Background : Recently, with the growth of traditional medicine industry, management of the quality of herbal medications as a raw material for functional food and medicine becomes more important. One of the most difficult problems of quality control of medicinal plants is management in storage insects. The problem of storage insects is a matter that must be resolved in order to safely obtain raw materials in herbal sector. But the basic prevention measures as well as grasp of the exact situation in the field are not yet. In this study, we investigated to see the problems and solutions through a review of storage pest management system of medicinal plants and the relevant provisions in herbal sector. Methods and Results : For this study, we examined the Status of domestic distribution, storage pest control techniques, news, domestic and import regulations. Storage pests that occur in herbal medications have dropped commercial value and it leads to consumer mistrust. A report said that consumers who had found at least once a pest and microbial contamination when they buy a herbal medications is more than 50% (2004, Ministry of Food and Drug Safety). In the past, those who want to solve these problems had tried through the sulfur fumigation. However, due to concerns about the risk to humans nowadays it was banned in many countries. According to the latest editions of Korean Pharmacopoeia (KP), it is allowed to use a suitable fumigant. but the domestic and imported medicinal plants during distribution can not be used it. Because currently registered fumigant (aluminium phosphide) is allowed only imported medicinal plants in the quarantine process. Chemical fumigation is inappropriate for use in foods and pharmaceuticals so the introduction of eco-friendly control methods is urgent. Eco-friendly methods of pest control that is currently being developed include a cold storage, packaging, high temperature and frozen method etc. Conclusion : These methods should be considered potential cost and Feasibility and it should meet the condition that stated “"Do not change the therapeutic effects of the herbal medications.” in the KP. Also supporting policy for expanding low temperature storage facilities in distribution area will raise possibility of success.

Background : Most of cases in korea, distributed herbal medications are storaged in room temperature and it causes many insect pests during storage. Despite the fact, there is little research about storage conditions. Temperature and humidity in storehouse are highly related with pests’ overwintering, generation length and the number of occurrence in summer. Consequently, in this research, major pests’ overwintering was studied by reviewing facility condition, temperature and humidity in major regional storehouses. The results of this would help to develop how to manage pest occurrence in distributed herbal medications. Methods and Results : For this study, storage facilities was investigated at different regions including Gyeongdong Market in Seoul, the pharmaceutical company in Daegu and farmhouse in Youngcheon by monitering temperature, humidity, ventilator, air conditioning and heating on ground and underground places from June 2014 to July 2016. including Upon investigation, most of building using for storage had simple ventilators. Whereas in case of farmhouse, it is vulnerable to maintaining quality. Because most farmhouse had temporary buildings which are difficult to control temperature and humidity. In addition, among the other surveyed warehouses, Basement in the Gyeongdong Market had most favorable condition for pest overwintering. The lowest temperature of it was seldom below zero maintaining level of about 1.5℃ and average temperature was about 10℃ in underground warehouse during winter. And the ground warehouse of Daegu had similar patterns in temperature and humidity with that of Seoul in that being over 0℃ even in the winter. In Youngcheon, the temperature of farmhouse was below zero degree and the daily range of temperature and humidity was wide. It caused difficulty of overwintering of insect pests but possible to inhabit. Conclusion : According to a study by Han-Mo, Koo(1997), it was impossible to overwinter for Lasioderma serricorne F. which is dominant medicinal plants’ pest in north of the Chungcheong region’s warehouse due to low temperature. But in case of investigated warehouses, it was possible to overwinter because of the high temperature in office building or basement storage area. In order to make prediction of pest occurrence and comprehensive measures, it is urgent to take more investigation by regional groups and types of storage.

