多源日光诱导叶绿素荧光产品在中国地区的一致性研究

杨凤珠; 王震山; 张乾; 孙善磊; 柳艺博

doi:10.11873/j.issn.1004-0323.2022.1.0125

閬ユ劅鎶�鏈笌搴旂敤鈥衡�� 2022, Vol. 37 鈥衡�� Issue (1): 125-136.DOI: 10.11873/j.issn.1004-0323.2022.1.0125

鈥� 闈掍績浼氬崄鍛ㄥ勾涓撴爮鈥� 涓婁竴绡� 涓嬩竴绡�

澶氭簮鏃ュ厜璇卞鍙剁豢绱犺崸鍏変骇鍝佸湪涓浗鍦板尯鐨勪竴鑷存�х爺绌�

鏉ㄥ嚖鐝�¹(),鐜嬮渿灞�¹,寮犱咕²,瀛欏杽纾�³,鏌宠壓鍗�¹()

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^2.鍗椾含澶у 鍥介檯鍦扮悆绯荤粺绉戝鐮旂┒鎵�锛屾睙鑻� 鍗椾含 210023
^3.鍗椾含淇℃伅宸ョ▼澶у 澶ф皵绉戝瀛﹂櫌锛屾睙鑻� 鍗椾含 210044

鏀剁鏃ユ湡:2021-10-09 淇洖鏃ユ湡:2022-01-05 鍑虹増鏃ユ湡:2022-02-20 鍙戝竷鏃ユ湡:2022-04-08
閫氳浣滆��: 鏌宠壓鍗�
浣滆�呯畝浠�:鏉ㄥ嚖鐝�(1996-)锛屽コ锛屽北涓滆弿娉戒汉锛岀澹爺绌剁敓锛屼富瑕佷粠浜嬪簲鐢ㄦ皵璞℃柟闈㈢殑鐮旂┒銆侲?mail:fengzhuyang@126.com
鍩洪噾璧勫姪:
鍥藉鑷劧绉戝鍩洪噾椤圭洰(42130506);姹熻嫃鐪佸啘涓氭皵璞￠噸鐐瑰疄楠屽鍩洪噾(JKLAM2001)

Consistency Analysis of Five Global Sun-Induced Chlorophyll Fluorescence (SIF) Products over China

Fengzhu Yang¹(),Zhenshan Wang¹,Qian Zhang²,Shanlei Sun³,Yibo Liu¹()

^1.School of Applied Meteorology锛孨anjing University of Information Science and Technology/Jiangsu Laboratory of Agricultural Meteorology锛孨anjing 210044锛孋hina
^2.International Institute for Earth System Science锛孨anjing University锛孨anjing 210023锛孋hina
^3.School of Atmospheric Science锛孨anjing University of Information Science and Technology锛孨anjing 210044锛孋hina

Received:2021-10-09 Revised:2022-01-05 Online:2022-02-20 Published:2022-04-08
Contact: Yibo Liu

