본 연구는 Bacillus subtilis를 활용한 바이오플락 양식 기술(Biofloc technology, BFT)을 이용하여 대농갱이(Leiocassis ussuriensis) 양식의 가능성을 확인하기 위해 90일 동안 생존, 성장지수와 사육수 수질의 변화를 관찰하였다. 대농갱이를 입식하기 전 BFT 수 제조를 위해 실험수조에 사료와 당밀을 첨가한 후 B. subtilis를 접종하여 40일간 수질을 안정화시켰다. 실험결과, 대농 갱이의 생존율은 대조구 92.7±3.2%와 BFT 실험구 95.8±3.3%로 조사되었다. 증체율은 대조구 118.1±9.0%와 BFT 실험구 197.7±15.6%을 보였고, 일간 성장율은 대조구 0.87±0.5%, BFT 실험 구 1.21±0.06%로 나타났다. 사료효율은 대조구가 43.7±2.6%이었고, BFT 실험구는 70.1±4.1%로 측정되어 BFT 실험구의 사료효율이 더 높은 것으로 조사되었다. 실험기간 동안의 수질 변화를 측정한 결과, pH는 대조구와 BFT 실험구 모두 감소되었고, MLSS는 대조구에서 변화를 보이지 않았지만, BFT 실험구에서는 90일째부터 유의한 증가를 보였다. NH4 +-N와 NO2 --N는 대조구 에서 실험 30일째부터 유의한 증가를 보였으나, BFT 실험구에서는 변화를 보이지 않았다. 결론 적으로 B. subtilis를 활용한 BFT 시스템을 대농갱이 양성 과정에 적용한 결과, 수질은 안정화 되는 경향을 보였고, 성장도와 사료효율은 대조구에 비해 높은 것으로 조사되어 긍정적인 효 과가 있는 것으로 확인되었다.

2017년부터 2019년까지 전북 부안지역에서 채집한 긴날개여치의 발육 및 산란특성을 조사하였다. 긴날개여치(Gampsocleis ussuriensis Adelung)는 저수지 주변 잡초가 우거져 있는 곳에서 주로 발견되었고, 야외에서는 성충이 7월 중순 출현하여 9월 상순까지 나타났다. 알 상태로 겨울을 보내고 이듬해 4월 상순부터 7월 중순까지 약충이 출현하는 것으로 나타났다. 실내에서는 4월 상순 이후 부화한 약충은 5회 탈피를 하고, 성충이 되었다. 긴날개여치 산란기간은 약 58일 정도 소요되었다. 암컷 한 마리당 총평균산란수는 124개였으며, 성충수명은 암컷 95.6일, 수컷 84.8일이었다. 산란매트로는 마사토와 코코피트를 7:3으로 섞은 것이 가장 좋았다. 온도별 발육기간은 24℃에서 64.1일로 가장 길었고, 온도가 높을수록 발육기간이 짧아지고, 생충률은 32℃에서 77.8%로 가장 좋았다. 긴날개여치 약충 사육밀도는 사육밀도가 높을수록 생존율은 떨어지고, 발육속도가 빨라지며, 영기별 탈피속도가 빨라지는 경향이었다.

This study was conducted to investigate the movement and home range of the red-tongued viper snake (Gloydius ussuriensis) from June 2006 to June 2009. This snake species inhabits an islet on Jeju Island, Gapado. A total of 132 individual snakes were marked during the study. Among the marked individuals, the number of snakes recaptured more than once was 22 (16.8 %) and the number of individuals recaptured more than twice was eight (6.1 %), indicating a relatively low recapture rate. The durations from capture to recapture varied from 1 to 710 days. However, the capture points were not much different, indicating that the moved distance of snakes and the interval between capture-recapture were not correlated. The home ranges of the Red-tongued viper snakes calculated from data of the snakes which were captured more than three times using the MCP(minimum convex polygon) method were 8∼167 ㎡(64.0±57.0 ㎡), suggesting that this snake is relatively sedentary. Home range size differences between female (Mean=62.0 ㎡) and male (Mean=66.0 ㎡) snakes were not significant. In the red-tongued viper population of Gapado, there was no statistically significant relationship between body size and home range size although it was positively correlated (r=0.675). Our results provide valuable data to understand life patterns of the red-tongued viper snakes and will be useful when conducting further ecological studies on other snake species.