Background : The purpose of this study is to investigate the effect of the ridge and mulching cultivation and adapted sowing(planting)time in stable medicinal herbs production of Lithospermum erythrorhizon Siebold et Zuc. And it accomplished one’s purpose to GAP guide manual established standard method of cultivation technology, contribute to the enlargement of farm’s income. Methods and Results : Method of cultivation type with the ridge and covering material were conducted under two condition compose to open cultivation (level row : 120㎝ ridging, black polyethylene mulching) and plastic greenhouse cultivation (high row : 90㎝ ridging, non-woven fabric mulching). Sowing with Daehong varieties in April 17, transplanting July 25 by growing pot seedling for 40 days in 2015. Planting density were spaced 30㎝ apart in inter-rows 10 ㎝ apart intra-row. Fertilizing level of N-P-K-Compost (fermented mixed oil cake fertilizer) applied at 6-4-6-300 ㎏․10 a−1, 60% of basal fertilizer in March 14, 40% of top dressing were four times application in April 14 ～July 15. Plot design randomized block 3 repetition. Conclusions : Compared to level ridging on black polyethylene mulching open cultivation for growing plastic greenhouse with the high ridging non woven mulching cultivation, seed yields havesting 1.4 times, the dried roots yields increased in 0.7 times. Also, Growth characteristics by sowing time in April 16. compared to planting time in July 25. Length of stem and main root of above-ground, subterranean part growth increment rising highest. Seed and dried roots yields with increased by 71%, 30%. respectively.

Background : Adenophora triphylla var. japonica Hara. is one of the important oriental medicinal herbs being used to cure lung/respiratory diseases. It belongs to the five Sam (ginseng) including Panax ginseng, Salvia miltiorrhiza, Sophora flavescens, and Scrophularia buergeriana. In 2015, Korea produced 72 tons of medicinal herbs in a 14-hectare area and imported 24 tons valued at US$95,000. This study was carried out to investigate the effect of several biopesticides to control leaf spot of A. triphylla var. japonica Hara. Methods and Results : One year plants at the Department of Herbal Crop Research, NIHHS, RDA were used. The treatments used biopesticides such as plant extracts (BP), microbial agent (DM), microbial agent (PJ), sulfur powder (HS), and controlled chemicals (ST), while non treatment (NT) was used as control. After the early part of disease outbreak, the plants were treated four times with 7 days interval. The incidence of leaf spot, efficacy, phytotoxicity and control value were investigated. Based on the efficacy test, incidence of leaf spot is lowest at 15.6% in plant extracts (BP). Other biopesticides showed higher incidence - 16.7% for microbial agent (DM), 17.8% for microbial agent (PJ), 18.9% for sulfur powder (HS) and 71.1% for non treatment (NT), compared with 11.1% in controlled chemicals (ST). The microbial agent (PJ), sulfur powder (HS), plant extracts (BP) and microbial agent (DM) were not damaged in the phytotoxicity test. In the test of application dose, time and methods, the control value was highest in plant extracts (BP) at 78.1%, followed by microbial agent (DM) at 76.6%, microbial agent (PJ) at 75.0%, and sulfur powder (HS) at 73.4% , compared with controlled chemicals (ST) at 84.4%. Conclusion : It is possible to use biopesticides at the proper time to prevent leaf spot in Adenophora triphylla var. japonica Hara.

