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4. Economy and Environment Program for Southeast Asia, Surface Ozone Pollution and Unrecognized Challenge for Winter Wheat Yield: Evidence from China, 2015/03-2016-03, 18ÍòÔª£¬½áÌ⣬Ö÷³Ö¡£

5. ½ÌÓý²¿Áôѧ»Ø¹úÈËÔ±¿ÆÑÐÆô¶¯»ù½ð£¬¡°Ãñ¹¤»Ä¡±ÊÓ½ÇϵÄÐÂÐÍÅ©´åºÏ×÷Ò½ÁƱ¨ÏúÖƶÈÑо¿£¬2015/01-2016/12£¬2ÍòÔª£¬½áÌ⣬Ö÷³Ö¡£ 

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1. Ò׸£½ð Ñà·Æ¶ù Íõ½ðϼ£¬¡°ÐÅ´ûÔ¼ÊøϵÄÅ©Òµ±£ÏÕÐèÇó¸ß¹ÀÎÊÌ⣺ÀíÂÛ½âÊÍÓë¾­ÑéÖ¤¾Ý¡£¡±¡¶¹ÜÀíÊÀ½ç¡·£¬Forthcoming

2. Ò׸£½ð Óà¶ܿ ÖÜÌìê» Ñϱó½££¬¡°¸ßÎÂÓëÈÏÖªÄÜÁ¦¡ª¡ª»ùÓÚÖÐÀÏÄêȺÌåµÄʵ֤Ñо¿¡£¡±¡¶¾­¼Ãѧ£¨¼¾¿¯£©¡·£¬Forthcoming

3. Xie, Q., F. Yi, X. Tian, Forthcoming "Disparate changes of living standard in China: perspective from Engel's coefficient." China Agricultural Economic Review.

4. Ge, Y., Y. Yang; F. Yi, H. Hu, and X. Xiong, Forthcoming, "Measuring the Impact of Surface Ozone on Rice Production in China: A Normalized Profit Function Approach." China Agricultural Economic Review. 

5. Ò׸£½ð ½Óî Íõ¿Ë£¬¡°´óÔÖСÅ⣬СÔÖ´óÅ⣺±£·Ñ²¹Ìù¡®°ü¸ÉÖÆ¡¯Ä£Ê½ÏµÄÅ©ÒµÉú²ú·çÏÕÓëÅ⸶ˮƽã£ÂÛ¡ª¡ªÒÔÕþ²ßÐÔÓñÃ×±£ÏÕΪÀý¡£¡±¡¶ÖйúÅ©´å¾­¼Ã¡·£¬2022ÄêµÚ3ÆÚ¡£

6. Liu, C., F. Yi, Z. Xu, and X. Tian, 2021, "Do Living Agrrangements Matter?¡ª¡ª Evidence from Eating Behaviors in Rural China." Journal of the Economics of Ageing, 19:100307. (SSCI£¬Í¨Ñ¶×÷Õß)

7. Liu, C., T. Eriksson, and F. Yi, 2021, "Offspring Migration and Nutritional Status of Left-behind Older Adults in Rural China." Economics & Human Biology, 41:100996. (SSCI£¬Í¨Ñ¶×÷Õß)

8. Yi, F., R. Gudaj, et al., 2021, "How Chinese Agricultural Immigrants Affects Farmers in the Russian Far East." American Journal of Economics and Sociology, 79(5): 1387-1662. (SSCI)

9. Ò׸£½ð  ÖÜÌðÌð  ³ÂÏþ¹â, "Æøºò±ä»¯¡¢Å©Òµ¿ÆÑÐͶÈëÓëũҵȫҪËØÉú²úÂÊ¡£"¡¶ÌåÇòÍøѧ±¨£¨Éç»á¿Æѧ°æ£©¡·£¬2021ÄêµÚ8ÆÚ¡£

10. Ò׸£½ð  ÖÜÃηÉ£¬¡°ENSOÐÅÏ¢ÔÚÅ©Òµ±£ÏÕÖеÄÓ¦ÓüÛÖµ¡ª¡ªÒÔÇøÓò²úÁ¿Ö¸Êý±£ÏÕΪÀý¡£¡±¡¶ÏÖ´ú½ðÈÚ¡·£¬2021ÄêµÚ7ÆÚ¡£  

11. ³Â¼Ñçâ ÀîÇì Ì·ÇÉÐÐ ¹ðÊÀË« ÍõЦ Ò׸£½ð ½ª¶«  Öܼã¬2021£¬¡°½áºÏÇáÁ¿¼¶ÂóËë¼ì²âÄ£ÐͺÍÀëÏßAndroidÈí¼þ¿ª·¢µÄÌï¼äСÂó²â²ú¡£¡±¡¶Å©Òµ¹¤³Ìѧ±¨¡·£¬2021ÄêµÚ37¾íµÚ19ÆÚ¡£

