农学学报
農學學報
농학학보
Chinese Countryside Well-off Technology
2015年
6期
117-121
,共5页
何芬%鲍顺淑%李思博%尹义蕾%周长吉%梁永江
何芬%鮑順淑%李思博%尹義蕾%週長吉%樑永江
하분%포순숙%리사박%윤의뢰%주장길%량영강
烤烟%塑料连栋大棚%漂浮育苗%温度%光环境
烤煙%塑料連棟大棚%漂浮育苗%溫度%光環境
고연%소료련동대붕%표부육묘%온도%광배경
Flue-cured Tobacco%Multi-span Plastic Greenhouse%Floating Seedling%Temperature%Light Environment
为合理调控烤烟漂浮育苗塑料大棚内环境因子和配置立体育苗人工补光方案,以烤烟幼苗不同生长时期的环境条件需求为基础,对贵州遵义地区典型配置塑料连栋大棚室内外温湿光环境及立体育苗架上不同层间的光环境进行实地测试。结果表明,棚内晴天最高温度可达25℃,阴天为15.3℃,相对湿度40%~90%,光照强度50~5000μmol/(m2· s);立体育苗架第1~4层光照强度5~90μmol/(m2· s),第5~6层40~350μmol/(m2· s)。塑料连栋温室内温湿环境适宜,光照充足,适宜烤烟幼苗的生长。但当采用6层立体育苗架育苗时,育苗架的第5、6层自然光照环境足够满足烤烟幼苗的光照需求,第1~4层中间区域均达不到烤烟幼苗生长的光照环境需求,需要进行人工补光。该试验研究为提出更为合理的环境调控措施和人工补光配置方案提供理论依据。
為閤理調控烤煙漂浮育苗塑料大棚內環境因子和配置立體育苗人工補光方案,以烤煙幼苗不同生長時期的環境條件需求為基礎,對貴州遵義地區典型配置塑料連棟大棚室內外溫濕光環境及立體育苗架上不同層間的光環境進行實地測試。結果錶明,棚內晴天最高溫度可達25℃,陰天為15.3℃,相對濕度40%~90%,光照彊度50~5000μmol/(m2· s);立體育苗架第1~4層光照彊度5~90μmol/(m2· s),第5~6層40~350μmol/(m2· s)。塑料連棟溫室內溫濕環境適宜,光照充足,適宜烤煙幼苗的生長。但噹採用6層立體育苗架育苗時,育苗架的第5、6層自然光照環境足夠滿足烤煙幼苗的光照需求,第1~4層中間區域均達不到烤煙幼苗生長的光照環境需求,需要進行人工補光。該試驗研究為提齣更為閤理的環境調控措施和人工補光配置方案提供理論依據。
위합리조공고연표부육묘소료대붕내배경인자화배치입체육묘인공보광방안,이고연유묘불동생장시기적배경조건수구위기출,대귀주준의지구전형배치소료련동대붕실내외온습광배경급입체육묘가상불동층간적광배경진행실지측시。결과표명,붕내청천최고온도가체25℃,음천위15.3℃,상대습도40%~90%,광조강도50~5000μmol/(m2· s);입체육묘가제1~4층광조강도5~90μmol/(m2· s),제5~6층40~350μmol/(m2· s)。소료련동온실내온습배경괄의,광조충족,괄의고연유묘적생장。단당채용6층입체육묘가육묘시,육묘가적제5、6층자연광조배경족구만족고연유묘적광조수구,제1~4층중간구역균체불도고연유묘생장적광조배경수구,수요진행인공보광。해시험연구위제출경위합리적배경조공조시화인공보광배치방안제공이론의거。
To control the environment factors and set artificial light scheme reasonably in multi-span plastic greenhouse used for tobacco seedling, based on the environment needed by flue-cured tobacco seedlings in different growth periods, the inside and outside environment factors and the light intensity change between seedling frame layers were tested and analyzed in Guizhou typical tobacco floating seedling plastic greenhouse. The result showed that the highest temperature could reach 25℃in sunny day, but in cloudy day, it was only 15.3℃, the relative humidity changed from 40%to 90%, and the light intensity range was 50 to 5000μmol/(m2·s), which were fit for tobacco seedling growth. When using the three-dimensional seedling frame with 6 layers, the light intensity range of the first to the fourth layer was 5-90μmol/(m2·s), and light intensity of the fifth and the sixth layer reached 40-350μmol/(m2·s), which showed that the natural light on the top two layers was enough for seedling growth, but added artificial light was needed from the first to the fourth layer. This experiment can provide theoretical proof for reasonable environment adjustment and artificial light scheme.