이 연구는 2006년 5월부터 2010년 11월까지 제주도와 부속도서인 가파도에 서식하는 쇠살모사의 먹이원과 지역에 따른 먹이이용의 차이를 밝혀 먹이원의 차이가 쇠살모사의 생활사에 어떠한 영향을 미치는지 밝히기 위하여 이루어졌다. 연구결과, 제주도 개체군에서 확인된 먹이원은 왕지네(Scolopendra subspinipes mutilans), 제주도롱뇽(Hynobius quelpaertensis), 청개구리(Hyla japonica), 맹꽁이(Kaloula borealis), 북방산개구리(Rana dybowskii), 참개구리(Rana nigromaculata), 도마뱀(Scincella vandenburghi), 대륙유혈목이(Amphiesma vibakari), 작은땃쥐(Crosidura shantungensis), 한라산뒤쥐(Sorex caecutiens hallamontanus), 제주등줄쥐(Apodemus chejuensis) 등으로 양서류나 파충류 및 소형포유류를 주로 포식하는 것으로 나타났다. 이중 양서류가 55.2%로 가장 높은 빈도를 보였고, 포유류 20.7%, 지네 13.8%, 파충류 10.3% 순이었다. 이와 달리 가파도 개체군에서는 지네와 도마뱀만을 먹는 것으로 나타났다. 지네나 도마뱀은 작은 크기라 1회 포식으로 얻을 수 있는 영양분이 떨어지기 때문에 제주도 개체군에 비해 생장이나 생식에 불리하게 작용할 것이다. 가파도 개체군의 경우 이용할 수 있는 먹이원의 종류는 비교적 다양함에도 불구하고 도마뱀과 지네만을 주로 포식하는 것은 다른 먹이원의 밀도가 낮아 이를 찾기 위한 노력에 소비되는 에너지를 최소화하기 위해 질은 낮지만 쉽게 구할 수 있는 먹이를 선택하는 것이라 판단된다. 뱀은 머리의 크기가 클수록 큰 먹이를 선택하는 경향이 있는데, 제주도 개체군에서도 쇠살모사의 머리의 크기와 먹이의 직경 사이에 양의 상관관계를 보였다. 제주도 개체군은 수컷이 암컷보다 머리가 크며, 이러한 결과는 먹이의 선택에도 영향을 미칠 것이라 판단된다. 반면, 지네와 도마뱀만을 포식하는 가파도 개체군에서는 머리 크기와 먹이 크기 간에 유의한 차이는 없는 것으로 나타났다. 이러한 결과는 같은 종이라도 서식장소에 따라 이용가능한 먹이원을 선택하여 각기 다른 방향으로 환경에 적응하면서 개체군을 유지하는 데 유리한 방향으로 성장해간다는 것을 직접적으로 보여주는 매우 의미 있는 자료라 판단된다.

이 연구는 2006년 5월부터 2009년 6월까지 제주도와 작은 부속섬인 가파도 두 지역에 서식하는 쇠살모사 개체군간 몸의 크기와 성적크기이형 및 이에 따른 환경요인을 밝히고, 종 다양성 유지에 필요한 자료를 제공하기 위하여 이루어졌다. 연구결과, 제주도 개체군의 몸길이는 암컷 242-532mm (422.0±46.7mm, n = 100), 수컷 296-580mm (434.5±51.7mm, n = 63)이었고, 가파도 개체군의 몸길이는 암컷 205-395mm (335±43.6mm, n = 55), 수컷 215-430mm (328±39.4mm, n = 73)으로 암수 모두 제주도 개체군이 가파도 개체군에 비해 큰 것으로 나타났다(암컷 t = 17.343, df = 115, P＜0.001; 수컷 t = 19.128, df = 101, P＜0.001). 성적크기이형 지수(SSD)는 제주도 개체군이 -0.03으로 수컷이 다소 크고, 가파도 개체군은 0.02로 암컷이 다소 컸다. 이처럼 제주도 개체군과 가파도 개체군이 몸의 크기에 있어 차이가 나타나는 것은 서로 다른 환경에 적응된 결과라 판단된다. 또한 두 지역 개체군 및 새끼의 성적크기이형은 제주도 개체군의 몸길이는 수컷이 암컷보다 다소 컸으나(t = -2.011, df = 117, P＜0.05), 가파도 개체군과 새끼에서는 유의한 차이가 없었다. 제주도 개체군에서 머리 길이(F = 6.318, df1,2 = 1,117, P＜0.05), 머리 폭(F = 8.090, df1,2 = 1,117, P＜0.01), 눈 사이 거리(F = 15.898, df1,2 = 1,117, P＜0.001) 및 꼬리 길이(F = 238.488, df1,2 = 1,111, P＜0.001)에서 수컷이 암컷보다 컸으며, 체중은 암컷이 수컷보다 무거운 것으로 나타났다(F = 64.111, df1,2 = 1,114, P＜0.001). 가파도 개체군에서는 머리 길이, 머리 폭, 눈 사이 거리에서는 암컷과 수컷 간에 유의한 차이는 없었고, 꼬리 길이에서 수컷이 암컷보다 길었으며(F = 168.555, df1,2 = 1,74, P＜0.001), 체중은 암컷이 수컷보다 무거운 것으로 나타났다(F = 17.812, df1,2 = 1,76, P＜0.001). 새끼에서는 머리길이, 머리 폭, 눈 사이 거리에서 유의한 차이가 없었으나, 꼬리 길이(F = 67.793, df1,2 = 1,72, P＜0.001)와 체중(F = 4.558, df1,2 = 1,72, P＜0.05)에서 수컷이 암컷보다 크게 나타났다. 새끼에서 성적크기이형 현상이 나타나지 않았던 몸길이, 머리길이, 머리 폭 및 눈 사이 거리가 제주도 개체군에서는 모두 수컷이 암컷보다 큰 것으로 나타나 제주도 개체군에서의 성적크기이형 현상은 성장과정에서 생기는 것이라 판단된다.

