Total Contents of Humic Acid, 2022

【Preface】

March forward bravely: accelerate the high-quality development of humic acid environment-friendly industry ····································································································Zeng Xiancheng1

Humic acid is the foundation of food, fertilizer and cultivation of arable land: do the best humic acid nurturing the best arable land ···························································································Zeng Xiancheng2

Humic acid water soluble fertilizer combined with “Wu-geng” will be more full of power: dedicated to the 51st World Environment Day ·················································································Zeng Xiancheng3

We must be the masters of the “black soil”: salute to Black Soil Protection Law of the People’s Republic of China ········································································································Zeng Xiancheng4

Bright and intelligent: dedicated to the 20th National Congress of the Communist Party of China ···································································································································Zeng Xiancheng5

Lighting up: dedicated to the Seventh National Conference on Soil and Fertilizer Harmony ·····Zeng Xiancheng6

【Special Report for the Sixth National Conference on Soil and Fertilizer Harmony】

【65/35th Anniversary】

【Special Topics】

Humic acid low-carbon fertilizers and carbon emission peak ·······················Zeng Xiancheng, Li Shuang1(11)

Humic acid promoting low-carbon and green transformation of agriculture ·······························································································································Su Dan, Yu Chang, Lu Weihong, et al1(18)

Suggestions on the issues related to the four standards of Humic Acid-inorganic Compound Fertilizer, Potassium Humate for Agricultural Use, Sodium Humate, Test Method of Ammonium Humate Fertilizer ·······························································································Guo Zhenjun, Feng Mengxi, Sun Bin, et al1(24)

Research progress of feeding humic substances ····························Wang Lei, Ren Youdi, Li Baocai, et al2(1)

Eff ects of adding humic acid on wheat yield, nutrient uptake and the soil properties ············································································································Zhao Chenglei, Liu Tongxin, Gao Yunxia, et al2(5)

Replenishing humic acids in agricultural soils ·····Michael Susic write, Yang Minghui, Sun Zhimei translate2(12)

The synergistic effects of humic substances and biofertilizers on plant development and microbial activity: a review ·························································································Jose Franco Da Cunha Leme Filho, Wade E. Thomason, Gregory K. Evanylo, et al write, Huang Yaru, Li Dongmei, Yuan Hongli translate2(16)

Biological humic acid: a sustainable material for soil remediation and treatment ·················································································································· YangBo, SunYiwei, Zhang Xiangzhao, et al3(41)

Current situation of tobacco waste resource utilization and research on compost utilization ·································································································· Liu Xieyang, Di Huihui, Huang Zhanbin, et al3(48)

Soil-root cross-talking: the role of humic substances ·····························································Serenella Nardi, Andrea Ertani, Ornella Francioso write, Yang Hui, Hou Cuihong, Guan Hongling translate3(60)

The “black code” of genesis ······························································Zeng Xiancheng, Li Shuang4(1)

Humic acid and black soil conservation ··························································Li Rong, Zhao Ming4(7)

Promoting humic acid fertilizers to improve black soil fertility ····Liu Zhizong, Lu Weihong, Zhang Naiming4(10)

Analysis of drying factors of humic acid compound fertilizer and discussion on dryer internal structure design···············································································Chen Weimin, Wang Yu, Chen Shigeng4(16)

Sorption of organic pollutants by humic acids: a review ·················································································· Simeone Chianese, Angelo Fenti, Pasquale Iovino, et al write, He Xilong, Lin Qimei translate4(20)

Assessing the impact of carbon emission peak and carbon neutrality goals on humic acid industry and its R & D demands ································································Yuan Guodong, Xiao Liang, Wei Jing, et al5(1)

Various formulations and application of humic acid bio-organic and inorganic ecological fertilizers ·····························································································Yu Guangwu, Li Diantong, Zhao Xin, et al5(8)

Brief ly describe the role of humic acid in “peak carbon dioxide emissions” and “carbon neutrality” of soil and fertilizer···································································Chen Baiyang, Liu Yang, Ma Xianfa, et al6(1)

A brief introduction to the latest research achievements of humic acid in soil improvement ·············································································································· Feng Lijie, Liu Zijing, Sun Bin, et al6(7)

