现代农药第20卷第2期
2016102482Al[P$. 2016-06-30.[30] RAUN F, GOCKEL B, HUWYLER N, et al. Substituted succin
imide derivatives as pesticides: WO, 2018197466A1[P]. 2018-11-01.
[31] HUWYLER N, KOERBER K, NARINE A. Substituted glutarimide
derivatives: WO, 2020038821A1[P]. 2020-02-27.
[32] BASTIAANS H M M, BINDSCHAEDLER P, BRAUN F, et al.
Method for controlling pests of plants : WO, 2017153218A1 [P].
2017-09-14.
[33] IHARA H, KUMAMOTO K. Isoxazoline compounds and their ueachtime
in pest control: WO, 2008126665A2[P]. 2008-10-23.
[34] IHARA H, KUMAMOTO K. Hydrazide compound and u of the
same in pest control: WO, 2010090344A1[P]. 2010-08-12.
[35] KOWATA A, UJIHARA K. Hydrazide compound, and u thereof
(上接第11页)
[18] LI M, XU W, HU D, et al. Preparation and application of pyra-
clostrobin microcapsule formulations[J]. Colloids and Surfaces A, 2018, 553:578-585.
[19] ZHANG M, ZHU Z, YUAN S, et al. One-step microencapsulation
and spraying of pesticide formulations for improved adhesion and sustained relea[J]. Journal of Microencapsulation, 2019, 36(7):
649-658.
[20] YAN X, WANG Y, LIU H, et al. Synthesis and characterization of
melamine-formaldehyde microcapsules containing pyraclostrobin
by in situ polymerization [J]. Polymer Science Series B, 2018, 60(6)高三家长会发言稿
: 798-805.[21] VOLOVA T, PRUDNIKOVA S, BOYANDIN A, et al. Construct
ing slow-relea fungicide formulations bad on poly(3-hydroxy- butyrate) and natural materials as a degradable matrix[J]. Journal of
Agricultural and Food Chemistry, 2019, 67(33): 9220-9231.
[22] 王娅,王昱翔,张盈,等.菌酯/二氧化硅微球的释放行为 for controlling harmful arthropods : WO, 2015005408A1 [P].
2015-01-15.
[36] ARAKI K, BECKER A, DOMON K, et al. Pesticidal con
dend-ring aryl compounds: WO, 2009112275A1[P]. 2009-09-17.
el
[37] MIHARA J, MURATA T, SHIBUYA K, et al. Incticidal isoxazo
lines: WO, 2008019760A1[P]. 2008-02-21.
[38] GOERGENS U, MIHARA J J, ETSUYA, et al. Incticidal aryl
isoxazoline derivatives: WO, 2008122375A2[P]. 2008-10-16.
[39] LAHM G P, SHOOP W L, XU M. Isoxazolines for controlling30的英文
invertebrate pests: WO, 2007079162A1[P]. 2007-07-12.
[40] LAHM G P, LONG J K, XU M. Naphthalene isoxazoline inverte
brate pest control agents: WO, 2009002809A2[P]. 2008-12-31.
(责任编辑:徐娟)
saint
acrylic与生物活性评价!J ].农药学学报,2018, 20(4): 506-513.
[23] CAO L, ZHANG H, ZHOU Z, et al. Fluorophore-free luminescent
double-shelled hollow mesoporous silica nanoparticles as pesticide
delivery vehicles[J]. Nanoscale, 2018, 10(43): 20354-20365.
life vest[24] XU C, CAO L, ZHAO P, et al. Emulsion-bad synchronous pesti
ioe
kiss me goodbyecide encapsulation and surface modification of mesoporous silica
nanoparticles with carboxymethyl chitosan for controlled azoxys- trobin relea[J]. Chemical Engineering Journal, 2018, 348: 244-254.
[25] LI B, WANG W, ZHANG X, et al. Using coordination asmbly as
the microencapsulation strategy to promote the efficacy and envi
ronmental safety of pyraclostrobin[J]. Advanced Functional Materi als, 2017, 27(29): 1701841.
[26] SHAN Y, CAO L, MUHAMMAD B, et al. Iron-bad porous met
al-organic frameworks with crop nutritional function as carriers for
controlled fungicide relea[J]. Journal of Colloid and Interface Science, 2020, 566: 383-393.
(责任编辑:高蕾)
2020 !巴 售* 121
同1 10.4%
]
据巴西植保产品行业联盟发布的数据,2020年,巴西农药市场的美元价值下降了 10.4%,销售额为121亿美元,而2019年; 销售额为135亿美元。 +
Sindiveg 总裁J !lio Borges 表示,从2020年1—12月,该行业的汇率损失为18.5%_雷亚尔兑美元持续贬值对农药行业来说t 是一个巨大的挑战,因为大部分 品
的 于来自中国 价格的 涨以 物流
于
了一番)的
,
品的价格将还进一步上涨
中国 续增长,年来的 , 了
lacefox
兑美元的 值,
的 涨,
行业
农业 品价格 以美元 的产品价值 降 12月的
1.4% ,
, 物保 产品市场价值从93.83
亿美元 103.07亿美元,
了 10%_以美元计算,是该行业五年来
销售下_ Sindiveg ,农药市场的
是由该行业出售的产品价值来衡量,是农村生产为农作物 的农 品的价格来 _因此,
中,了行业的
,销商的利润率也被纳 内。值得关注的一点是,2020年,农药处理过的土地面积进;
一步扩大,导致一结果主要 个因素,一是扩大了几种农物的植面积;另外一个根 因是物中病虫害导致的植+
物检疫压力 _ +
巴西2020年使用农药处理的土地面积增长了6.9%,达到16亿hm 2,比2019年增加107亿hm 2_
(来源:Grupo Cultivar )]
-22
-