본 연구는 제주도에 서식하는 쇠살모사의 생활사 전략을 밝히기 위하여 생식주기, 한배의 출산수 및 이에 미치는 요인을 조사하였다. 야외조사는 2006년 5월부터 2008년 11월까지 제주도 본섬에서 이루어졌으며, 생식주기는 2009년 3월에서 2010년 12월 사이에 실험실에서 정소와 난포의 크기를 측정하여 분석하였다. 연구결과, 쇠살모사의 정소와 난포의 크기는 계절적으로 뚜렷하게 변화하는 것으로 나타났다. 난관에 들어있는 알의 수는 오른쪽(2.6±1.0개, n=16)이 왼쪽(1.8±0.5개, n=16)보다 많았다(t=-2,721, p＜0.05). 생존한 새끼의 수(SLS)는 4.4±1.7마리(1~9마리)로 총 새끼의 수(TLS) 4.7±1.5마리(3~9마리)보다 약간 적었으나, 통계적으로 유의한 차이는 없었고, 난관에 들어 있는 알의 수와도 유사하였다(t=0.039, P＞;0.05). 상대적인 새끼의 체중(RCM)은 0.42±0.13 (0.18~0.79, n=33)으로 나타났으며, 출산전 어미의 몸 상태(MCPP1)가 양호할수록 증가하는 경향을 보였다. 출산시 새끼의 성비는 암수간 유의한 차이는 없었다(♂:♀ = 1.15:1, n=73; χ2-test, χ2=0.342, P＞;0.5). 한배 새끼의 체중은 출산전 어미의 체중(MMPP1, r=0.387, P＜0.05, n=33)과, 몸길이는 어미의 몸길이(r=0.399, P＜0.05, n=33) 및 MMPP1(r=0.344, P＜0.05, n=33)과 약한 상관관계를 보였다. 또한 새끼의 평균 체중과 어미의 몸길이와는 유의확률에 근접하였다(r=0.323, P=0.067, n=33). 이것은 어미의 몸 크기가 클수록 더 큰 새끼를 낳을 수 있다는 것을 의미하는 것이다. 뱀에서 한배의 출산수가 많을수록 새끼의 체중이 감소하는 경우가 있으나 쇠살모사는 이러한 교환관계는 없는 것으로 나타나 종 고유의 특이성을 갖고 있다는 것을 알 수 있었다. 이러한 연구결과는 쇠살모사의 생활사를 파악하는데 기초자료로 활용될 수 있을 것이라 여겨진다.