Background : Adenophora triphylla var. japonica Hara. is used to cure respiratory/ lung diseases, which makes it an important oriental medicinal herb. It is one of the five Sam (ginseng), which includes Panax ginseng, Salvia miltiorrhiza, Sophora flavescens, and Scrophularia buergeriana. In 2015, Korea imported 24 tons of medicinal herbs worth US$95,000. This study was carried out to investigate the effect of several mulching materials on the growth and root yield of A. triphylla var. japonica using organic fertilizer. Methods and Result : Seeds of A. triphylla var. japonica were collected at the nursery of the Department of Herbal Crop Research, NIHHS, RDA in 2015. Mulching materials used are black plastic, black woven fabric, and biodegradable plastic. Hand weeding was done to serve as control. The soil was fertilized two months before planting. Seeds of A. triphylla var. japonica were sowed in tray in early March and were allowed to grow for two months. It was planted in early May with planting density of 30 ㎝ x 15 ㎝ and was covered with various mulching materials. Parameters investigated are survival rate, aerial part and root growth characteristics, and yield at harvest time. Results showed that biodegradable plastic is most favorable for plant growth with height of 17.2cm, leaf length of 13.4cm and leaf width of 5.6 ㎝. Dry plant weight was heaviest in biodegradable plastic treatment at 2.8 g, and lightest at 2.5 g when planted without mulch. Biodegradable plastic has the highest dry root weight of 19.3 g, followed by black vinyl (18.4 g), woven fabric (18.3 g) and without mulch (17.9 g). The yield obtained per 10 a was highest in biodegradable plastic treatment at 174 ㎏, while black vinyl and woven fabric treatments produced 169 ㎏ and 160 ㎏, respectively. Plants without mulch had the lowest yield of 157 ㎏. Conclusion : In the above results, biodegradable plastic and woven fabric are considered suitable mulching materials for the cultivation of A. triphylla var. japonica.

Background : There are about 30 species of Adenophora triphylla which grow wild in Korea. but they are very similar so that it is difficult to distinguish with the naked eye. Therefore, it is separated by conformational differences such as leaf shape and flower size. However, these morphological distinction is not useful because even in the same type there are differences by a growth phase or the environment. It is difficult to identify and classify Adenophora triphylla because the phenotypes between plant individuals are diverse greatly even within the same type. For this reason, we will investigate the flowering characteristics of Adenophora triphylla and this information will be used as the basis for the breeding line. Methods and Results : We used the second year Adenophora triphylla in Herbal Crop Research Division, Department of Herbal Crop Research in Eumseong. We Investigated flowering characteristics from June 2015 to November 2015. The 34 individuals of 134 individuals were died by pests and diseases. Depending on the flowering and fruition characteristics were classified into 5 populations, except for the early and late maturing individuals. Conclusions : The flowering period of Adenophora triphylla is 1 month from mid-July to mid-August, and it takes 15 days from the flowering season to the 70% of flowering. It usually takes about 60 days from flowering to fruition, and the fruition is finished in mid-October.

Background : Angelica gigas N., one of the herbs has been used most frequently with Glycyrrhiza uralensis. It is usually cultivated in semi-alpine of more than 400m in North Central province of South Korea. However its production is becoming more unstable due to the climate change especially abnormally high temperature. In particular, the environmental change may cause not only a change in production but also a change in active ingredient of Angelica gigas N. This study was performed to investigate these problems. Methods and Results : This study was carried out in temperature gradient tunnel(TGT) in Pyeongchang, Gangwon province. Temperature conditions were maintained the ambient+0~2℃ (T1), ambient+2~4℃(T2), ambient+4~5℃(T3) throughout the year. We planted and grown one year old seedlings of Angelica gigas N. from mid-April to early November. As a result, there was no difference in early growth of Angelica gigas N. among the temperature range but there was a difference between each treatment region from the survey in June. Average length of soot in T1, T2, T3 was the largest(36cm), medium(27cm), smallest(19cm) respectively. This trend was similar to a survey in September and November. Each of death rate was 0%(T1), 19%(T2), 71%(T3). There was no bolting according to the temperature. The yield of a plant of Angelica gigas N. was 476g(T1), 76g(T2), 26g(T3), respectively. Production of Angelica gigas N. is foreseen 84.7% and 94.5% reduction if the temperature rises to 3±1℃ and 4±1℃ more than it is at present based on temperature in Pyeongchang 2015. Total amount of Decursin was reduced at higher temperatures. Conclusion : The results of this study show that quality and production of Angelica gigas N. is expected to decline significantly if the temperature rise than the current. Therefore development of various techniques is required to response to climate change.

