《腐植酸》杂志2021年总目次

【卷首语】

种田人美——“开创田园新生活运动，寻找最美腐植酸人”题 ···········································曾 宪 成 1

和碳是美·················································································································曾 宪 成 2

双百赋——热烈祝贺《腐植酸》杂志出版发行200期！ ····················································曾 宪 成 3

大道至简——务必“让腐植酸、腐植酸肥料从土壤中来到土壤中去”早日成为业界共识 ··········曾宪成 4

泥炭献词·················································································································曾 宪 成 5

新时代中国腐植酸环境友好产业发展的重大战略抉择（简称《“5162”腐植酸经纬方略》） ·······曾宪成 6

【献给《腐植酸》杂志第200期】

主编寄语····················································································································3（1）

名誉编委、编委寄语·····································································································3（1）

行业同仁寄语············································································································3（15）

【专题评述】

腐植酸低碳肥料与土壤碳中和 ······································································曾宪成 李 双 1（1）

腐植酸：为开启生物刺激素第5次农业生产资料变革大门举旗定标 ·································李 双 1（7）

腐植酸在减轻砷对植物毒害方面的作用机理研究 ·································万屾腾 白 瑜 李 林 等 1（14）

催化氧解风化煤、褐煤制备腐植酸的研究综述 ·······································彭 健 肖 颖 周 文 等 1（20）

抓铁有痕：土壤碳中和之腐植酸低碳肥料 ·······················································曾宪成 李 双 2（1）

腐植酸予化肥提质增效 ·····································································曾志伟 周 龙 杨德荣 2（8）

垃圾填埋场腐殖质形成机制与影响因素研究进展 ·······························潘 琦 刘洪宝 刘娇娴 等 2（17）

煤炭腐植酸医药的中医中药学基础剖析 ·············································张 敉 戴伟锋 秦 谊 等 3（27）

腐植酸在农业生产中的应用效果分析 ············································杨雪贞 马萌萌 杨明慧 等 3（35）

腐植酸在重金属污染土壤修复中的研究进展 ···································黄彦锋 郑继亮 杨进昌 等 3（54）

创新腐植酸产品工艺开展“碳预算”“碳达峰”“碳中和”示例分析 ·············································· ······················································································周霞萍 梁圣模 沈天瑞 等 3（61）

腐植酸在环境领域的应用研究综述 ················································王一博 吕东妍 刘长勇 等4（1）

浅谈矿物源腐植酸的理化性质、活化提取及应用展望 ···························任麒帆 刘海飞 李 洋 等 4（7）

基于WOS的近10年全球腐植酸研究文献计量分析 ······························李 通 崔丽珍 刘亭亭 等 5（1）

腐植酸肥料企业研发与营销界面协同研究 ········································王 娟 陈士更 赵成雷 等 5（10）

腐植酸类物质助力农业碳汇的优势与效益分析 ·································周霞萍 王玉诺 沈天瑞 等 6（1）

腐植酸的农化效应综述 ·······························································武月胜 李海平 段旭锦 等 6（7）

【研究论文】

含腐植酸褐煤对盐碱土水溶性有机碳及玉米幼苗长势的影响 ········································顾 鑫 1（24）

腐植酸有机地膜对花生生长和产量的影响 ········································刘国惠 刘国为 陈 晨 等 1（29）

腐植酸肥料对苦瓜生长发育及产量的影响 ········································陈 晨 黄泽双 黄鹏辉 等 1（35）

含腐植酸产品在秸秆腐熟上的应用效果 ·········································张会平 许美玲 刘海飞 等 1（39）

腐植酸钾应用界定及优选指标的研究 ··············································吕 硕 杨旭武 刘树桂 等 1（45）

腐植酸改良红石膏堆场理化性质的研究 ·············································张志美 袁 梦 李 燊 等 2（24）