鎽樿/Abstract

鎽樿锛�

鏃ュ厜璇卞鍙剁豢绱犺崸鍏夛紙Sun-Induced Chlorophyll Fluorescence锛� SIF锛夋槸琛ㄥ緛妞嶈鍏夊悎鐨勬湁鏁堟帰閽堛�傚熀浜庝笉鍚屽崼鏄熼仴鎰熻鐢熺殑鍚勭SIF浜у搧宸茶骞挎硾搴旂敤锛岀劧鑰岋紝涓嶅悓浜у搧鍦ㄤ腑鍥藉尯鍩熻〃鐜板強涓�鑷存�т粛涓嶆槑鏅般�備互涓浗鐢熸�佺郴缁熷厜璋辫娴嬬綉缁滐紙ChinaSpec锛夊啘鐢扮珯SIF瑙傛祴鏁版嵁涓哄弬鑰冭瘎浼癈SIF銆丟OSIF銆丼IF_oco2-005銆丼IF_LUE锛圫IF_{LUE_JJ}/SIF_{LUE_PK}锛夈�丼IF₀₀₅绛変骇鍝侊紝骞朵粠涓嶅悓鏃剁┖灏哄害鎺㈣瀹冧滑鐨勪竴鑷存�с�傜粨鏋滆〃鏄庯細鈶犱笉鍚屼骇鍝佸湪4涓啘鐢扮珯琛ㄧ幇涓嶅敖鐩稿悓锛�3涓啘鐢扮珯瀛樺湪楂樹及鐜拌薄銆係IF_LUE鏁翠綋琛ㄧ幇杈冨ソ锛孏OSIF娆′箣锛岃�屽悗鏄疭IF₀₀₅鍜孲IF_{oco2_005}銆傗憽鍚勪骇鍝佺┖闂存牸灞�鍏锋湁杈冮珮涓�鑷存�э紝浣嗗叾骞呭害瀛樺湪宸紓锛氬勾鍧囧�兼柟闈紝SIF_{LUE_PK}鏈�澶э紙0.21 W m^-2 渭m^-1 sr^-1锛夛紝CSIF鏈�灏忥紙0.08 W m^-2 渭m^-1 sr^-1锛夛紝SIF₀₀₅銆丼IF_{oco2_005}銆丼IF_{LUE_JJ}銆丟OSIF渚濇鍒嗗埆涓�0.17銆�0.15銆�0.13鍜�0.11 W m^-2 渭m^-1 sr^-1锛涘勾鏈�澶у�兼柟闈紝SIF_{LUE_PK}鏈�澶э紙0.48 W m^-2 渭m^-1 sr^-1锛夛紝SIF_{LUE_JJ}鏈�灏忥紙0.30 W m^-2 渭m^-1 sr^-1锛夛紝SIF₀₀₅銆丼IF_{oco2_005}銆丟OSIF銆丆SIF渚濇鍒嗗埆涓�0.44銆�0.36銆�0.33鍜�0.31 W m^-2 渭m^-1 sr^-1銆傗憿2008~2016骞撮棿SIF骞村潎鍊煎彉鍖栬秼鍔挎柟闈紝GOSIF鍜孋SIF鏁翠綋鍛堟樉钁楀崌楂樼殑瓒嬪娍锛堟樉钁楀崌楂樺尯鍩熷垎鍒崰23.6%鍜�18.6%锛夛紝鍏ㄥ浗鍧囧�煎崌楂橀�熺巼鍒嗗埆涓�1.58脳10^-3鍜�1.23脳10^-3W m^-2 渭m^-1 sr^-1 a^-1锛涜�孲IF_{LUE_PK}鍜孲IF₀₀₅鏁翠綋鍛堟樉钁椾笅闄嶈秼鍔匡紙鏄捐憲涓嬮檷鍖哄煙鍒嗗埆鍗�16.3%鍜�14.7%锛夛紝鍏ㄥ浗鍧囧�间笅闄嶉�熺巼鍒嗗埆涓�3.62脳10^-3鍜�1.39脳10^-3 W m^-2 渭m^-1 sr^-1 a^-1锛汼IF_{LUE_JJ}鍦ㄥ叏鍥藉尯鍩熸暣浣撳彉鍖栬秼鍔夸笉鏄庢樉銆傗懀2008~2016骞撮棿SIF骞存渶澶у�煎彉鍖栬秼鍔夸笌SIF骞村潎鍊肩被浼硷細CSIF鍜孏OSIF鏁翠綋鍛堟樉钁楀崌楂橈紙鏄捐憲鍗囬珮鍖哄煙鍒嗗埆鍗�10.1%鍜�9.9%锛夛紝鍏ㄥ浗鍧囧�煎閫熷垎鍒负2.89脳10^-3鍜�2.15脳10^-3 W m^-2 渭m^-1 sr^-1 a^-1锛汼IF_{LUE_PK}鍜孲IF₀₀₅鏁翠綋鏄捐憲涓嬮檷锛堟樉钁椾笅闄嶅尯鍩熷垎鍒崰16.9%鍜�22.3%锛夛紝鍏ㄥ浗鍧囧�间笅闄嶉�熺巼鍒嗗埆涓�7.96脳10^-3鍜�8.09脳10^-3 W m^-2 渭m^-1 sr^-1 a^-1锛汼IF_{LUE_JJ}鍦ㄥ叏鍥藉尯鍩熸暣浣撳彉鍖栬秼鍔夸害涓嶆槑鏄俱��

