Although thebenefitsofsilicon(Si)fe

Although thebenefitsofsilicon(Si)fertilizationforsugarcaneyieldshavealreadybeendemonstrated,few
studies haveexaminedtheeffectsofsilicatefertilizationappliedatlessthan200kgha−1 Si inthefurrow
at plantingonthesolubleSiconcentrationinthesoils,plantuptakeinsugarcane(aSi-accumulating
crop) anddamagecausedbythestalkborer(Diatraea saccharalis) underfieldconditions.Theobjective
of thisstudywastoevaluatetheeffectsofaCa–Mgsilicatethatwasappliedinthefurrowatplanting
on theavailableSiinthesoil,sugarcaneyieldsandstalkborerdamageoftwosugarcanecultivarsunder
field conditions.Twoexperimentswereconductedontwosoiltypeswithalowsiliconcontent(aTypic
Quartzipsamment-Q andaRhodicHapludox-RH)usingacompletelyrandomizedfactorialschemedesign
with fourreplicates,fourSiapplicationrates(0,55,110and165kgha−1 Si) andtwocultivars(IAC86-3396
and SP891115).Ca–Mgsilicatewasappliedduringfurrowplantingsuchthatallplotsreceivedthesame
quantity ofCaandMg.Onbothofthesoiltypes,silicatefertilizationincreasedtheSiconcentrationsinthe
soil andtheleavesoftheplantsat8monthsforboththeplantcaneandthefirstratoon,therebyshowing
residual effects.Additionally,thepotentialforsiliconfertilizationappliedinthefurrowatplantingto
reduce stalkborer(D. saccharalis) damagewasconfirmedforstalkSiconcentrationsthatweregreater
than 3gkg−1 Si asshownintheRHsoilexperiment.Therefore,thepracticeofsilicateplacementatlow
rates (

ผลลัพธ์ (ไทย) 1:

Although thebenefitsofsilicon(Si)fertilizationforsugarcaneyieldshavealreadybeendemonstrated,fewstudies haveexaminedtheeffectsofsilicatefertilizationappliedatlessthan200kgha−1 Si inthefurrowat plantingonthesolubleSiconcentrationinthesoils,plantuptakeinsugarcane(aSi-accumulatingcrop) anddamagecausedbythestalkborer(Diatraea saccharalis) underfieldconditions.Theobjectiveof thisstudywastoevaluatetheeffectsofaCa–Mgsilicatethatwasappliedinthefurrowatplantingon theavailableSiinthesoil,sugarcaneyieldsandstalkborerdamageoftwosugarcanecultivarsunderfield conditions.Twoexperimentswereconductedontwosoiltypeswithalowsiliconcontent(aTypicQuartzipsamment-Q andaRhodicHapludox-RH)usingacompletelyrandomizedfactorialschemedesignwith fourreplicates,fourSiapplicationrates(0,55,110and165kgha−1 Si) andtwocultivars(IAC86-3396and SP891115).Ca–Mgsilicatewasappliedduringfurrowplantingsuchthatallplotsreceivedthesamequantity ofCaandMg.Onbothofthesoiltypes,silicatefertilizationincreasedtheSiconcentrationsinthesoil andtheleavesoftheplantsat8monthsforboththeplantcaneandthefirstratoon,therebyshowingresidual effects.Additionally,thepotentialforsiliconfertilizationappliedinthefurrowatplantingtoreduce stalkborer(D. saccharalis) damagewasconfirmedforstalkSiconcentrationsthatweregreaterthan 3gkg−1 Si asshownintheRHsoilexperiment.Therefore,thepracticeofsilicateplacementatlowrates (<200kgha−1 Si) inthefurrowatplantingshouldbeconsideredanalternativemethodofnutritionalmanagement forsugarcaneinsandyandloamsandysoilswithadditionalbenefitsofincreasedsoluble
Si inthesoil,Siuptakeandsugarcaneyieldandmayhelpreducethestalkborerdamageof D. saccharalis.