影响赤芍产量及芍药苷含量的营养因素探索 ·····································王立民 吕 品 于志民 等 2（34）

滴灌条件下腐植酸复合肥对山地烤烟生长和产质量的影响 ·····················帅京彤 陈 初 姜 浩 等 2（38）

腐植酸复合肥对石灰性土壤化学及生物性状的影响 ································梅 颖 丁嘉宁 梁利宝 2（44）

含腐植酸尿素对新疆滴灌棉花生长及产量的影响 ·············郑继亮 开艺兰 艾合买提江·瓦哈甫 等 2（48）

不同肥料增效剂对小麦生长发育的影响 ·············································陈 宏 曹 艳 杨清俊 等 2（53）

腐植酸基磁性复合材料制备及其吸附性能研究 ··································樊凯丽 王 安 李博远 等 3（67）

含腐植酸不定根诱导肥对烤烟生长及烟叶品质的影响 ·························裴晓东 周世民 李 帆 等 3（75）

褐煤活化腐植酸及其肥效研究 ·····················································吕新春 刘景凯 狄传胜 等 3（82）

四种有机活性物质对黄瓜种子萌发的影响 ······································李应心 柳夏艳 孔令宇 等 4（13）

壳聚糖-改性腐植酸复合材料对锰渣中Mn的固化作用及其对黑麦草生长效应 ··································· ··························································································冯旭晗 刘 方 朱 健 等 4（20）

矿物源腐植酸在铁离子废水中的应用 ············································郭晓峰 安小萌 徐靖琳 等 4（27）

不同调酸型土壤调理剂在萝卜-芹菜轮作上的改良效果 ·····················卢运艳 张广忠 徐勤政 等 4（32）

腐植酸复合肥在朝天椒上的应用效果研究 ········································邹庆圆 刘会丽 陈 晨 等 4（39）

黄腐酸复合肥对水稻生长和产量的影响 ·········································马晓晶 张洪江 刘光海 等 4（43）

含腐植酸褐煤浸提液浸种对Na2CO3胁迫下玉米种子发芽的影响 ·············· 顾 鑫 任翠梅 杨 丽 等 5（16）

不同腐熟剂对堆肥腐植酸含量及肥力的影响 ···································杨笑莹 辛寒晓 孙国科 等 5（21）

含腐植酸型海藻生物肥的研发及肥效评价 ········································周 丽 高进华 解学仕 等 5（30）

不同稀释倍数腐植酸钾溶液浸种对水稻种子萌发及幼苗生长的影响 ········ 张会平 许美玲 冯梦喜 5（36）

腐植酸复合肥对青椒生长发育及产量的影响 ·····································陈 晨 黄泽双 邹庆圆 等 5（40）

发酵海藻渣提取生物腐植酸的研究 ···················································赵建亮 王玉珏 赵新巍 5（44）

不同改良剂对东营盐碱地改良效果研究 ··········································· 张志美 袁 梦 李 燊 等6（15）

活性腐植酸控释肥对花生生长发育及产量的影响 ·····························刘晓辰 郭新送 范仲卿 等 6（22）

腐植酸生物有机肥在大棚黄瓜上的应用效果研究 ······················································高 亮6（27）

腐植酸钾复合肥在番茄上的应用效果研究 ······································邹庆圆 刘会丽 赵佳宗 等 6（32）

黄腐酸型套餐肥在辣椒上的应用效果研究 ·········································· 王诗晴 余 赟 张洪江 6（36）

含腐植酸水溶肥施用方式对大棚西红柿产量和经济效益的影响 ···········李道岭 杜光补 刘景凯 等 6（41）

【腐植酸文摘】

膨润土-腐植酸型改良剂对沙质土壤氮素气态损失氮肥利用率和玉米产量的影响 ·····················1（49）

控释尿素与黄腐酸提高稻麦轮作系统产量和效益的协同效应 ···············································1（49）

新型尿素对农田土壤N2O排放氨挥发及土壤氮素转化的影响 ···············································1（50）

不同有机替代减肥方式对玉米生长及土壤肥力的影响 ························································1（50）