12. Yi, F., M. Zhou, and Y. Zhang, 2020, "Value of Incorporating ENSO Forecast in Crop Insurance Programs." American Journal of Agricultural Economics, 102: 439-457. (SSCI)

13. Yi, F., H. Ye, X. Wu, Y. Zhang, and F. Jiang, 2020, "Self-aggravation of air pollution: Evidence from residential electricity consumption in China." Energy Economics, 86:104684. (SSCI)

14. Yi, F., J. Feng, and Y. Wang, 2020, "Influence of Surface Ozone on Crop Yield of Maize." Journal of Integrative Agriculture,19(2):578-589. (SCI, IF:4.384)

15. Áõ³© Ò׸£½ð ÐìÖ¾¸Õ, ¡°¹æÄ£ÓëÎȶ¨ÐÔ£ºË½ÈËתÒÆÖ§¸¶ÈçºÎÓ°ÏìÅ©´åÀÏÈ˽¡¿µ£¿¡±¡¶ÈË¿ÚÓë·¢Õ¹¡·£¬2020ÄêµÚ1ÆÚ¡£

16. Éò¾üÍþ Ò׸£½ð ´Þ¾º·é Öܺ£³¿£¬ ¡°²ÎÓ룬»¹ÊÇÖ÷µ¼£¿¡ª¡ª ¹ú¼ÊÊÓҰϵÄÖйúÅ©Òµ¾­¼ÃÁìÓòѧÕß¹±Ï׶È¡£¡±¡¶Í¼Êé¹ÝÂÛ̳¡·£¬2020ÄêµÚ4ÆÚ£¬µÚ66-78Ò³¡£

17. Tian, X., F. Yi, and  X. Yu, 2019, "Rising Cost of Labor and Transformations in Grain Production in China." China Agricultural Economic Review, 12(1):158-172. (SSCI)

18. Li, Y., F. Yi, Y. Wang, and R. Gudaj, 2019, "The Value of El Nino¨CSouthern Oscillation Forecasts to China's Agriculture." Sustainability, 11:4184. (SSCI)

19. Yi, F., C. Liu, and Z. Xu, 2019, "Identifying the Effects of Migration on Parental Health:  Evidence from Left-Behind Elders in China." China Economic Review, 54:218-236. (SSCI)

20. Ò׸£½ð ФÈØ Íõ½ðϼ, ¡°¼ÆÁ¿Ë®¼Û¡¢¶¨¶î¹ÜÀí»¹ÊÇ°´Ä¶ÊÕ·Ñ£¿¡ª¡ªº£ºÓÁ÷ÓòÅ©ÒµÓÃË®Õþ²ß̽¾¿¡±,¡¶ÖйúÅ©´å¹Û²ì¡·, 2019ÄêµÚ1ÆÚ¡£

21. ÎâÝíÝí ³ÂÓÀ¸£ Ò׸£½ð, ¡°Õò¼ÒÍ¥ÊÕÈë·Ö²¼±ä¶¯¶ÔÆäʳÎïÏû·ÑµÄÓ°Ï졪¡ª¼æÂÛÓ뾲̬ģÄâ½á¹ûµÄ±È½Ï¡±,¡¶Å©ÒµÏÖ´ú»¯Ñо¿¡·, 2019ÄêµÚ3ÆÚ¡£

22. Yi, F., B. McCarl, 2018, "Increasing the Effectiveness of the Chinese Grain Subsidy: A Quantitative Analysis." China Agricultural Economic Review, 10(4):538-557. (SSCI)

23. Yi, F., B. McCarl, X. Zhou, and F. Jiang, 2018. "Damages of Surface Ozone: Evidence from Agricultural Sector in China." Environmental Research Letters, 13. (SCI, IF: 6.947 )

24. Ò׸£½ð ÖÜѯ ½ÎåÒ», ¡°Á÷¶¯ÐÔÔ¼ÊøÊÓ½ÇϵÄÁ¸Ê³²¹ÌùÕþ²ßЧӦÆÀ¹À¡±,¡¶ºþÄÏÅ©Òµ´óѧѧ±¨£¨Éç»á¿Æѧ°æ£©¡·, 2018ÄêµÚ2ÆÚ: 1-9¡£

25. Carter, C., X.Cui, A.Ding, D.Ghanem, F.Jiang, F. Yi, and F. Zhong, 2017, Stage-specific, Nonlinear Surface Ozone Damage to Rice Production in China. Scientific Reports, 3(7): 44224. (SCI, IF: 4.996)

26. Xiong, B., F. Yi., and Y. Li, 2017.¡°What do China¡¯s rising meat demand and industrialization of the livestock sector mean for its vegetable oil market?¡± China Agricultural Economic Review, 9(2). (SSCI)