【Research Papers】

Research on fabrication and performance of slow release fulvic acid superabsorbent polymers by pickering emulsion ·························································Wang Yongsheng, Zhu Yongfeng, Liu Yan, et al1(27)

Eff ects of fulvic acid package fertilizers on growth and yield of eggplant ·····························································································································Wang Shiqing, Yu Yun, Zhang Hongjiang1(38)

Eff ects of humic acid class potassium salts on growth and photosynthetic f luorescence characteristics of zucchini seedlings under diff erent water stress conditions ···········Wang Yanfang, Wu Yuesheng, Li Lingzhi, et al1(44)

Eff ects of foliar spraying potassium fulvate on yield and quality of rice ··························································································································Song Zhi, Guo Xinsong, Fan Zhongqing, et al1(52)

Studying of the interaction between peat humic acids and metazachlor using spectroscopy methods ····Romualda Bejger, Lilla Mielnik, Ma?gorzata W?odarczyk, et al write, Sun Shiqi, Liu Shasha, Zhao Hongyan translate1(56)

Eff ects of sulfonated humic acid on aggregate structure construction of port dredged soil ···········································································································Liu Chang, Shi Gengxin, Yu Qiang, et al2(30)

The study on molecular f luorescence properties of fulvic acid from mineral sources in north ····································································································Zhang Caifeng, Hou Lingjie, Xing Lu, et al2(36)

Effects of combined application of peat and lignite on root growth and yield of maize, nitrogen and sulfur in rhizosphere soil ·································································Gu Xin, Ren Cuimei, Yang Li, et al2(41)

Eff ects of diff erent fertilization treatments on apple yield, quality and soil nutrients ···············································································································Shao Junfei, Li Guijie, Zhao Chenglei, et al2(46)

Eff ects of combined application of potassium humate and Mg on growth and quality of pepper ·····························································································Zhang Xiao, Zhu Zhongkun, Pei Hairong, et al2(51)

Eff ects of humic acid compound fertilizers on yield and quality of horn pepper ··················································································································Zou Qingyuan, Liu Huili, Zhao Jiazong, et al2(55)

Study on activating eff ect of fulvic acid on phosphorus and application of activated phosphorus fertilizer ··················································································Wei Youming, Liao Zongwen, Mao Xiaoyun3(67)

Experiment on reuse of waste matrix as soil conditioner ······························Wang Yuexin, Zhang Luan3(72)

Preliminary study of humic acid compound fertilizer on summer peanut ····························································································································Sun Kegang, Yang Huanhuan, Du Jun, et al3(77)

Eff ects of corn straw biochar on the growth of potted peanut ·····································································································································Wu Hongyan, Wu Qinquan, Liu Tongxin, et al3(82)

Eff ects of diff erent compound fertilizer packages on growth and yield of garlic ··············································································································Zhang Hanqing, Yu Yun, Zhang Hongjiang, et al3(87)

Eff ects of humic acid foliar fertilizer compounded with polymeric amino acids on growth and quality of tomato ································································Wang Zhun, Cheng Hongsong, Zhang Mengjun, et al3(93)

Eff ects of humic acid compound fertilizer on the yield and quality of black wax gourd ·······································································································Zou Qingyuan, Liu Huili, Zheng Ruojing, et al3(99)

Humic acids enrich the plant microbiota with bacterial candidates for the suppression of pathogens ··········································································Maura Santos Reis de Andradeda Silva, Orlando Carlos Huertas Tavares, Thiago Gon?alves Ribeiro, et al write, Li Zidong, Xiong Chuanjiao, Zhou Xin, et al translate3(103)

Comparison and optimization of potassium oxide content detection methods in potassium sulfate mixed fertilizer containing humic acid ·················································································Yang Yu Ming4(29)

Research of humic acid compound fertilizer on fertilizer reducing and effi ciency increasing of fresh corn ···············································································Chen Chen, Huang Zeshuang, Lin Xiaoqin, et al4(32)

Eff ects of humic acid water retaining and slowly-release fertilizer on growth and fertilizer utilization rate of alfalfa·················································································Zhong Luwei, Li Li, Yang Lifan, et al4(36)