化肥减量条件下水溶肥对大棚芦笋产量和品质的影响 ························································1（50）

黄腐酸改性膨润土对氮素淋失和氮肥利用率的影响 ···························································1（51）

尿素中添加腐植酸提升冬小麦产量和氮吸收效率 ······························································1（51）

增效磷肥对花生生长、产量和磷利用率的影响 ·································································1（51）

基施黄腐酸肥料情况下减施化肥提高设施辣椒产量和品质 ··················································1（52）

减氮配施腐植酸对耕层土壤理化性质的影响 ····································································1（52）

腐植酸复合肥对苹果生长及产量的影响 ··········································································1（52）

腐植酸结合接种织片草螺菌改变苗期玉米根系H+通量和基因表达 ········································1（53）

长期综合农畜系统中土壤有机质组分与N2O排放之间的关系 ···············································1（53）

膨润土-腐植酸对半干旱区沙土土壤结构和玉米产量的影响 ················································1（54）

腐植酸尿素和聚天冬氨酸尿素对降低氮损失的影响 ···························································1（54）

腐殖质、腐植酸与尿素共施可提高甘蔗叶片氮素利用效率 ··················································1（54）

腐植酸改性强化磁铁矿吸附水体中铅镉的实验研究 ···························································2（59）

土壤铬污染和腐植酸对李氏禾生长和光合生理的影响 ························································2（59）

增效剂对稻田田面水氮素转化及水稻产量的影响 ······························································2（59）

腐植酸和Cd2+对黏土胶粒在饱和多孔介质中迁移的影响 ·····················································2（60）

有机肥料联合东南景天修复重金属污染土壤的研究 ···························································2（60）

黄腐酸液体配方肥对大棚黄瓜产量及品质的影响 ······························································2（60）

不同来源腐植酸对二氧化钛纳米颗粒的聚凝行为的影响 ·····················································2（61）

超声波对不同风化煤腐植酸含量及其结构的影响 ······························································2（61）

腐植酸改性生物质电厂灰固定化微生物修复石油烃污染土壤 ···············································2（61）

石灰、腐植酸单施及复配对污染土壤铅镉生物有效性的影响 ···············································2（62）

腐植酸类营养液改良镉污染稻田土壤和保障水稻安全生产 ··················································2（62）

黄腐酸钾型桐麸菌肥对广西甜茶的生长光合特性和品质的影响 ············································2（62）

腐植酸和高吸水聚合物在芝麻生态种植系统中的应用 ························································2（63）

叶面喷施黄腐酸提高蚕豆品质和产量的研究 ····································································2（63）

腐植酸对有机污染物的吸附研究进展 ·············································································2（63）

腐植酸和黄腐酸电动修复砷污染土壤的比较研究 ······························································2（64）

HNT/Fe3O4-HA纳米吸附剂对水中Cr（VI）的去除研究······················································2（64）

控释尿素与黄腐酸配施对土壤无机氮棉花叶片衰老及产量的影响 ·········································2（64）

腐植酸和生物炭配施对饲用甜高粱生长与土壤磷素吸收状况的影响 ······································3（86）

腐植酸增效复混肥对玉米产量及养分利用率的影响 ···························································3（86）

腐植酸类营养型改良剂改善火龙果果园土壤理化特性和幼茎养分含量 ···································3（86）

中、碱性土壤条件下黄腐酸与磷肥配施对番茄生育和磷素利用率的影响 ································3（87）

腐植酸尿素对土壤供氮特征及东北玉米生长、产量的影响 ··················································3（87）

缓释褐煤尿素可减少土壤气态氮损失并提高甜菜产量和氮的吸收 ·········································3（88）

腐植酸类物质在减少温室气体排放方面的作用 ·································································3（88）

人工腐植酸：应对气候变化的可持续材料 ·······································································3（88）

