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
2期
191-195,202
,共6页
黄英%安进强%张芮%徐斌%王忠鹏%张晓霞
黃英%安進彊%張芮%徐斌%王忠鵬%張曉霞
황영%안진강%장예%서빈%왕충붕%장효하
施肥水平%灌水水平%葡萄%产量%品质
施肥水平%灌水水平%葡萄%產量%品質
시비수평%관수수평%포도%산량%품질
fertilization level%irrigation threshold%grape%yield%quality
为合理施肥灌水,实现设施延后栽培葡萄的优质高产,就3个施肥水平(高肥、中肥、低肥)和4个灌水水平(丰水、轻度胁迫、中度胁迫、重度胁迫)对“红地球”葡萄的产量和品质的影响进行了研究。结果表明:灌水量对葡萄纵横径和单粒重的影响达到极显著水平,水肥互作效应对果型指数呈显著水平,可溶性固形物随施肥量的增加先增加后减小,可滴定酸含量随施肥量的增加而增加,适量的施肥和适度的缺水可增加花色苷含量,提高糖酸比,葡萄产量随施肥量的增加而增加,随水分的亏缺先增大后减小。综合考虑产量和品质,中肥(N 、P 、K 分别为161.92、53.97 kg?hm -2和44.98 kg?hm -2 )和中度胁迫(55%~60%田间持水量)处理组合产量最高,品质较佳。
為閤理施肥灌水,實現設施延後栽培葡萄的優質高產,就3箇施肥水平(高肥、中肥、低肥)和4箇灌水水平(豐水、輕度脅迫、中度脅迫、重度脅迫)對“紅地毬”葡萄的產量和品質的影響進行瞭研究。結果錶明:灌水量對葡萄縱橫徑和單粒重的影響達到極顯著水平,水肥互作效應對果型指數呈顯著水平,可溶性固形物隨施肥量的增加先增加後減小,可滴定痠含量隨施肥量的增加而增加,適量的施肥和適度的缺水可增加花色苷含量,提高糖痠比,葡萄產量隨施肥量的增加而增加,隨水分的虧缺先增大後減小。綜閤攷慮產量和品質,中肥(N 、P 、K 分彆為161.92、53.97 kg?hm -2和44.98 kg?hm -2 )和中度脅迫(55%~60%田間持水量)處理組閤產量最高,品質較佳。
위합리시비관수,실현설시연후재배포도적우질고산,취3개시비수평(고비、중비、저비)화4개관수수평(봉수、경도협박、중도협박、중도협박)대“홍지구”포도적산량화품질적영향진행료연구。결과표명:관수량대포도종횡경화단립중적영향체도겁현저수평,수비호작효응대과형지수정현저수평,가용성고형물수시비량적증가선증가후감소,가적정산함량수시비량적증가이증가,괄량적시비화괄도적결수가증가화색감함량,제고당산비,포도산량수시비량적증가이증가,수수분적우결선증대후감소。종합고필산량화품질,중비(N 、P 、K 분별위161.92、53.97 kg?hm -2화44.98 kg?hm -2 )화중도협박(55%~60%전간지수량)처리조합산량최고,품질교가。
In order to fertilize and irrigate properly and get high quality and yield of greenhouse grape under delayed cultivation ,the effects of three different fertilization levels (upper level fertilization ,middle level fertilization and lower level fertilization) and four irrigation thresholds (Wet ,mild stress ,moderate stress and severe stress ) on quality and yield of “Red Globe” grape were investigated .The results indicate that the effect of different irrigation threshold on the grape diameter and grain weight was extremely significant ,the effect of interaction on the figure index become significant . Total soluble solid (TSS) first increased and then decreased with the fertilization level ,the titratable acid content in-creased with the fertilization level .It can increase anthocyanin content and enhance the grape resistance while fertilize and irrigate reasonably .The yield of grape increased with the increase of fertilization level ,and first increased and then decreased with the water deficit .By comprehensive consideration of increasing yield and grape quality ,under the treat-ment of upper level fertilization (the content of N ,P ,K were 161 .92 ,53 .97 kg?hm - 2 and 44 .98 kg?hm - 2 respective-ly) and moderate stress (55% ~ 60% θf ) ,the yield of greenhouse grape under delayed cultivation was highest and the quality was preferable .