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1) ÅáÖ¾ÓÀ, ºÂÉÙÈÙ, ÇǾ´Î°, ¶Î¹ã¶« & Íõ¹úÖÒ. ëÎÚËØɳµØɳÁøÖ¦Ìõ¾¥Á÷ÌØÕ÷. Éú̬Çé¿öѧ±¨ 28, 48¨C56 (2019).
2) Klime?ov¨¢, J. & St?eda, T. Agrometeorological and biological aspects of maize transpiration. £¨2014£©.
3) Ku?era, J., Brito, P., Jim¨¦nez, M. S. & Urban, J. Direct Penman¨CMonteith parameterization for estimating stomatal conductance and modeling sap flow. Trees 31, 873¨C885 (2017).
4) Kullaj, E. Modeling Water Requirements of Young Apple Rootstocks under Various Climates. ARTOAJ 2, (2016).
5) J. ?erm¨¢k, J. Ku?era & N. Nadezhdina. Sap flow measurements with some thermodynamic methods, flow integration within trees and scaling up from sample trees to entire forest stands. Trees - Structure and Function 529¨C546 (2004).
6) Josef Urban, Milo¨¾ Dvo?¨¢k. Sap flow-based quantitative indication of progression of Dutch elm disease after inoculation with Ophiostoma novo-ulmi. Trees Volume 28, Issue 6, pp 1599¨C1605. (2014).
7) LI Ming-dan, WANG A-qing, TANG Zu-xiang, WU Run-sheng, ZHOU Jing-han, WANG Wei, LIU Hua. Features and Influence Fectors of the Sugar Maple Sap Flow in the Non-growing Seasons. Journal of Sichuan Forestry Science and Technology. (2018).
8) Zhiyong Pei, Shaorong Hao, Guohui Pang, Kai Wang, Tiejun Liu. Sap flow of Salix psammophila and its principal influencing factors at different slope positions in the Mu Us desert. PLoS One (2019).
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