腐植酸改性膨润土复合材料提高尿素氮利用效率 ······························································3（89）

蚯蚓堆肥和腐植酸肥料对盐碱地土壤团聚体的影响 ···························································3（89）

新型控释聚合物包膜氮肥增强水稻农学利用率 ·································································3（89）

增施腐植酸钾对膜下滴灌水稻生长与产量的影响 ······························································4（50）

复合肥中腐植酸含量对冬小麦产量和氮吸收的影响 ···························································4（50）

活性腐植酸复合肥对甘薯农艺性状、产量及品质的影响 ·····················································4（50）

腐植酸对芸豆农艺性状及产量的影响 ·············································································4（50）

腐植酸叶面肥对猕猴桃果实品质和产量的影响 ·································································4（50）

减量化肥配施腐植酸肥对红枣农艺性状、产量及品质的影响 ···············································4（51）

黄腐酸对蒜套棉制度下棉花产量、品质及土壤性状的影响 ··················································4（51）

腐植酸水溶肥对大白菜生长发育、产量和经济效益的影响 ··················································4（51）

喷施腐植酸水溶肥对冬莴笋产量、品质及效益的影响 ························································4（52）

含腐植酸水溶肥在辣椒上的应用效果研究 ·······································································4（52）

腐植酸分次施用明显提高富士苹果产量、品质和氮素利用率 ···············································4（52）

叶面喷施含腐植酸水溶肥对石榴产量和品质的影响 ···························································4（52）

苯在腐植酸上的吸附和解吸特性及机理 ··········································································4（53）

一种从突尼斯褐煤中提取腐植酸的新方法 ·······································································4（53）

腐植酸能提高玉米幼苗分泌物产量 ················································································4（53）

茉莉酸和腐植酸对盐胁迫下饲用高粱抗氧化酶和耐盐性的改善作用 ······································4（53）

腐植酸和氮素水平对绿豆生产力的优化 ··········································································4（54）

拌种和土施腐植酸钾对棉花生成力和纤维质量的影响 ························································4（54）

水溶性腐植酸对不同水分亏缺条件下马铃薯叶片生长、光合特性及鲜薯产量的影响 ·················4（54）

纳米肥料、黄腐酸和硼肥对甜菜产量和品质的影响 ···························································4（55）

腐植酸对砷酸盐毒害的调节及其代谢机制 ·······································································4（55）

叶面施用腐植酸降低镉对杂交狼尾草生长的危害 ······························································4（55）

化肥减量配施不同类型腐植酸有机肥对盐碱地水稻产量和品质的影响 ···································5（48）

不同氮、腐植酸肥施用量下芽孢杆菌ZJM-P5对红小豆幼苗根际土壤酶活性的影响 ··················5（48）

腐植酸有机肥配施芽孢杆菌对陕南烟田土壤特性及烤烟产质量的影响 ···································5（48）

油菜施用含黄腐酸钾生物活化酶磷肥试验 ·······································································5（49）

秸秆配施腐植酸与氮素对玉米苗期系统抗性及土壤微生物的影响 ·········································5（49）

干旱胁迫下腐植酸对燕麦叶绿素荧光特性的调控效应 ························································5（49）

腐植酸型功能肥对酸化果园土壤理化性质和苹果树生长的影响 ············································5（50）

硅钙钾镁肥配施黄腐酸钾对土壤酶活性及桃幼树生长的影响 ···············································5（50）

黄腐酸对紫花苜蓿根瘤菌内生定殖及幼苗生长的影响 ························································5（50）

叶面喷施腐植酸对燕麦饲料和籽粒产量的影响 ·································································5（51）

叶面喷施蚯蚓粪堆肥腐植酸类物质提取液可提高大蒜产量和果实品质 ···································5（51）

利用烟酰胺和/或腐植酸提高沙土条件下蚕豆的生长质量和数量 ··········································5（51）

蚯蚓粪中的腐植酸对山竹幼苗养分吸收的影响 ·································································5（51）

