模拟增温对高寒沙区生物土壤结皮-土壤系统呼吸的影响
赵河聚1,2, 岳艳鹏1,2, 贾晓红1,2,*(
), 成龙1,2, 吴波1,2, 李元寿3, 周虹1,2, 赵雪彬4
), 成龙1,2, 吴波1,2, 李元寿3, 周虹1,2, 赵雪彬4
Effects of simulated warming on biological soil crust-soil system respiration in alpine sandy lands
ZHAO He-Ju1,2, YUE Yan-Peng1,2, JIA Xiao-Hong1,2,*(), CHENG Long1,2, WU Bo1,2, LI Yuan-Shou3, ZHOU Hong1,2, ZHAO Xue-Bin4
), CHENG Long1,2, WU Bo1,2, LI Yuan-Shou3, ZHOU Hong1,2, ZHAO Xue-Bin4
图1. 不同规格开顶式被动增温装置(OTC)内苔藓和藻类结皮下0-5 cm层土壤温度变化。A, 苔藓结皮-土壤系统(TX)。B, 藻类结皮-土壤系统(ZL)。CK为对照组, OTC1、OTC2、OTC3为不同增温处理。
Fig. 1. Changes of soil temperature (0-5 cm) under moss and algae crusts in open top chamber (OTC) a passive warming device with different specifications. A, Moss crust-soil system (TX). B, Algae crust-soil system (ZL). CK means control group; OTC1, OTC2, OTC3 represent different warming treatments.