갈색여치는 최근 대발생으로 과수농가에서 피해가 급격히 증가하고 있다. 갈색여치의 종령 약충과 미성숙 성충, 성숙 성충에 대한 교미행동 및 일일행동패턴에 대하여 조사하였다. 일일행동패턴은 휴식, 이동, 섭식을 반복하였다. 종령 약충과 미성숙 성충의 일일행동패턴은 유사했다. 종령 약충은 평균 10:06에 활동을 시작하고 21:12에 휴식을 취한다. 미성숙 성충은 평균 11:30에 활동을 시작하고 20:08에 휴식을 취한다. 그러나 성숙 성충의 경우 15:30에 활동을 시작하는 차이를 보였다. 성숙 성충은 특정시간(약 20:00)대에 교미행동을 보인다. 갈색여치의 교미행동은 암컷의 spermatophylax를 섭취하게 되는데 다 섭취하기까지 270-360분이 소요된다. 갈색여치의 행동패턴은 이들의 발생양상과 생태를 알 수 있어 갈색여치를 방제하기 위한 기초자료로 이용될 수 있을 것이다.

The genera Acruliopsis Zerche and genus Xylodromus Heer contain four species and 13 species worldwide, respectively. In East Asia, all species of Acruliopsis are distributed and two of Xylodromus are described, which are new to the Korean Peninsula. Little is known about the habitat of Acruliopsis species, but our specimens were collected under bark of log or by flight intercept trap. The Xylodromus species is found in leaf litter of forest, in nests of the mammals or birds, or sometimes in granary. In this paper, we report Acruliopsis ussuriensis Zerche and Xylodromus daimio (Sharp) for the first time in the Korean fauna. We provide the habitus photographs, illustrations of diagnostic features and a key to the genera of the tribe Omaliini MacLeay in Korea.

Diapause duration of Paratlanticus ussuriensis is prolonged as an egg that enter both initial and final diapause stgaes. Environmental conditions, such as temperature, can modify the duration of initial diapause. Eggs enter initial diapause at 20℃, but continued early embryonic development at 30℃. Final diapause at a fully developed embryonic stage is obligatory regardless of temperature conditions. To determine temperature effects on initial diapause mechanism of P. ussuriensis eggs, we compared weights, DNA and RNA amounts of eggs incubated at either 20℃ or 30℃ for 50 days after oviposition. We identified small heat shock protein (shsp), heat shock protein 90 (hsp90) and three heat shock protein 70 (hsp70a, hap70b, hsp70c) genes of P. ussuriensis and determined those expression levels at different temperature conditions. The levels of shsp, hsp70a, hsp70b and hsp90 was not detectable until 20 days after oviposition at both temperature conditions, but highly increased at 50 and 60 days when incubated at 30℃. In contrast, hsp70c level was rapidly peaked at 20 days after oviposition, which is the time of initial diapause entrance. We analysis of temperature sensitivity of P. ussuriensis eggs. Hsp70a is expressed after the first cold treatment of mature eggs. Hsp70b is highly expressed just before hatching. Both shsp and hsp70c was highly expressed at the heat shock condition into immature egg stage. Our results suggest that high temperature breakdown initial diapause and one hsp gene, such as hsp70c, may be involved into the mechanism of initial diapause of P. ussuriensis eggs.

Paratlanticus ussuriensis enter prolonged diapause at an egg stage. Environmental conditions, such as temperature, can modify the diapause duration at initial diapause. Eggs enter initial diapause at 20℃, but continued early embryonic development at 30℃. Final diapause at a fully developed embryonic stage is obligatory regardless of temperature conditions. To determine temperature effects on diapause mechanism of P. ussuriensis eggs, we compared weights, DNA and RNA amounts of eggs incubated at either 20℃ or 30℃ for 50 days after oviposition. Both egg weight and total amount of DNA were constant at 20℃ but gradually increased at 30℃. However, total RNA level was rapidly increased at 15 days-old eggs at 30℃ and maintained high levels during further period whereas its level was constant at 20℃. In addition, we identified three heat shock protein 70 (hsp70a, hap70b, hsp70c) genes of P. ussuriensis and determined those expression levels at different temperature conditions. The levels of hsp70a and hsp70b was not detectable until 20 days after oviposition at both temperature conditions, but highly increased at 50 and 60 days when incubated at 30℃. In contrast, hsp70c level was rapidly peaked at 20 days after oviposition, which is the time of initial diapause entrance. Our results suggest that high temperature breakdown initial diapause and a certain hsp gene, such as hsp70c, may involve in the initial diapause mechanism of P. ussuriensis eggs.