沙土条件下叶面施用堆肥水提取物、腐植酸、EDTA及微量元素对葫芦巴植物生长的影响 ·········5（52）

热带酸性土壤施用腐植酸复合磷肥磷通量动态研究 ···························································5（52）

高汞/腐植酸浓度比下，腐植酸与汞结合及其对汞胁迫水稻的影响 ·······································5（52）

叶面施用腐植酸及部分关键生长调节剂对甜菜生长的影响 ··················································5（53）

利用AquaCrop作物模型模拟芝麻在有限灌溉条件下对高吸水性聚合物和腐植酸的响应 ············5（53）

含腐植酸水溶肥在水稻上的应用研究 ·············································································6（45）

腐植酸土壤调理剂对酸化果园土壤理化性状及苹果产量和品质的影响 ···································6（45）

不同剂型腐植酸复合肥在葡萄上的应用效果研究 ······························································6（45）

腐植酸对蓝莓产量及果实品质的影响 ·············································································6（45）

腐植酸肥对烟叶相关油分品质的影响 ·············································································6（46）

黄腐酸对NaCl胁迫下茶菊幼苗生理特性的影响 ································································6（46）

干旱胁迫下腐植酸肥料对燕麦光响应曲线的影响 ······························································6（46）

腐植酸水溶肥对德宏州冬马铃薯产量和经济效益的影响 ·····················································6（46）

黄腐酸有机-无机复混药肥在茄子栽培上的应用效果 ·························································6（46）

黄腐酸肥在蒜套辣椒上的应用研究 ················································································6（47）

不同水平黄腐酸处理对盆栽平菇生长的影响 ····································································6（47）

煤炭腐植酸对甜瓜“龙庆6号”幼苗发育的影响 ······························································6（47）

腐植酸对滨海黏质盐土持水性能的影响 ··········································································6（47）

高效顶空气相色谱法测定肥料中腐植酸含量 ····································································6（48）

傅立叶变换红外光谱法快速定量测定含腐植酸盐的肥料浓缩液中的腐植酸成分 ·······················6（48）

俄罗斯和蒙古褐煤腐植酸的结构组成及生物活性 ······························································6（48）

黄腐酸与盐胁迫相结合提高单针藻QLY-1的产脂能力 ························································6（48）

不同风化煤腐植酸增效尿素对玉米产量和氮肥去向的影响 ··················································6（49）

铁氧化物-腐植酸共沉淀作为黄瓜植株的铁源 ··································································6（49）

不同浓度黄腐酸和蒙脱石胶体对纳米羟基磷灰石吸附镉的影响 ············································6（49）

腐植酸激发玉米幼苗弱酸胁迫反应 ················································································6（50）

不同农业基质层积期对杏种子萌发率及腐植酸施肥对杏幼苗生长的影响 ································6（50）

黄腐酸对干旱胁迫下凤丹光合生理特性的影响 ·································································6（50）

【“土肥和谐”之声】

腐植酸、腐植酸肥料在10类土壤上优化团粒结构最新案例分享 ···········································1（55）

10则含腐植酸可降解地膜研究成果摘要 ··········································································2（65）

腐植酸、腐植酸类肥料立“根”固本 ·············································································3（90）

百种作物田间试验集萃（上） ······················································································4（56）

重温经典，继往开来···································································································4（75）

百种作物田间试验集萃（下） ······················································································5（54）

腐植酸肥料补充6种大田作物氮磷钾 ·············································································5（68）

关注土壤健康，共沾十六品 ·························································································5（72）

26种作物田间试验集萃 ·······························································································6（51）

五届“全国土肥和谐大会”逐浪高歌 ·············································································6（60）

【腐植酸标准讨论】

国际标准ISO 19822：2018肥料与土壤调理剂 ··································································1（58）

