to February 1993. The reduction of food which result from the contamination of Han river probably caused the reduction of Grus japonesis group in this area. The average and standard deviation of population of Grus japonensis in the Kyungki-Do Kangwha-Gun Whado-Myon Sundu-Ri and Kilsang-Myon Yeocha-Ri was 5.00±1.63 from November 1992 to February 1993. It can be thought that the cause of the reduction of wintering group size was increasing number of tourist. The average and standard deviation of population of Grus japonensis in the Kangwon-Do Cheolwon-Gun Dongsung-Eup from November 1992 to Febrary 1993 was 53.00±3.40 and it was relatively constant. The number of Grus japonensis in this area was large compare to other regions and other regions showed the large reduction of the number of Grus japonensis.

韓國에 서식하는 휘파람새(Cettia diphone) Song의 특성

尹茂夫 慶熙大學校 1995 論文集 Vol.24 No.-

The stereotyped songs of seventy seven Bush warbler(Cettia diphone) males were recorded at twenty one localities from Gosung at Gangwon Do to Jeju island during breeding seasons from 1984 to 1994. 637songs of 62 males of Bush Warbler were analysed through syllable sharing and quantative multiple analysis, in order to investigate identification of geographic song variation of Bush Warbler songs. A special variables used for quantative multiple analysis, the eight variables of songs consisted of number of note in whistle portion(NNWP), dominance frequency in whistle portion(DFWP), duration of whistle portion(DWP) within whistle portion composed as anterior parts of songs, duration of complex syllable portion(DCSP), maximum frequency of complex syllable portion(MACSP), minimum frequency of complex syllable portion(MICSP) within complex syllable portion composed as posterior parts of songs, interval between whistle portion and complex syllable portion(IWC), and duration of song(SD) related total parts of songs. Bush Warbler songs consisted of whistle portion that induced song and complex syllable portion that enclosed song. Males of Bush Warbler have from one to four song types(M=1.94, N=63) per individual. The number of song type tended to increase as the latitude of recording locality declined. There was no difference in song duration of Bush Warbler songs between recording localities (M+SD=1.13±0.15sec, N=637). Number of note in whistle portion of Bush Warbler songs had from one to fifteen (M+SD=4.42±2.29, N=637) differences according to recording localities. Dominance frequency of whistle portion was higher in southern costal localities than in inland localities. Total number of syllables in Bush Warbler songs analysed with sonagram was thirty five and mean number of syllable per individual was 3.3(N=62indv.)syllables. Distribution of syllables was localized but it was impossible to identify the song dialects of Bush Warbler songs by using syllable sharing. From the results of quantative multiple analyses with the eight song characteristic variables. I could identify geographic song variation of Bush Warbler in Korea. Specially, there was definite discrimination between inland localities and southern costal localities. Geographic song variation groups in inland localities divided into two subgroups; one included Cheonwon and Geochang locality, the other included Gapyeong, Naju, Ganghwa and Buan locality. Geographic song variation groups in southern costal localities divided into three subgroups; one was Yeosu locality, another Jeju, the other Goeje locality.

홀로 겨울을 난 두루미처럼

윤무부 샘터사 2009 월간 샘터 Vol.467 No.-