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
135-140
,共6页
纪学伟%成自勇%张芮%赵霞
紀學偉%成自勇%張芮%趙霞
기학위%성자용%장예%조하
酿酒葡萄%滴灌%调亏灌溉%耗水规律%果实%产量%品质%荒漠绿洲区
釀酒葡萄%滴灌%調虧灌溉%耗水規律%果實%產量%品質%荒漠綠洲區
양주포도%적관%조우관개%모수규률%과실%산량%품질%황막록주구
wine grape%drip irrigation%regulated deficit irrigation%water consumption regularity%fruit%yield%quality%desert oasis
以13 a 生酿酒葡萄梅鹿辄(Merlot)为试材,研究滴灌条件下水分调控对梅鹿辄耗水规律、产量与品质的影响。结果表明,浆果生长期耗水强度达2.64~3.66 mm?d -1,耗水模数占到50%以上,该阶段亏水减产幅度高达61.2%,WUE 降低38.5%,同时导致总糖和可溶性固形物含量降低,可滴定酸含量升高;新梢生长期和开花座果期重度亏水对产量影响较小,WUE 可提高10%左右;浆果成熟期重度亏水可以显著提高酿酒葡萄总糖和可溶性固形物含量,降低可滴定酸含量,但同时减产幅度为44.7%,WUE 降低23%。综合分析认为,本试验中新梢生长期和开花座果期重度亏水、浆果生长期充分供水、浆果成熟期适度亏水是提高酿酒葡萄产量、WUE 以及改善果实品质总体最优的水分调控模式。
以13 a 生釀酒葡萄梅鹿輒(Merlot)為試材,研究滴灌條件下水分調控對梅鹿輒耗水規律、產量與品質的影響。結果錶明,漿果生長期耗水彊度達2.64~3.66 mm?d -1,耗水模數佔到50%以上,該階段虧水減產幅度高達61.2%,WUE 降低38.5%,同時導緻總糖和可溶性固形物含量降低,可滴定痠含量升高;新梢生長期和開花座果期重度虧水對產量影響較小,WUE 可提高10%左右;漿果成熟期重度虧水可以顯著提高釀酒葡萄總糖和可溶性固形物含量,降低可滴定痠含量,但同時減產幅度為44.7%,WUE 降低23%。綜閤分析認為,本試驗中新梢生長期和開花座果期重度虧水、漿果生長期充分供水、漿果成熟期適度虧水是提高釀酒葡萄產量、WUE 以及改善果實品質總體最優的水分調控模式。
이13 a 생양주포도매록첩(Merlot)위시재,연구적관조건하수분조공대매록첩모수규률、산량여품질적영향。결과표명,장과생장기모수강도체2.64~3.66 mm?d -1,모수모수점도50%이상,해계단우수감산폭도고체61.2%,WUE 강저38.5%,동시도치총당화가용성고형물함량강저,가적정산함량승고;신소생장기화개화좌과기중도우수대산량영향교소,WUE 가제고10%좌우;장과성숙기중도우수가이현저제고양주포도총당화가용성고형물함량,강저가적정산함량,단동시감산폭도위44.7%,WUE 강저23%。종합분석인위,본시험중신소생장기화개화좌과기중도우수、장과생장기충분공수、장과성숙기괄도우수시제고양주포도산량、WUE 이급개선과실품질총체최우적수분조공모식。
This experiment studied the effect of water regulate and control on water consumption regularity ,yield and quality of wine grape (Merlot ,13 a) under drip irrigation .The results showed that water consumption intensity in berry growth period reached 2 .64 ~ 3 .66 mm?d - 1 ,the water consumption modulus accounted more than 50% .Mean-while ,the yield reduced 61 .2% and water use efficiency dropped 38 .5% in this period ,the total sugar and soluble solids content lessened ,and the titratable acid content rised under deficit irrigation in this period .In new shoot growing period and flowering fruit-set period ,the severe water deficit had little influence on yield ,and the water use efficiency can be increased 10% .While in berry maturity period ,the severe water deficit could enhanced the total sugar and solu -ble solids content ,reduced the titratable acid content .But the yield reduced 44 .7% ,the water use efficiency can be dropped 23% .Through the comprehenve analysis ,it was the optimal water regulating and controlling model for increas-ing wine grape yield and water use efficiency ,and improving fruit qualities as severe water deficit in new shoot growing period and flowering fruit-set period ,full water supply in berry growth period ,and moderate water deficit in berry maturi-ty period .