一种改良盐碱地专用生物有机肥及其制备方法 ·································································1（67）

一种活性腐植酸缓释肥料的制作方法 ·············································································1（68）

一种腐植酸复混肥及其制备方法 ···················································································1（70）

一种腐植酸盐的生产工艺 ····························································································1（72）

一种提高腐植酸含量的有机肥制备方法 ··········································································1（74）

《硝基腐植酸钙》征求意见稿 ······················································································2（68）

《腐植酸中量元素肥料》征求意见稿 ·············································································2（70）

一种生物腐植酸肥料的制备方法 ···················································································2（73）

一种同步实现农作物收割和秸秆快速发酵的装置 ······························································2（74）

利用造纸黑液改性制备水稻耐盐专用小分子有机物的方法 ··················································2（75）

一种利用污泥制备腐植酸钾有机肥同时脱水的方法 ···························································2（76）

构建“腐植酸肥料碳达峰暨土壤碳中和标准化体系”，必须加大工作力度 ·····························3（92）

200 期《腐植酸》杂志基金文献检索 ··············································································3（95）

无原料酸高效磷肥生产方法 ························································································3（111）

一种具有保水保肥作用的复合材料 ···············································································3（112）

一种玉米秸秆协同风化煤原位钝化设施土壤重金属的方法 ·················································3（114）

一种农田土壤重金属污染的钝化剂及其制备方法和应用 ····················································3（115）

一种用于腐植酸分离的离心机 ······················································································4（76）

一种腐植酸复合肥······································································································4（78）

掺混肥共享生产系统及其使用方法 ················································································4（78）

一种腐植酸长效配方肥料及制备方法 ·············································································4（80）

一种长效腐植酸磷肥的制备方法 ···················································································5（73）

有机无机块型控释肥料及其制备方法 ·············································································5（75）

一种缓释长效复混肥料及其制备方法 ·············································································5（79）

《矿物源腐植酸测定方法》团体标准征求意见稿 ······························································6（63）

《矿物源腐植酸测定方法》团体标准编制说明 ·································································6（68）

《含腐植酸水溶硅肥》团体标准征求意见稿 ····································································6（76）

《含腐植酸水溶硅肥》团体标准编制说明 ·······································································6（79）

【行业资讯】

关于发布《中国腐植酸工业协会2021年工作计划》的通知 ·················································1（76）

关于发布《中国腐植酸行业“十四五”发展规划纲要》的通知 ············································1（76）

中国腐植酸行业“十四五”发展规划纲要 ·······································································1（76）

关于举办“开创田园新生活运动，寻找最美腐植酸人”活动的通知 ······································1（87）

“第六届全国土肥和谐大会”论文集征文通知 ·································································1（88）

2020 年全国腐植酸行业10大标题新闻 ···········································································1（89）

腐植酸人关注：2020年退耕还林还草10件大事 ·······························································1（89）

用绿色金融理念，指导新时期腐植酸环境友好产业创新发展 ···············································1（90）

抢占标准制高点：国源5项腐植酸企业标准通过验收 ························································1（90）

关于积极做好抗疫情保春耕，确保腐植酸肥料有效供给的通知 ············································2（77）

关于大力发展腐植酸低碳肥料，加快开展“土壤碳中和”行动的通知 ···································2（78）

关于缴纳2021年会费的通知 ·······················································································2（79）

认真贯彻中央一号文件精神，腐植酸行业要重点做好12个方面工作 ·····································2（80）

“最美腐植酸人”再放星光 ·························································································2（80）

中国腐植酸工业协会名誉会长 曾宪成：倡导低碳肥料，推进“双碳”目标实现 ·······················2（81）

进入碳减排新阶段，瞄准“土壤碳中和”刻不容缓 ···························································2（81）

推进“土壤碳中和”目标，投资腐植酸低碳肥料生产大有可为 ············································2（82）

保护生物多样性，反哺腐植酸助力碳达峰 ·······································································2（82）

