Team Magpie
We work mainly on two study populations; SNU (Seoul) and KAIST (Daejeon). Both sites represent semi-urban areas with low predation and abundant food.
Since 1998, 27 people earned their masters’ and doctoral degrees from their work on magpies. Thanks to the effort of all members and helpers, the research group revealed many interesting features of magpies and produced numerous publications in high-ranking journals.
* Current team members:
Kim Yong-woo
Lee Sunghyun
Yun Yewon
Kim Hyo-Hyun
Park Seong-Guk
Jo Ha-eun (Ewha Womans University, Dept. Biology)
* Team members in recent past:
Jang Jeong-yun
Lee Seon-Yong
Team Magpie
We work mainly on two study populations; SNU (Seoul) and KAIST (Daejeon). Both sites represent semi-urban areas with low predation and abundant food.
Since 1998, 27 people earned their masters’ and doctoral degrees from their work on magpies. Thanks to the effort of all members and helpers, the research group revealed many interesting features of magpies and produced numerous publications in high-ranking journals.
* Current team members:
Kim Yong-woo
Lee Sunghyun
Yun Yewon
Kim Hyo-Hyun
Park Sung-Guk
Jo Ha-eun (Ewha Womans University, Dept. Biology)
* Team members in recent past:
Jang Jeong-yun
Lee Seon-Yong
Team Insect Locomotion
We are now focusing on the previously un-studies diversity of morphological adaptations to a variety of locomotion types by insects in tropical Asia, including the world largest water striders, Gigantometra gigas and the uniquely specialized “paddling” waterstriders from the genus Ptilomera.
Our plans are to conduct a full scale comparative studies of co-evolution between nano-morphology and locomotion among a diversity of taxa of semiaquatic bugs.
* Current team members:
Kim Woojoo
Bang Sang Yun
Lee Jeongseop
Ha Jungmoon
Park Jinseok
Team Ant
C. japonicus individuals can rely on the leader-follower system when they encounter new food source. We alter the composition of the foraging group, exchange bottom substrate, or vary food quality to reveal the detailed division of labor among the foragers. We test hypotheses about how information flows between the nestmates and why they chose such organization throughout their evolutionary history.
The workers avoid spending long time on high-resistance substrates. They tend to choose faster, unhindered path to the food site. We provide an array of arenas in which differently shaped terrain patches reside. We hypothesize the optimization function of the transporters and compare the modeled path to the real trajectory they chose.
The species flourish in a wide variety of anthropogenic habitats ranging from mountain trails to urban flower beds. We construct DNA specimen collections from different regions as well as the mapped history of urbanization and land use changes. We test hypotheses about chronical and spatial association between their dispersion and local human activity.
* Current team members:
Song Woncheol
Jo Hyein
* Team members in recent past:
Kim Woojoo
Lee Kee-san
Park Jinseok
Team Paridae
We are traveling though the adjacent mountain, Gwanak for whole breeding season and collect samples to see the trend of clutch with probable relations to different environmental factors. Including this, we have done experiments to regular breeder of our nest box; Great tit Parus minor, with several types of stuffed animals and live snake to observe specialized alarming tactics.
For winter season, we are focusing on the alarming of flocks of Paridae species, mostly composed of Great tit P. minor, Varied tit Sittiparus varius, and Marsh tit Poecile palustris. Not only their appearance but alarm calls and niches are also separated by inter-flock hierarchy.
* Current team members:
Ha Jungmoon
Lee Kee-san
Song Jihyun
Yu Hyunsang
Keum Junghyuk
* Team members in recent past:
Kim Woojoo
Park Jinseok
Lee Jeongseop