棉秆炭基肥对豌豆生长·干物质积累量及产量的影响

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关键词棉秆炭基复合肥；豌豆；发芽率；干物质积累量；单株产量

中图分类号X712文献标识码A

文章编号 0517-6611（2026）07-0145-03

AbstractWastecototalkswereusedasrawmaterialstcarbonieochartopreparecarbonbsedcompoundfertlier.Peaswreplanted inlaboratoryexptstexpletfftmoutofmonfertldabnsdfertogeaoate matteraccumulationyieldperplant.Teresultsshowdthatthegerminationrateofpeaasincreasedefectivelybyadingcarbobased fertilizer.With the increase of carbon based fertilizer，when the adding amount was 5% （M5），the maximum germination rate of pea was （204号 93.33% . Compared with the control group，it increased by 43.33% ，compared with the same level of N， ΔP ，K common fertilizer increased by （20 10% .Theadditionofarbonbsedfertilizercanefectivelypromotetheaccumulationofdryaterinrotshotofpeaatseedlingstage. Compared with CK treatment without fertilizer，when the addition of carbon based fertilizer is 5% ，the root weight shoot weight of pea under M5 treatment reach the maximum，which are O.6431 1.4479g respectively. The dry matter accumulation was 3.58 times 3.10 timesfCKtreament，teotsotatioasO.442.Itlatertageofpeapoding，arbonbasedfertliercaneecivelyiprove theyieldofpeaprlantThissudyprovidesadataefereneforteomprehsiveutilizatioofiomasstaresoeseotialmount of carbon based fertilizer for pea planting in southern Xinjiang.

Key wordsCoton stalk carbon basedcompound fertlizer;Pea;Germinationrate;Drymateraccumulation;Yield per plant

生物质炭（biochar-biocharcoal）是生物质原料在无氧或缺氧条件下经高温热裂解制备得到的黑色固态产物[1-2]。（剩余5483字）