建立健全腐植酸绿色农资低碳循环生产体系，助力农业碳达峰碳中和 ···································2（83）

聚焦“两会”碳达峰碳中和，开展“土壤碳中和”行动充满力量 ·········································2（83）

贯彻落实《2021年全国标准化工作要点》，加快推进腐植酸低碳肥料标准化体系构建 ··············2（84）

新时期打假，维护腐植酸肥料金字招牌的使命更加重要 ·····················································2（84）

“农资打假”一刻不能停 ····························································································2（84）

土壤污染防治，腐植酸开年治土工作在即 ·······································································2（85）

腐植酸：盯住东北三省5650万亩黑土地保护性耕作发力 ····················································2（85）

盯住2021年中央财政预算，腐植酸肥料要在6个方面再发力 ·············································2（85）

腐植酸抗旱节水“黄金产品”该出手时就出手 ·································································2（86）

扎实推进优质粮食工程，大量投放腐植酸优质肥料在此一举 ···············································2（86）

希望“新弥勒国惠生态家园”建设登高望远、高质量发展 ··················································2（86）

关于征集并编制《中国腐植酸肥料田间试验报告（2018—2020年）》的通知 ·························3（117）

全球粮食安全面临大考，腐植酸肥料人要有责任担当 ·······················································3（117）

中国腐植酸工业协会第六届第九次常务理事会通讯会议纪要 ··············································3（118）

“双碳目标”市场，期待腐植酸低碳肥料现身 ································································3（118）

国投新疆罗钾腐植酸钾肥项目专题研讨会达成五项共识 ····················································3（119）

猪粪还田须慎之又慎 ·································································································3（119）

小麦“一喷三防”还要按梯次跟进 ···············································································3（120）

北大荒·黑土地·暗行香 ····························································································3（120）

腐植酸：迅速投身7个领域开展生态保护 ······································································3（120）

金秋肥业走上“专业化生产+规模化种植”紧密结合、高质量发展之路 ·······························3（121）

争取农业生产发展项目资金补助在即 ············································································3（121）

广东3568亿农业农村重大投资项目启动 ········································································3（121）

关于净化腐植酸肥料行业发展环境的通知 ·······································································4（84）

4 问4 答：净化腐植酸肥料行业发展环境 ········································································4（85）

《中国农业产业发展报告2020》发布 ·············································································4（85）

7 观土壤腐植酸最新表征 ·····························································································4（86）

3 观碱改性泥炭改良盐碱地新方向 ·················································································4（86）

注意施肥新方向 ········································································································4（87）

8省市出台《土壤污染防治条例》 ·················································································4（87）

腐植酸人：一定要盯住黑土地保护“不松手” ·································································4（87）

平衡土壤有机无机碳，切入腐植酸氮肥是首选 ·································································4（88）

江苏首个“GEP 核算标准”实施 ··················································································4（88）

超千亿碳市场从此开启 ·······························································································4（88）

农业碳交易肥料是大头 ·······························································································4（89）

解振华提出：十大领域“碳达峰碳中和”创新转型政策体系 ···············································4（89）

关注我国2020 年10个气候变化表征 ·············································································4（89）

垃圾渗滤液提取生化腐植酸的资源化利用效果与生态风险评估迫在眉睫 ································4（90）

地球生态超载日比去年提前一个月 ················································································4（90）

中国腐植酸工业协会收费自律承诺书 ·············································································5（84）

关于举办“第六届全国土肥和谐大会”的通知 ·································································5（85）

关于召开“中国腐植酸工业协会第六届第五次会长工作会”的通知 ······································5（85）

关于召开“中国腐植酸工业协会第六届第十次常务理事会”的通知 ······································5（86）

关于召开“中国腐植酸工业协会第六届第八次理事会”的通知 ············································5（86）

中国腐植酸工业协会第二届泥炭工业分会专题工作会议纪要 ···············································5（87）

林草碳汇希望在即······································································································5（88）