ผลลัพธ์ (ไทย) 2:

แม้ว่า thebenefitsofsilicon (Si) fertilizationforsugarcaneyieldshavealreadybeendemonstrated
ไม่กี่ศึกษาhaveexaminedtheeffectsofsilicatefertilizationappliedatlessthan200kgha-1 ศรี inthefurrow
ที่ plantingonthesolubleSiconcentrationinthesoils, plantuptakeinsugarcane
(ASI-สะสมพืช) anddamagecausedbythestalkborer (Diatraea saccharalis) underfieldconditions.Theobjective
ของ thisstudywastoevaluatetheeffectsofaCa-Mgsilicatethatwasappliedinthefurrowatplanting
ใน theavailableSiinthesoil, sugarcaneyieldsandstalkborerdamageoftwosugarcanecultivarsunder
สนาม conditions.Twoexperimentswereconductedontwosoiltypeswithalowsiliconcontent (aTypic
Quartzipsamment-Q andaRhodicHapludox -RH) usingacompletelyrandomizedfactorialschemedesign
กับ fourreplicates, fourSiapplicationrates (0,55,110and165kgha-1 Si) andtwocultivars (IAC86-3396
และ SP891115) .ca-Mgsilicatewasappliedduringfurrowplantingsuchthatallplotsreceivedthesame
ofCaandMg.Onbothofthesoiltypes ปริมาณ silicatefertilizationincreasedtheSiconcentrationsinthe
ดิน andtheleavesoftheplantsat8monthsforboththeplantcaneandthefirstratoon, therebyshowing
เหลือ effects.Additionally, thepotentialforsiliconfertilizationappliedinthefurrowatplantingto
ลด stalkborer (D saccharalis) damagewasconfirmedforstalkSiconcentrationsthatweregreater
กว่า 3gkg-1 ศรี asshownintheRHsoilexperiment.Therefore, thepracticeofsilicateplacementatlow
อัตรา (<200kgha-1 Si) inthefurrowatplantingshouldbeconsideredanalternativemethodofnutritional
จัดการ forsugarcaneinsandyandloamsandysoilswithadditionalbenefitsofincreasedsoluble
ศรี inthesoil, Siuptakeandsugarcaneyieldandmayhelpreducethestalkborerdamageof ดี saccharalis

ผลลัพธ์ (ไทย) 3:

แม้ว่า thebenefitsofsilicon ( SI ) fertilizationforsugarcaneyieldshavealreadybeendemonstrated การศึกษา haveexaminedtheeffectsofsilicatefertilizationappliedatlessthan200kgha − 1 ศรี inthefurrow
ที่ plantingonthesolublesiconcentrationinthesoils น้อย
plantuptakeinsugarcane ( ASI สะสม
พืช ) anddamagecausedbythestalkborer ( diatraea saccharalis ) underfieldconditions โดย
.ของ thisstudywastoevaluatetheeffectsofaca – mgsilicatethatwasappliedinthefurrowatplanting
บน theavailablesiinthesoil sugarcaneyieldsandstalkborerdamageoftwosugarcanecultivarsunder
, สภาพสนาม . twoexperimentswereconductedontwosoiltypeswithalowsiliconcontent ( atypic
quartzipsamment-q andarhodichapludox Rh ) usingacompletelyrandomizedfactorialschemedesign
กับ fourreplicates foursiapplicationrates , 0 ,55110and165kgha − 1 ( ศรี ) andtwocultivars และ iac86-3396
sp891115 ) CA – ofcaandmg ปริมาณ mgsilicatewasappliedduringfurrowplantingsuchthatallplotsreceivedthesame

onbothofthesoiltypes andtheleavesoftheplantsat8monthsforboththeplantcaneandthefirstratoon , ดิน silicatefertilizationincreasedthesiconcentrationsinthe

therebyshowing ผลตกค้าง นอกจากนี้thepotentialforsiliconfertilizationappliedinthefurrowatplantingto
ลด stalkborer ( D . saccharalis ) damagewasconfirmedforstalksiconcentrationsthatweregreater
กว่า 3gkg − 1 ศรี asshownintherhsoilexperiment ดังนั้น thepracticeofsilicateplacementatlow
อัตรา ( < 200kgha − 1 จังหวัด ) inthefurrowatplantingshouldbeconsideredanalternativemethodofnutritional
การจัดการ forsugarcaneinsandyandloamsandysoilswithadditionalbenefitsofincreasedsoluble
ศรี inthesoil siuptakeandsugarcaneyieldandmayhelpreducethestalkborerdamageof d , saccharalis .