The diapause duration P. ussuriensis eggs is known to either one year or prolonged to additional years. This complex life cycle is mainly caused by the interruption at two embryonic stages: early stage (initial diapause) and fully developed late stage (final diapause). The environmental cues, such as temperature, is critical to determine the diapause duration but the precise diapause mechanism of P. ussuriensis eggs is unclear. We demonstrated temperature effects on the entrance of initial diapause. Newly oviposited eggs were incubated at two temperature conditions (20℃and 30℃) for 60 days. When eggs were incubated at 20℃, egg weights were not significantly changed, but at 30℃ those were gradually increased to 1.5 times for 50 days. Genomic DNA contents of eggs were similarly increased at 30℃. Total RNA contents at 30℃ were highly increased from the 15-days-old but not at 20℃. In addition, we further analysed expression levels of two heat shock protein 70 (hsp70a, hap70b) genes during embryonic development. Our results suggest that initial diapause occurred between 10 and 15 days after oviposition and its entrance was blocked by high temperature incubation.

Characteristics of habitat alteration and post-embryonic development of Paratlanticus ussuriensis were investigated in the mountain region of Bitanri, Yeongdong county, Chungcheongbuk-do from 2007 to 2009. Overwintered eggs under the ground in the hillside were hatched from late March to early April. The soil temperature during this season was 7~14℃. Young nymphs lived mainly at the hillside by eating oak tree leaves but the 3rd or 4th instars switched their habitat to orchards near the hillside in early May, which is the time for sprouting of peach leaves. Old nymphs developed into the adult stage at the orchards in late May and moved back to the hillside in late June. Duration of post-embryonic development from the first instar nymph to adult was 49.2 days after 7 moltings at 25℃. Female adults collected from the field had long ovipositor (26.2 ㎜) and were slightly longer in the body length, hind femur, tegmen and pronotum than those of males.

An outbreak of Ussur Brown Katydid, Paratlanticus ussuriensis, occurred in the orchard areas of central Korea during 2006 and 2007. These crickets occur widely in Korea but before 2000 they were not regarded as an agricultural pest and were mainly confined to wooded hillsides. In an attempt to understand this katydid ecology, firstly, we have conducted a life cycle study of the Ussur brown katydid. This katydid spends one or two years as an egg stage. Most of eggs enter the initial diapause, which take place in stage 4. Less than 10% eggs didn't occur the initial diapause and developed until in stage 23 before beginning winter season. In the laboratory experiment, diapause depends on the initial temperature after eggs laid. They had an initial and final diapause around less 25℃. Therefore, it takes two years to hatch at low temperature. On the other hand, eggs are kept at temperatures around over 27℃, entry into the first diapause stage was circumvented and eggs emerged the following spring. That is, the high temperature seems to affect on the life cycle of Katydid. Thus, if they are exposed to high temperature on early egg stage, they emerge next year just after spending a winter.

During the last several years, the population of the ussur brown katydid, Paratlanticus ussuriensis has been highly increased at mountain-side orchards in Youngdong province in Korea. Nymphs and adults emerged one time per year from early May to August and cause a serious demage on the crop production. Adults oviposit eggs from July to September under the ground and eggs overwinter at diapause stage. However, the diapause duration P. ussuriensis is known to either one year or prolonged to additional years. The environmental cues, such as temperature, could be a critical to determine the diapause duration but the precise diapause mechanism of P. ussuriensis eggs is unclear. We demonstrated to determine the stage of diapause initiation during embryogenesis. Newly oviposited eggs were incubated for 60 days at two temperature conditions (20℃and 30℃). When the eggs were incubated at 20℃ those weights were not changed, but when they incubated at 30℃ those were increased from 15-days-old. Total RNA contents of eggs incubated at 30℃ were highly increased from the 15-days-old when they compared with those of eggs incubated at 20℃. In addition, total DNA contents of eggs were greatly higher when they incubated at 30℃. Our results suggest that early embryonic development was sensitive to high temperature and it was stimulated at 15-days-old. To determine the temperature response of embryonic development at molecular level we identified heat shock protein 70 (hsp70) gene of P. ussuriensis. Further analysis would conduct the gene expression rate of diapausing eggs on different temperature conditions by using real time RT-PCR technique and determine the molecular characteristics of P. ussuriensis egg diapause.