Background : The purpose of this study was to evaluate methods to high quality medicinal vegetables, thereby increasing farm income. This study investigated the effects of different covering material and weed eliminating on stable foliage production in Peucedanum japonicum Thunberg. Methods and Results : method of weed elimination with covering material were conducted under four condition compose to Non covering(4～6 times by manual weed control), Barley straw cutting covered with 700㎏․10 a−1, Rice straw cutting covered with 500㎏․10 a−1, Rice husks covered with 1,000㎏․10 a−1. Fermented mixed oil cake compost applied at 380㎏․10 a−1, 60% of basal fertilizer in March 14, 40% of top dressing were four times application in April 14 ～July 15. Sowing dates were March 25, 2015. Plants were spaced 15 ㎝ apart in rows 15 ㎝ apart with open cultivation. Conclusions : Rice husks covering < Barley straw covering < Barley straw covering cultivation this order, aerial part as a result were plenty amount of growth. Weed the rates was 12 to 29% lower incidence. Green leaf yields is uncovering control plot (915 kg․10 a−1) compared to 2% from covering rice husks, barley straw and rice straw covering increased to 18%, 20%, respectively.

Background : The purpose of this study was to evaluate methods to high quality medicinal vegetables, thereby increasing farm income. This study investigated the effects of different organic fertilizer and applicated cultivation on stable foliage production in Peucedanum japonicum Thunberg. Methods and Results : method of application with organic fertilizer were conducted under nine condition compose to control(non application), N-P2O5-K2O (20-12-10)㎏․10 a−1, Hyphal incubation compost(HIC) applied at 851㎏․10 a−1, Hangawi organic compost(HOC) applied at 547㎏․10 a−1, Fermented mixed oil cake compost(FMOC) applied at 380㎏․10 a−1, 60% and 40% of basal fertilizer in March 12, top dressing were four application in April 12, May 12, June 13 and July 12, respectively. Sowing dates were March 23, 2015. Plants were spaced 15 ㎝ apart in rows 15 ㎝ apart with open cultivation. Conclusions : chemical fertilizers < hyphal incubation compost < hangawi organic compost < fermented mixed oil cake compost application, top dressing than 60% in order of 40% additional fertilizer, aerial part as a result were so many such amount of growth as number of leaf per plant, etc., Green leaf yields is untreated control plot (875 kg․10 a−1) compared to 12% from using chemical fertilizers, HIC application 18% higher, HOC application 20% higher, and FMOC application increased to 28% of the most.

Background : The roots of Curcuma longa Radix is used to make herbal medicine, which is registrated in the Korean Pharmacopoeia. This species is a perennial herb, and is distributed throughout tropical and/or sub tropical regions. High temperature and humidity with small difference between daytime and nighttime is the finest environment condition in this species. Recently, demand for C. longa has been expanded to cultivation area as central region from southern region. Therefore, this study aimed to investigate the effect of harvest time on the growth, yield characteristics and main composition contents in C. longa. Methods and Results : Curcuma longa rhizomes were harvested from farmland in Jindo, Jeollanam-do in end October, early November, middle November, end November, early December, middle December and end December 2015. Harvested rhizome were dried in hot air drier, and it was investigated as growth characteristics and yield. Contents of curcumin, demethoxycurcumin, bisdemethoxycurcumin was analyzed from dried powder of rhizome. The analysis column was used to Phenomenex, Kinetex 2.6um F5 100A 100*2.1mm. 10 mg of standard was taken, 80% MeOH was added to dissolve in 10 ㎖ flask. 0.5, 1, 2, 4 ㎖ was taken from dissolved solution and then was added to 10 ㎖ of 80% MeOH. It was filtered through 0.45 ㎛ filter and then 5 μℓ was taken to make standard solution. Analytical calibration curve was measured to diluted solution within sample concentration. 2 g of ground sample was taken, 40㎖ of 80% MeOH was added to extract by ultrasound sonication during 60 minutes and then it was filtered through 0.2 ㎛ filter to analyze component content. Conclusion : The root weight significantly increased from 376.1 g in end October to 695.9 g in end December as 1.8 double. Curcumin contents differed significantly among harvest times in end November and early December. Demethoxycurcumin increased from early November to end November, and Bisdemethoxycurcumin increased to the early November.

