气候变化对水稻生产的影响特征及未来情景分析

项目来源

国(略)研(略)((略)D(略)

项目主持人

王(略)

项目受资助机构

中(略)科(略)业(略)农(略)研(略)

立项年度

2(略)

立项时间

未(略)

项目编号

2(略)YFD0300101

项目级别

国(略)

研究期限

未(略) (略)

受资助金额

2(略)0(略)

学科

粮(略)增(略)创(略)

学科代码

未(略)

基金类别

未(略)

水(略)季(略)东(略) (略)端(略);(略)高(略) (略)率(略)未(略)情(略) (略) (略)烷(略);(略)e(略)c(略)r(略)h(略)r(略) (略)h(略) (略)v(略)e(略)f(略)r(略)a(略)C(略)a(略)e(略)e(略)p(略)i(略)a(略)n(略)e(略)e(略)t(略)e(略)u(略);(略)c(略)e(略) (略)q(略)c(略) (略) (略)u(略)c(略)a(略)s(略)a(略)s(略)r(略) (略)l(略) (略) (略)s(略)n(略)

参与者

王(略)李(略)霄(略)

参与机构

中(略)科(略)院(略)源(略)区(略)所(略)气(略);(略)业(略)

项目标书摘要:东北(略)季内无降雨日数、生(略)生长季连续无雨日数(略)现明显的增加趋势;(略)的拔节—孕穗—抽穗(略)续无雨日数发生在水(略)青期和乳熟—成熟期(略)连续无雨日数以6-(略)龙江省的中部地区和(略)发生频率增加,无降(略)升趋势。东北三省日(略)气出现天数和连续3(略)5 ℃天气出现次数(略)连续3 d日最高气(略)集中出现在水稻的分(略)OF 和 CHTO(略)西向东递减的趋势,(略)分布在辽宁和吉林的(略)HTAT 在空间上(略)格局。完成了高分辨(略)利用高分辨率开展水(略)情况较好。分析基于(略)、辐射适宜度和综合(略)的变化特征,为指导(略)变化提供参考依据。

Applicati(略): testIn (略)OTDD,GPTD(略) TCDD>10 (略)owed incr(略)ds,GPRr25(略) mainly o(略)the Tilli(略)inting st(略) stage an(略)ge of ric(略)provinces(略)st China.(略)red in th(略)age,three(略),transpla(略),returnin(略)ge,Milky (略)ature sta(略)curred mo(略)ly in 6-1(略)occurrenc(略) of GPRr2(略) in the c(略)on of Hei(略)rovince a(略)tern regi(略) Province(略)oportion (略)days in g(略)d showed (略)nt upward(略)961-2014,(略) days of (略)above 35℃(略)ence time(略)hich abov(略)ast for m(略)days were(略)d increas(略)the weath(略)which abo(略)last for (略) days are(略)lering st(略)g Stage a(略)Stage of (略)ee provin(略)heast Chi(略) the high(略)nce frequ(略)ontinuous(略)patial ch(略)d of HTOF(略)decreases(略)to east a(略)ions with(略)tinuous f(略)e concent(略)e west of(略)rovince a(略)ovince.Th(略)istributi(略)and CHTAT(略) the dist(略)ttern of (略)nd low ea(略)ng the co(略)of high-r(略)limate sc(略)ce climat(略)s evaluat(略)ed by hig(略)n,and bet(略)ion.Analy(略)d on memb(略)tion of t(略)precipita(略)ion suita(略)the index(略)neral sui(略)fectivene(略)ent varia(略)teristics(略)uidance o(略)ides refe(略)just prod(略)esponse t(略)hange.The(略)ds of met(略)ons dropp(略)2.7Gg to (略)om 1980 t(略)northeast(略)ne emissi(略)ed from 6(略)0.5Gg.Ric(略)e season (略)s methane(略)increase (略)ly,double(略)e and lat(略)ies metha(略)s down si(略).Reducing(略)lling rel(略)izer fert(略)nology to(略) accumula(略)e fields (略)N2O emiss(略) is remar(略)

项目受资助省

北(略)

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