27. Áõ³© Ò׸£½ð ÐìÖ¾¸Õ, ¡°¸¸Ä¸½¡¿µ: ½ðÇ®ºÍʱ¼ä£¬ÊëÇáÊëÖØ£¿¡ª¡ªÅ©´å×ÓÅ®Íâ³öÎñ¹¤Ó°ÏìµÄÔÙÉóÊÓ¡±, ¡¶¹ÜÀíÊÀ½ç¡·, 2017ÄêµÚ7ÆÚ: 74-87£¨Í¨Ñ¶×÷Õߣ©¡£

28. ÀîÑÇÁá Ò׸£½ð Ðܲ©, ¡°ÖйúʳÎïÏû·Ñ½á¹¹±ä»¯¶ÔÖ²ÎïÓÍÊг¡µÄÓ°Ï족,¡¶Å©Òµ¼¼Êõ¾­¼Ã¡·, 2017ÄêµÚ11ÆÚ: 115-128¡£

29. ÅíÒÒÉê Ò׸£½ð, ¡°ÓñÃ×ÁÙʱÊÕ´¢¸Ä¸ïµÄ¿ÉÄÜÑ¡ÏîÓëÓ°Ïì·ÖÎö¡±,¡¶½­ËÕÅ©Òµ¿Æѧ¡·, 2017ÄêµÚ9ÆÚ¡£

30. Ò¶ÌýÌý ½­·É Ò׸£½ð Àîɼ£¬²ÌÕÜ, ¡°³¤Èý½ÇµØÇø´º¼¾³ôÑõÎÛȾÌØÕ÷¼°Æä¶Ô¶¬Ð¡Âó²úÁ¿µÄÓ°Ï족,¡¶»·¾³¿ÆѧÑо¿¡·, 2017ÄêµÚ4ÆÚ¡£

31. ÐìÖ¾¸Õ ÖÜÄþ Ò׸£½ð£¬¡°Å©´å¾ÓÃñÍøÂ繺ÎïÐÐΪÑо¿¡ª¡ª¶Ô³ÇÕò»¯Ïû·Ñʾ·¶Ð§Ó¦¼Ù˵µÄ¼ìÑ顱,¡¶ÉÌÒµ¾­¼ÃÓë¹ÜÀí¡·, 2017ÄêµÚ1ÆÚ¡£

32. Yi, F., F. Jiang, F. Zhong, X. Zhou, and A. Ding, 2016, ¡°The Impacts of Surface Ozone Pollution on Winter Wheat Productivity in China -- An Econometric Approach.¡± Environmental Pollution, 208: 326-335. (SCI, IF: 9.988)

33. Yi, F., W. Lu, and Y. Zhou, 2016, ¡°Cash Transfers and Multiplier Effect: Lessons from the Grain Subsidy Program in China.¡±China Agricultural Economic Review, 8:81-99. 

34. ÑîÓ¾±ù Ò׸£½ð ºúºÆ, ¡°Å©Òµ»·¾³¶ÔÁ¸Ê³Éú²úÊÕÒæµÄÐÂÌôÕ½¡ª¡ªÒÔ½üµØÃæ³ôÑõÎÛȾϵĶ¬Ð¡ÂóÖÖֲΪÀý¡±, ¡¶ÖйúÅ©´å¾­¼Ã¡·, 2016ÄêµÚ9ÆÚ: 72-82£¨Í¨Ñ¶×÷Õߣ©¡£

35. Ò׸£½ð ÁõÓ¨, ¡°ÀͶ¯Á¦¼Û¸ñÉÏÉýÓë½­¡¢ÕãË®µ¾²¥ÖÖÃæ»ýÏà㣱仯¡ª¡ª»ùÓÚÌæ´úµ¯ÐԵĽâÊÍ¡±, ¡¶Í³¼ÆÓëÐÅÏ¢ÂÛ̳¡·, 2016ÄêµÚ1ÆÚ: 87-92¡£

36. Yi, F. and D. Sun. 2015. ¡°Grain Subsidy, Liquidity Constraints and Food security¡ªImpact of   the Grain Subsidy Program on the Grain-Sown Areas in China.¡± Food Policy, 50: 114-124. (SSCI)

37. Ò׸£½ð ¹ËŸºÇ¬, ¡° ¡®ÆçÊÓÐÔ¡¯ÐÂÅ©ºÏ±¨Ïú±ÈÀý¶ÔÅ©´åÀͶ¯Á¦Á÷¶¯µÄÓ°Ï족,¡¶ÖйúÅ©´å¹Û²ì¡·, 2015Äê¾í003 ÆÚ: 1-12¡£(´øÍ·¸å£¬ÈË´ó¸´Ó¡×ÊÁÏתÔØ)

38. Yi, F., Merel, P., J.Lee and J.Six. 2014.¡°A Regional Bio-economic Model of Nitrogen Use in Cropping¡± American Journal of Agricultural Economics, 96 (1): 67-91. (SSCI)

39. Yi,F., P. Merel, J.Lee, Y.H. Farzin, and J.Six. 2014.¡°Switchgrass in California:Where,and at What Price?¡± GCB,Bioenergy,6: 672-684. (SCI, IF: 5.957)

40. Mudiyanselage, N.H., C.-Y.C.Lin and F.Yi. 2013.¡°An Analysis of Ethanol Investment Decisionsin Thailand¡± Theoretical Economics Letters,3(5A): 14-20. 