Background : Adenophora triphylla var. japonica Hara. is used to cure internal organ, which is called to important one of the five “Sam (ginseng)” oriental medicinal herbs included Panax ginseng, Salvia miltiorrhiza, Sophora flavescens, Scrophularia buergeriana. Korea imported 24 ton 129 thousand dollar for medicinal herbs and 23 ton 29 thousand dollar for food at 2013. This study was carried out to investigate the effect of several organic compost on the growth and root yield of A. triphylla var japonica with organic fertilizer. Methods and Results : Seeds were collected from Adenophora triphylla var. japonica Hara. at last year in nursery of Department of Herbal Crop Research, NIHHS, RDA. Four types organic fertilizer (germiculture (GG), granular mix oil cake (CJ), mixed organic (DJ), plant oil cake (TG)), chemical fertilizer (CF) and non-fertilizer (NF) were treated. It was fertilized on soil before 2 month of planting. Seeds A. triphylla var. japonica were sowed in tray at early March and then were grown during 2 month. It were planted in furrowed nursery at early with 30 × 10 cm planting distance and black vinyl covering condition. Soil chemical property, survival rate, aerial part and root growth characteristics and yield were investigated at harvest time. For main composition analysis, 10 mg of standard (b-sitosterol, lupenone) was taken, 80% MeOH was added to dissolve in 10 ㎖ flask. 0.5, 1, 2, 4 ㎖ was taken from dissolved solution and then was added to 10 ㎖ of 80% MeOH. It was filtered through 0.45 ㎛ filter and then 5 μℓ was taken to make standard solution. Analytical calibration curve was measured to diluted solution within sample concentration. 2 g of ground sample was taken, 40㎖ of 80% MeOH was added to extract by ultrasound sonication during 60 minutes and then it was filtered through 0.2 ㎛ filter to analyze component content. Conclusion : GG and DJ were the most suitable for organic cultivation of denophora triphylla var. japonica. Content of beta-sitosterol showed the highest value in DJ treatment and the lowest value in CF. Content of lupenone showed the highest value in DJ and the lowest value in CJ.

새로운 참깨품종 ‘밀성’을 농촌진흥청 작물시험장 영남 시험장에서 2007년에 개발하였다. 교배조합은 이리4호와 ‘수원131호’로 고품질, 다수성, 내병성을 목적으로 하였다. ‘밀성’은 계통육종법을 이용하여 생산력검정시험, 지역적응성 검정시험을 거쳐 개발되었다. ‘밀성’은 소분지이고 3과성, 2실 4방의 꼬투리를 가지고 있다. 그리고 ‘밀성’의 개화기는 7월 1일로 표준품종인 ‘양백’보다 2일 빨랐다. 또한 성숙기는 8월20일로 ‘양백’과 같았다. ‘밀성’의 경장은 129 cm로 ‘양백’과비슷했다. 하지만 ‘밀성’은 ‘양백’보다 많은 27개의 착삭절을가지고 있어 밀삭형이다. ‘밀성’의 천립중은 2.79 g으로 ‘양백’보다 컸다. ‘밀성’의 역병저항성 및 도복저항성은 ‘양백’과비슷했고 ‘밀성’의 수량은 98 kg/10a로 ‘양백’보다 5% 증수하였다. ‘밀성’은 유지함량은 ‘양백’보다 적었으나 단백질함량은 많았다. 지방산 중 올레산의 비율은 45.8%였고 세사민함량은 2.8 mg/g, 세사몰린 함량은 3.0 mg/g이었다.