Eff ects of diff erent proportions of humic acid compound fertilizer on enzyme activity and nutrient content in soil for growing pepper ············································· Fan Zhongqing, Guo Xinsong, Zhang Jing, et al4(42)

Eff ects of soil conditioner containing humic acid on acidic soil improvement, yield and quality of apple ··························································································· Zhou Li, Gao Jinhua, Xie Xueshi, et al4(47)

Interaction of metal ions with humic acids of brown coals of Kazakhstan ································A.Dauletbay,B. A. Serikbayev, D. Kh. Kamysbayev, et al write, Yin Yuting, Hou Cuihong, Guan Hongling translate4(52)

Study on CO2absorption with fulvic acid ····························Wang Yaru, Jiang Dazhan, Li Zetong, et al5(17)

Eff ect of fulvic acid on the gastric protein activity using alcohol-induced gastric ulcer in mice ···································································································Chen Chonglian, Dai Weifeng, Qi Yi, et al5(23)

Study on extraction of humic acid from lignite by physical-chemical combined activation method ·························································································· Yin Chunyan, Zhao Jianliang, Liu Chao, et al5(29)

Effects of organic substitution and reduced nitrogen application on winter wheat yield and soil nutrients·······························································Yang Zhonghao, Guo Xinsong, Fan Zhongqing, et al5(34)

Effects of humic acid compound fertilizer on winter wheat yield, fertilizer using efficiency and soil chemical properties ·····································································Yin Jing, Zhang Jing, Song Zhi, et al5(39)

Eff ects of humic acid on the growth and phosphorus utilization of pakchoi ·······················································································································Yang Qingjun, Chen Hong, Li Renfeng, et al5(45)

Eff ects of humic acid fertilizer by-product (residue) on hydrop onic experiment of wheat seed ·································································································Zhang Huiping, Zhao Jie, Xu Meiling, et al5(51)

Preliminary study on the fertilizer effi ciency of sodium humate on small rape ··········································································································Ma Ruicheng, Gao Jinhua, Zhang Guangzhong, et al5(56)

3-D structural modeling of humic acids through experimental characterization, computer assisted structure elucidation and atomistic simulations.1. Chelsea soil humic acid ·······················································Mamadou S. Diallo, Andre Simpson, Paul Gassman, et al write, Yuanfei, Gong Guanqun translate5(60)

Application research on humic acid composite materials for improving residue soil in mining areas ···································································································Tan Jing, Huang Zhanbin, Zhao Peng6(13)

Eff ects of application humic acid on growth and yield of red bean ·····Lu Huan, Wang Cheng, Zeng Lingling, et al6(21)

Study on the preparation and performance of multifunctional humic acid type film agent for fruit bagging-free·················································································Niu Yuhua, Song Jie, Xue Yuyu, et al6(28)

Eff ects of waste liquid from straw alcohol fermentation on growth and yield of tomato ··············································································································Lu Hong, Xin Hanxiao, Sun Guoke, et al6(34)

Eff ects of two kinds of liquid fertilizers containing humic acid on agronomic characters and yield of tomato ·························································································Wang Jing, Ma Chao, E Yulian, et al6(39)

Study on the optimal application amount of mineral source potassium fulvate on apple ········Zhou Wenyang6(44)

Eff ects of humic acid compound fertilizers on growth development and yield of garlic ··················································································································Chen Chen, Zou Weimin, Xu Jinxuan6(48)

Natural humic-acid-based phototheranostic agent ···········································································································Zhaohua Miao, Kai Li, Peiying Liu, et al write, Li Yongjian, Zhang Mi translate6(53)

Quantum-chemical prediction of the redox properties of humic acid ·······················································································T. A. Yarkova, A. M. Gyul’maliev write, Shen Tianrui, Zhou Xiaping translate6(62)

【Digest of Humic Acid】

【The Sound of “Soil and Fertilizer Harmony”】

【Discussion on Standards of Humic Acid】

【Industry Information】

【Titbits of Black Gold】

【Humic Acid Literature Retrieval】

【Total Contents】