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[2]Changes In Global Cropland Area A.nd Cereal Production: An I nter-Country Comparison. Yu, QY, Xiang, MT, Wu, WB, Tang, HJ. 2019

[3]Limited Potential Of Harvest Index I.mprovement To Reduce Methane E missions From Rice Paddies. Jiang, Y, Qian, HY, Wang, L, Feng, JF, Huang, S, Hungate, BA, van Kessel, C, Horwath, WR, Zhang, XY, Qin, XB, Li, Y, Feng, XM, Zhang, J, Deng, AX, Zheng, CY, Song, ZW, Hu, SJ, van Groenigen, KJ, Zhang, WJ. 2019

[4]Differences In The Impacts Of N.ighttime Warming On Crop G rowth Of Rice-Based Cropping Systems Under Field Conditions. Chen, J, Chen, C, Tian, YL, Zhang, X, Dong, WJ, Zhang, B, Zhang, J, Zheng, CY, Deng, AX, Song, ZW, Peng, CR, Zhang, WJ. 2017

[5]The Potential Of Absorbing Foreign Agricultural Investment To Improve Food Security In Developing Countries. Jiang, XY, Chen, YF. 2020

[6]Cropping System Innovation For Coping W.ith Climatic Warming In C hina. Deng, AX, Chen, CQ, Feng, JF, Chen, J, Zhang, WJ. 2017

[7]The Mycotox Charter: Increasing Awareness O.f, And Concerted Action F or, Minimizing Mycotoxin Exposure Worldwide. Logrieco, AF, Miller, JD, Eskola, M, Krska, R, Ayalew, A, Bandyopadhyay, R, Battilani, P, Bhatnagar, D, Chulze, S, De Saeger, S, Li, PW, Perrone, G, Poapolathep, A, Rahayu, ES, Shephard, GS, Stepman, F, Zhang, H, Leslie, JF. 2018

[8]Application Of Crispr/Cas9 Genome Editing T.echnology For The Improvement O f Crops Cultivated In Tropical Climates: Recent Progress, Prospects, And Challenges. Haque, E, Taniguchi, H, Hassan, MM, Bhowmik, P, Karim, MR, Smiech, M, Zhao, KJ, Rahman, M, Islam, T. 2018

[9]Lime Application Lowers The Global W.arming Potential Of A D ouble Rice Cropping System. Jiang, Y, Liao, P, van Gestel, N, Sun, YN, Zeng, YJ, Huang, S, Zhang, WJ, van Groenigen, KJ. 2018

[10]Assessing The Harvested Area Gap I.n China. Yu, QY, Wu, WB, You, LZ, Zhu, TJ, van Vliet, J, Verburg, PH, Liu, ZH, Li, ZG, Yang, P, Zhou, QB, Tang, HJ. 2017

[11]Diagnosing The Climatic And Agronomic D.imensions Of Rain-Fed Oat Y ield Gaps And Their Restrictions In North And Northeast China. Wang, C, Liu, JG, Li, S, Zhang, T, Shi, XY, Zeng, ZH, Lei, YD, Chu, QQ. 2019

[12]Is China Different From Other I.nvestors In Global Land A cquisition? Some Observations From Existing Deals In China'S Going Global Strategy. Chen, YF, Li, XD, Wang, LJ, Wang, SH. 2017

[13]Quantification For Carbon Footprint Of A.gricultural Inputs Of Grains C ultivation In China Since 1978. Huang, XM, Chen, CQ, Qian, HY, Chen, MZ, Deng, AX, Zhang, J, Zhang, WJ. 2017

[14]Linking Plants Functioning to Adaptive Responses Under Heat Stress Conditions: A Mechanistic Review. Ul Hassan, Mahmood,Rasool, Tassaduq,Iqbal, Chandni,Arshad, Adnan,Abrar, Muhammad,Abrar, Muhammad Mohsin,Habib-ur-Rahman, Muhammad,Noor, Mehmood Ali,Sher, Alam,Fahad, Shah. 2021

[15]Novel plant breeding techniques to advance nitrogen use efficiency in rice: A review. Fiaz, Sajid,Wang, Xiukang,Khan, Sher Aslam,Ahmar, Sunny,Noor, Mehmood Ali,Riaz, Aamir,Ali, Kazim,Abbas, Farhat,Mora-Poblete, Freddy,Figueroa, Carlos R.,Alharthi, Badr. 2021

[16]Inorganic arsenic toxicity and alleviation strategies in rice. Amos Musyoki Mawia,Suozhen Hui,Liang Zhou,Huijuan Li,Javaria Tabassum,Changkai Lai,Jingxin Wang,Gaoneng Shao,Xiangjin Wei,Shaoqing Tang,Ju Luo,Shikai Hu,Peisong Hu. 2021

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[18]The Role Of Subsidy Policies I.n Achieving Grain Self-Sufficiency I n China: A Partial Equilibrium Approach. Qian, JR, Ito, S, Mu, YY, Zhao, ZJ, Wang, XJ. 2018

[19]Development and Prospect of Food Security Cooperation in the BRICS Countries. 任育锋,王玉庭,张田雨,李哲敏. 2020

[20]Molecular Characterization And Genetic Diversity O.f Different Genotypes Of O ryza Sativa And Oryza Glaberrima. Chen, CJ, He, WC, Nassirou, TY, Nsabiyumva, A, Dong, XL, Adedze, YMN, Jin, DM. 2017