干旱地区农业研究
榦旱地區農業研究
간한지구농업연구
AGRICULTURAL RESEARCH IN THE ARID AREAS
2015年
1期
165-169,212
,共6页
姜凤超%王玉柱%孙浩元%杨丽%张俊环
薑鳳超%王玉柱%孫浩元%楊麗%張俊環
강봉초%왕옥주%손호원%양려%장준배
宽窄行种植%光照分布%产量%品质%桃树
寬窄行種植%光照分佈%產量%品質%桃樹
관착행충식%광조분포%산량%품질%도수
wide and narrow row planting%light distribution%yield and quality%peach
以桃品种‘改良白凤’为试验材料,以常规种植(株行距为5m×2m ,999株·公顷-1)为对照,分析宽窄行种植模式(WN,株距2m,宽行4m,窄行1m,1998株·公顷-1)对光照分布、单位面积产量、果实品质的影响。结果表明:常规种植开心形光照主要集中在上层,下层相对光照强度多低于20%;宽窄行种植V型,上层相对光照强度基本保持在80%以上,中下层相对光照强度基本保持在40%左右;2011、2012年和2013年宽窄行处理单位面积产量分别比常规处理高31.3%、41.0%和33.1%;宽窄行种植显著提高桃果实中蔗糖含量、降低苹果酸含量、提高果实糖酸比。因此,宽窄行种植不仅可以改善树体冠层内光照强度,还能改善果实产量与品质,是一种理想的栽培方式。
以桃品種‘改良白鳳’為試驗材料,以常規種植(株行距為5m×2m ,999株·公頃-1)為對照,分析寬窄行種植模式(WN,株距2m,寬行4m,窄行1m,1998株·公頃-1)對光照分佈、單位麵積產量、果實品質的影響。結果錶明:常規種植開心形光照主要集中在上層,下層相對光照彊度多低于20%;寬窄行種植V型,上層相對光照彊度基本保持在80%以上,中下層相對光照彊度基本保持在40%左右;2011、2012年和2013年寬窄行處理單位麵積產量分彆比常規處理高31.3%、41.0%和33.1%;寬窄行種植顯著提高桃果實中蔗糖含量、降低蘋果痠含量、提高果實糖痠比。因此,寬窄行種植不僅可以改善樹體冠層內光照彊度,還能改善果實產量與品質,是一種理想的栽培方式。
이도품충‘개량백봉’위시험재료,이상규충식(주행거위5m×2m ,999주·공경-1)위대조,분석관착행충식모식(WN,주거2m,관행4m,착행1m,1998주·공경-1)대광조분포、단위면적산량、과실품질적영향。결과표명:상규충식개심형광조주요집중재상층,하층상대광조강도다저우20%;관착행충식V형,상층상대광조강도기본보지재80%이상,중하층상대광조강도기본보지재40%좌우;2011、2012년화2013년관착행처리단위면적산량분별비상규처리고31.3%、41.0%화33.1%;관착행충식현저제고도과실중자당함량、강저평과산함량、제고과실당산비。인차,관착행충식불부가이개선수체관층내광조강도,환능개선과실산량여품질,시일충이상적재배방식。
The aim of the present work was to evaluate the effects of different cultivation system including conven-tional cultivation (CK ,spacing 5 m × 2 m ,999 trees·hm-2 ) and wide and narrow row planting (WN ,spacing 2 m , wide row 4 m ,narrow row 1 m ,1 998 trees·hm-2 ) on light intensity distribution ,and the content of sugar and acid components ,yield per hectare ,and fruit quality of ‘GaiLiangBaiFeng’ peach .The results showed that compared with CK ,WN allowed the light to be evenly distributed .Under CK ,the light was mostly distributed in the top layer and the light intensity in the lower portion was less than 20% .However ,it was over 40% in the middle and lower layers under WN .In 2011 ,2012 and 2013 ,it was found that the yield of peach was significantly improved by WN and the yield per hectare was 31 .3% ,41 .0% and 33 .1% ,respectively ,higher than that by CK .The sucrose content and sugar acid ra-tio were significantly increased by WN ,but the malate content was decreased significantly .Therefore ,WN not only could improve canopy light intensity in the tree ,but also could enhance the yield and quality of fruit ,demonstrating that WN may be an ideal way of cultivation .