41. Merel, P., L.Simon, and F.Yi.2011.¡°A Fully Calibrated Generalized CES Programming  Model of AgriculturalSupply.¡±American Journal of Agricultural Economics, 93(4):936-948. (SSCI)

42. Merel, P., F. Yi, S. Bucaram, J. Lee, R. Howitt and J. Six. 2011. ¡°Incorporating yield information from a biogeochemical model into an agricultural production model to infer adoption of a new bioenergy crop.¡±In Bio-economic models applied to agricultural systems edited by G. Flichman, pp. 89-108. Springer.

43. Ò׸£½ð, ³ÂÖ¾Ó±, ¡°Í˸û»¹ÁÖ¶Ô·ÇÅ©¾ÍÒµµÄÓ°Ïì·ÖÎö¡±, ¡¶ÖйúÈí¿Æѧ¡·, 2006Äê¾í008 ÆÚ: 36-45¡££¨ÈË´ó¸´Ó¡×ÊÁÏתÔØ£©

44. Ò׸£½ð, Ðì½úÌÎ, ÐìÖ¾¸Õ, ¡°Í˸û»¹ÁÖ¾­¼ÃÓ°ÏìÔÙ·ÖÎö¡±, ¡¶ÖйúÅ©´å¾­¼Ã¡·, 2006 Äê¾í010ÆÚ: 30-38¡£

45. Ò׸£½ð, ³ÂÖ¾Ó±, ÐûÑÇÄÏ, ¡°×ª»ùÒò±êÇ©µÄÏû·ÑÕßά¶È˼¿¼¡±, ¡¶Éú̬¾­¼Ã¡·, 2004Äê¾í008ÆÚ: 50-53¡£

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3. 2021Ä꣬ÖйúÅ©Òµ·çÏÕ¹ÜÀíÑо¿»áÓÅÐãÂÛÎÄÌصȽ±

4. 2021Ä꣬China Agricultural Economic Review Äê¶ÈÍƼöÂÛÎĽ±

5. 2020Ä꣬½ÌÓý²¿µÚ°Ë½ì¸ßµÈѧУ¿ÆѧÑо¿ÓÅÐã³É¹û½±£¨ÈËÎÄÉç»á¿Æѧ£©¶þµÈ½±£¬ÅÅÃûµÚÒ»

6. 2020Ä꣬ÌåÇòÍøÓÅÐã½Ìʦ

7. 2019Ä꣬2019ÖйúÇàÄêÅ©Òµ¾­¼Ãѧ¼ÒÂÛ̳Äê¶ÈѧÕß

8. 2018Ä꣬2018ÖйúÅ©ÁÖ¾­¼Ã¹ÜÀíѧÊõÄê»áÓÅÐãÂÛÎĽ±

9. 2018Ä꣬ÌåÇòÍøÓÅÐãÑо¿Éú½Ìʦ

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11. 2017Ä꣬Outstanding Paper in 2016 Emerald Literati Awards

12. 2016Ä꣬Best Conference Paper Award in 2016 CAER-IFPRI Annual International Conference

13. 2016Ä꣬2016ÖйúÅ©ÁÖ¾­¼Ã¹ÜÀíѧÊõÄê»áÓÅÐãÂÛÎĽ±

14. 2015Ä꣬¡¶ÖйúÅ©´å¹Û²ì¡·2015Äê¶ÈÓÅÐãÂÛÎÄ

¹¤×÷ÂÛÎÄ 

1. Yi, F., Cynthia Lin Lawell, and Karen Thome,  A Dynamic Model of Subsidies: Theory and Application to the Ethanol Industry (NBER working paper in 2019)

2. Yi, F., Cynthia, and Lin Lawell, What Factors Affect the Decision to Invest in a Fuel Ethanol Plant?: A Structural Model of the Ethanol Investment Timing Game

3. Ò׸£½ð£¬Ñà·Æ¶ù£¬ÊÀ½çÅ©Òµ±£ÏÕÀíÂÛÑо¿½øÕ¹ÓëÀíÂÛÖйú»¯µÄÕ¹Íû