鍏抽敭璇�: 鏃ュ厜璇卞鍙剁豢绱犺崸鍏�, ChinaSpec, 鍗槦閬ユ劅, 涓浗, 涓�鑷存��

Abstract:

Sun-Induced Chlorophyll Fluorescence 锛圫IF锛� is an effective probe characterizing vegetation photosynthesis. Various global SIF satellite remote sensing products have been derived and widely used. However锛� the performance and consistency of different products in China are still unclear. CSIF锛� GOSIF锛� SIF_oco2-005锛� SIF_LUE 锛圫IF_{LUE_JJ}/SIF_{LUE_PK}锛夛紝 and SIF₀₀₅ were validated using the ground observations of four farmland sites from ChinaSpec锛� and their consistency was analyzed. Results showed that锛� 锛�1锛� The performance of different products is different in different places and overestimation occurred in three farm stations. SIF_LUEperforms well as a whole锛� followed by GOSIF锛� SIF₀₀₅ and SIF_{oco2_005}. 锛�2锛� The spatial pattern of the annual mean SIF and annual maximum SIF in 2016 based on different products is highly consistent锛� but with different magnitude. The national averaged value of annual mean SIF for SIF_{LUE_PK}锛� SIF₀₀₅锛� SIF_{oco2_005}锛� SIF_{LUE_JJ}锛� GOSIF and_{CSIF is 0.21锛� 0.17锛� 0.15锛� 0.13锛� 0.11 and 0.08 W m^-2 渭m^-1 sr^-1锛� respectively. The national averaged value of annual maximum SIF for SIF_{LUE_PK}锛� SIF₀₀₅锛� SIF_{oco2_005}锛� GOSIF锛� CSIF and SIF_{LUE_JJ} is 0.48锛� 0.44锛� 0.36锛� 0.33锛� 0.31锛� and 0.30 W m^-2 渭m^-1 sr^-1锛� respectively. 锛�3锛� The annual mean value of GOSIF/CSIF and SIF_{LUE_PK}/SIF₀₀₅ significantly increased and decreased in 23.6%/18.6% and 16.3%/14.7% areas respectively from 2008 to 2016. The national averaged trends of GOSIF锛� CSIF锛� SIF_{LUE_PK}锛� and SIF₀₀₅is 0.001 6锛� 0.001 2锛� -0.003 6锛� and -0.001 4 W m^-2 渭m^-1 sr^-1 a^-1锛� respectively. SIF_{LUE_JJ} showed no significant change. 锛�4锛� The annual maximum value of CSIF/GOSIF and SIF_{LUE_PK}/SIF₀₀₅ significantly increased and decreased in 10.1%/9.9% and 16.9%/22.3% areas respectively during the period of 2008 to 2016. The national averaged trends of GOSIF锛� CSIF锛� SIF_{LUE_PK}锛� and SIF₀₀₅ is 0.002 9锛� 0.002 2锛� -0.008 0锛� and -0.008 1 W m^-2 渭m^-1 sr^-1 a^-1锛� respectively. SIF_{LUE_JJ} showed no significant change.}

Key words: Sun-Induced Chlorophyll Fluorescence, ChinaSpec, Satellite remote sensing, China, consistency

涓浘鍒嗙被鍙�:

TD75

鏉ㄥ嚖鐝�,鐜嬮渿灞�,寮犱咕,瀛欏杽纾�,鏌宠壓鍗�. 澶氭簮鏃ュ厜璇卞鍙剁豢绱犺崸鍏変骇鍝佸湪涓浗鍦板尯鐨勪竴鑷存�х爺绌禰J]. 閬ユ劅鎶�鏈笌搴旂敤, 2022, 37(1): 125-136.

Fengzhu Yang,Zhenshan Wang,Qian Zhang,Shanlei Sun,Yibo Liu. Consistency Analysis of Five Global Sun-Induced Chlorophyll Fluorescence (SIF) Products over China[J]. Remote Sensing Technology and Application, 2022, 37(1): 125-136.

鍙傝�冩枃鐚�

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澶氭簮鏃ュ厜璇卞鍙剁豢绱犺崸鍏変骇鍝佸湪涓浗鍦板尯鐨勪竴鑷存�х爺绌�

Consistency Analysis of Five Global Sun-Induced Chlorophyll Fluorescence (SIF) Products over China

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