山东农业科学
山東農業科學
산동농업과학
SHANGDONG AGRICULTURAL SCIENCES
2014年
9期
49-52
,共4页
花生%地膜覆盖%荚果性状%成熟饱满度%产量
花生%地膜覆蓋%莢果性狀%成熟飽滿度%產量
화생%지막복개%협과성상%성숙포만도%산량
Peanut%Film mulching%Pod traits%Maturity and plumpness%Yield
在春播大田栽培条件下,对比研究了花生覆膜和露地种植方式的植株性状、干物质积累变化动态和荚果的成熟饱满度。结果表明:与露地栽培相比,覆膜栽培花生结荚期的主茎高、侧枝长、主茎绿叶数和叶面积指数显著增加;同时覆膜栽培花生显著增加产量形成期整株和荚果的干物质积累,可促进荚果发育,快速积累期可提前1周左右,荚果干重与整株干重的快速增长期基本一致;覆膜栽培提高花生的单株结果数、百果重、收获指数、出仁率、荚果和籽仁成熟饱满度,增产25.22%。研究认为,覆膜可协调花生营养生长和生殖生长,主要通过增加百果重、荚果及籽仁成熟饱满度提高产量。
在春播大田栽培條件下,對比研究瞭花生覆膜和露地種植方式的植株性狀、榦物質積纍變化動態和莢果的成熟飽滿度。結果錶明:與露地栽培相比,覆膜栽培花生結莢期的主莖高、側枝長、主莖綠葉數和葉麵積指數顯著增加;同時覆膜栽培花生顯著增加產量形成期整株和莢果的榦物質積纍,可促進莢果髮育,快速積纍期可提前1週左右,莢果榦重與整株榦重的快速增長期基本一緻;覆膜栽培提高花生的單株結果數、百果重、收穫指數、齣仁率、莢果和籽仁成熟飽滿度,增產25.22%。研究認為,覆膜可協調花生營養生長和生殖生長,主要通過增加百果重、莢果及籽仁成熟飽滿度提高產量。
재춘파대전재배조건하,대비연구료화생복막화로지충식방식적식주성상、간물질적루변화동태화협과적성숙포만도。결과표명:여로지재배상비,복막재배화생결협기적주경고、측지장、주경록협수화협면적지수현저증가;동시복막재배화생현저증가산량형성기정주화협과적간물질적루,가촉진협과발육,쾌속적루기가제전1주좌우,협과간중여정주간중적쾌속증장기기본일치;복막재배제고화생적단주결과수、백과중、수획지수、출인솔、협과화자인성숙포만도,증산25.22%。연구인위,복막가협조화생영양생장화생식생장,주요통과증가백과중、협과급자인성숙포만도제고산량。
Under field cultivation and spring sowing conditions , the experiments were carried out to study the plant traits, dry matter accumulation dynamics and pod maturity and plumpness under film mulching and open field planting patterns .The results showed that , compared with open field cultivation , the main steam height, lateral branch length, number of leaves on main steam and leaf area index under film mulching treat-ment were significantly increased at pot -setting stage .Meanwhile , the dry matter accumulation of whole plant and pod under film mulching treatment were significantly increased at yield -forming stage , which could pro-mote pod development , ahead of rapid accumulation period for one week , and the period of whole plant was basically the same as that of the pod .Film mulching cultivation increased the number of pod per plant , 100-pod weight , harvest index , kernel percent , pod and kernel maturity and plumpness , and the yield increased by 25.22%.Comprehensive evaluation showed that , film mulching cultivation could coordinate the vegetative and reproductive growth of peanut , and increase pod yield mainly through increasing 100-pod weight , pod and kernel maturity and plumpness .