Temperature effects on diapause termination of Paratlanticus ussuriensis eggs were studied by measuring embryonic development and hatching rates at various conditions of indoor chilling and overwintering temperatures. Diapausing eggs of P. ussuriensis did not hatch at continued incubation at 25℃ and even after chilling for once at either 5℃ or 10℃ for 30, 45 and 60 days. In addition, double chillings at 5℃ with a 90 days interval at 25℃ did not induce hatching of diapausing eggs. However, double chillings at 10℃ induced hatching at 3.6~26.7%. When eggs were incubated at 25℃ after chilling for once at 5℃ for various periods, those weights were not changed but those chilled at 10℃ gradually increased to approximately 1.5 times. When 60-days-old eggs were artificially deposited under the soil at three different mountain sites in September 2007, the hatching rates of the first-overwintered eggs were 11.3, 3.5 and 4.1% and those of the second-overwintered eggs were 25.1, 21.6 and 0.4% at Hoepori, Bitanri and Hwasanri, respectively. Most eggs were hatched from mid-March to mid-April but little bit earlier in southern regions. During the hatching period soil temperatures in three tested locations were around 8 to 12℃. In overall, diapausing eggs of P. ussuriensis were greatly influenced by chilling temperature conditions and those repeated cycles, and may required overwintering for one or two times to hatch for the post-embryonic development.

This study was performed to investigate the seasonal occurrence, developmental characteristics of each nymphal stages with different temperatures (20, 25, 30℃), longevity and fecundity of ussur brown katydid, Paratlanticus ussuriensis, damaging by outbreaks in the orchard areas of Bitan-ri, Yeongdong, Chungbuk. Paratlanticus ussuriensis occurred from late-March to late-August with peak of mid-May. Newly emerged nymphs appeared from March and do damaged fruit orchards with peak of mid-May when P. ussuriensis existed as 4th and 5th nymphal stages. P. ussuriensis adult occurred from early-June to mid-Aug. with peak of mid-July. Total density of P. ussuriensis was showed highest in mid-May. P. ussuriensis goes through nymphal stages to 7th nymph, the ovipositor began exposed to outside from the 4th instar and the body weight increased heavily from this stage and the wings were observed from 6th instar. Developmental period was longer as increased the nymphal stages. Sex ratio of collected insect was showed as 0.57; females more than males. As increased the temperature, developmental period was to be short. Preoviposition was also to be short as 5.0, 4.3, and 3.4 days at 20, 25, 30℃, respectively, and fecundity increased as 69.0, 87.1, and 104.3 at 20, 25, 30℃, respectively. Longevity of male and female at 25℃ was showed the longest with 35.7, and 32.9 days and showed the shortest with 30.1 and 28.1 days at 30℃, respectively. The difference of developmental period in male and female were showed longer in female without relation of temperature. The eggs laid were frequently distributed 3 to 4 cm from soil surface, and showed the behavior laying eggs intensively when early oviposition period.

This study was performed to investigate the seasonal occurrence, developmental characteristics of each nymphal stages with different temperatures (20, 25, 30℃), longevity and fecundity of ussur brown katydid, Paratlanticus ussuriensis, damaging by outbreaks in the orchard areas of Bitan-ri, Yeongdong, Chungbuk. Paratlanticus ussuriensis occurred from late-March to late-August with peak of mid-May. Newly emerged nymphs appeared from March and do damaged fruit orchards with peak of mid-May when P. ussuriensis existed as 4th and 5th nymphal stages. P. ussuriensis adult occurred from early-June to mid-Aug. with peak of mid-July. Total density of P. ussuriensis was showed highest in mid-May. Paratlanticus ussuriensis goes through nymphal stages to 7th nymph, the ovipositor began exposed to outside from the 4th instar and the body weight increased heavily from this stage and the wings were observed from 6th instar. Developmental period was longer as increased the nymphal stages. Sex ratio of collected insect was showed as 0.57, females more than males. As increased the temperature, developmental period was to be short. Preoviposition was also to be short as 5.0, 4.3, and 3.4 days at 20, 25, 30℃, respectively, and fecundity increased as 69.0, 87.1, and 104.3 at 20, 25, 30℃, respectively. Longevity of male and female at 25℃ was showed the longest with 35.7, and 32.9 days and showed the shortest with 30.1 and 28.1 days at 30℃, respectively. The difference of developmental period in male and female were showed longer in female without relation of temperature. The eggs laid were frequently distributed 3 to 4 ㎝ from soil surface, and showed the behavior laying eggs intensively when early oviposition period.