“百亿亩国土”横空出世，腐植酸护土“有一手” ···························································5（88）

最新化肥铁路优惠运价，腐植酸肥料可对照执行 ······························································5（88）

学习《“十四五”全国农业绿色发展规划》，腐植酸要对照六个专栏精准施策 ·······················5（88）

《全国高标准农田建设规划（2021—2030年）》实施在即，腐植酸涉农企业您准备好了吗 ········5（89）

农业农村部将加大力度重点扶持腐植酸绿色低碳产业发展 ··················································5（89）

坚持两以论，保护多样性 ····························································································5（89）

中国腐植酸工业协会2021年工作总结 ············································································6（86）

中国腐植酸工业协会2022年10项重点工作 ····································································6（91）

关于表彰2021’百佳最美腐植酸人的决定·········································································6（92）

关于组织开展“100篇腐植酸在耕地质量保护提升研究与应用”征文活动的通知 ·····················6（92）

“HA”标志20年再塑行业光辉 ····················································································6（93）

生物源腐植酸裂解项目荣获国家科学技术发明二等奖 ························································6（93）

认真贯彻落实《国家标准化发展纲要》要求，提升腐植酸环境友好产业标准化水平 ·················6（93）

腐植酸肥料、农药、饲料添加剂等部分登记工作实行全程电子化审批 ···································6（94）

坚决贯彻落实《关于进一步加强生物多样性保护的意见》，深化腐植酸生态化基础性研究 ········6（94）

腐植酸肥料产业之“碳达峰碳中和”使命感更加紧迫 ························································6（94）

坚持“两个基本点”，全力以赴开展“两个方面”的工作 ··················································6（95）

聚焦碳中和技术，腐植酸投身大农业得法 ·······································································6（95）

深入打好污染防治攻坚战，让腐植酸美丽因子精准发力 ·····················································6（96）

《河北省土壤污染防治条例》2022年1月1日起施行 ························································6（96）

切实发挥腐植酸肥料减肥增效作用，助力山东省化肥高质量发展 ·········································6（96）

加快推动“泥炭+”产业高质量发展，用实际行动献礼《湿地公约》第十四届缔约方大会 ·········6（97）

澳佳生态腐植酸肥料生产提质改造工程再上一层楼 ···························································6（97）

【乌金采风】

新风尚·····················································································································1（91）

中国腐植酸工业协会六大传媒独领风骚 ··········································································1（93）

“最美腐植酸人”候选人风采（表样）暨推介18位“最美腐植酸人”风采 ····························1（94）

维土和碳 ·················································································································2（87）

“开创田园新生活运动，寻找最美腐植酸人”倡议书 ························································2（91）

迎百年党庆，品百家美人 ····························································································2（93）

十二首诗歌···············································································································2（94）

推介18位“最美腐植酸人”风采 ·················································································2（101）

谱新篇 ···················································································································3（122）

始终走在时代前列的“最美腐植酸人”（一） ································································3（126）

200期《腐植酸》杂志十面铭香 ··················································································3（129）

推介15位“最美腐植酸人”风采 ·················································································3（130）

奉天命·····················································································································4（91）

始终走在时代前列的“最美腐植酸人”（二） ·································································4（95）

六首诗歌 ·················································································································4（98）

推介30位“最美腐植酸人”风采 ·················································································4（100）

致广大 ····················································································································5（90）

二十八仙子，腐植酸人最美 ·························································································5（93）

推介25位“最美腐植酸人”风采 ··················································································5（96）

大国气象··················································································································6（98）

《“5162”腐植酸经纬方略》图例释义 ·········································································6（103）

五届“全国土肥和谐大会”中的诗情画意 ······································································6（104）

【腐植酸文献检索】

2020年腐植酸文献检索 ······························································································1（101）

【总目次】

《腐植酸》杂志2021年总目次 ·············································································6（I～ XIII）