1 | Liu Antao. Land surface temperature retrieval of the hot abnormity on remote sensing锛籇锛�. Jinlin锛� Jilin University锛�2008. |
1 | 鍒樺畨娑�. 鍦拌〃鐑紓甯搁仴鎰熸俯搴﹀弽婕旓蓟D锛�. 鍚夋灄锛� 鍚夋灄澶у锛�2008. |
2 | Liu S W锛� Ye C L锛� Sun Q T锛� et al. Detection of geothermal anomaly areas with spatio-temporal analysis using multi-temporal remote sensing data锛籎锛�. IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing锛� 2021锛� 14锛�4866-4878. |
3 | Sun Shuang锛� Li Lingjun锛� Zhao Wenji锛� et al. Industrial pollution emissions based on thermal anomaly remote sensing monitoring锛� a case study of southern Hebei urban agglomerations锛� China锛籎锛�. China Environmental Science锛� 2019锛�39锛�7锛夛細3120-3129. |
3 | 瀛欑埥锛� 鏉庝护鍐涳紝 璧垫枃鍚夛紝 绛�. 鍩轰簬鐑紓甯搁仴鎰熺殑鍐�鍗楀煄甯傜兢宸ヤ笟鑳借�楀強澶ф皵姹℃煋锛籎锛�. 涓浗鐜绉戝锛� 2019锛� 39锛�7锛夛細3120-3129. |
4 | Qiu Jun锛� Li Lingjun锛� Lu Haifeng锛� et al. Estimation of air pollution emission from cement plant in Beijing based on thermal anomaly detection锛籎锛�. Research of Environmental Sciences锛� 2020锛� 33锛�10锛夛細2265-2271. |
4 | 閭辨榾锛� 鏉庝护鍐涳紝 楣挎捣宄帮紝 绛�. 鍩轰簬鐑紓甯告帰娴嬬殑鍖椾含姘存偿鍘傚ぇ姘旀薄鏌撴帓鏀捐瘎浼帮蓟J锛�. 鐜绉戝鐮旂┒锛� 2020锛� 33锛�10锛夛細2265-2271. |
5 | Jin Quanfeng锛� Wang Wenhui锛� Ma Xiangqing锛� et al. Temporal and spatial dynamics of pollutants emission from forest fires in Fujian during 2000~2010锛籎锛�. China Environmental Science锛� 2017锛� 37锛�2锛夛細476-485. |
5 | 闈冲叏閿嬶紝 鐜嬫枃杈夛紝 椹ゥ搴嗭紝 绛�. 绂忓缓鐪�2000~2010骞存灄鐏帓鏀炬薄鏌撶墿鏃剁┖鍔ㄦ�佸彉鍖栵蓟J锛�. 涓浗鐜绉戝锛� 2017锛� 37锛�2锛夛細476-485. |
6 | Yang Xiajie锛� Ma Yuanfan锛� Peng Xujian锛� et al. Dynamic changes of pollutants released from forest fire in Southern forested region during 2000~2016锛籎锛�. China Environmental Science锛� 2018锛� 38锛�12锛夛細4687-4696. |
6 | 鏉ㄥ鎹凤紝 椹繙甯嗭紝 褰緪鍓戯紝 绛�. 鍗楁柟鏋楀尯2000~2016骞存灄鐏噴鏀炬薄鏌撶墿鍔ㄦ�佸彉鍖栫爺绌讹蓟J锛�. 涓浗鐜绉戝锛� 2018锛� 38锛�12锛夛細4687-4696. |
7 | Li Feng锛� Cui Ximin锛� Sun Guangtong锛� et al. Approach of detecting coal fires by unmanned aerial vehicle thermal infrared remote sensing technology锛籎锛�. Safety in Coal Mines锛� 2017锛� 48锛�12锛夛細97-100. |
7 | 鏉庡嘲锛� 宕斿笇姘戯紝 瀛欏箍閫氾紝 绛�. 鏃犱汉鏈虹儹绾㈠閬ユ劅鐓ょ伀鎺㈡祴鏂规硶锛籎锛�. 鐓ょ熆瀹夊叏锛� 2017锛� 48锛�12锛夛細97-100. |
8 | Van Der Werf G R锛� Randerson J T锛� Giglio L锛� et al. Global fire emissions and the contribution of deforestation锛� Savanna锛� forest锛� agricultural锛� and peat fires 锛�1997-2009锛夛蓟J锛�. Atmospheric Chemistry and Physics锛� 2010锛� 10锛�23锛夛細11707-11735. |
9 | Verma S锛� Dar J A锛� Malasiya D锛� et al. A MODIS-based spatiotemporal assessment of agricultural residue burning in Madhya Pradesh锛� India锛籎锛�. Ecological Indicators锛� 2019锛� 105锛坈锛夛細496-504. |
10 | He Liming锛� Wang Wenjie锛� Wang Qiao锛� et al. Evaluation of the agricultural residues burning reduction in China using MODIS fire product锛籎锛�. Environmental Monitoring in China锛� 2007锛�1锛夛細42-50. |
10 | 浣曠珛鏄庯紝 鐜嬫枃鏉帮紝 鐜嬫ˉ锛� 绛�. 涓浗绉哥鐒氱儳鐨勯仴鎰熺洃娴嬩笌鍒嗘瀽锛籎锛�. 涓浗鐜鐩戞祴锛� 2007锛�1锛夛細42-50. |
11 | Yu K锛� Qiu L锛� Wang J J锛� et al. Winter wheat straw return monitoring by UAVs observations at different resolutions锛籎锛�. International Journal of Remote Sensing锛� 2017锛� 38锛�8-10锛夛細2260-2272. |
12 | Hu Mei锛� Qi Shuhua锛� Shu Xiaobo锛� et al. Monitoring fire from crop residues burning with MODIS data in North China plain锛籎锛�. Journal of Geo-information Science锛� 2008锛� 10锛�6锛夛細6802-6807. |
12 | 鑳℃锛� 榻愯堪鍗庯紝 鑸掓檽娉紝 绛�. 鍗庡寳骞冲師绉哥鐒氱儳鐏偣鐨凪ODIS褰卞儚璇嗗埆鐩戞祴锛籎锛�. 鍦扮悆淇℃伅绉戝锛� 2008锛�10锛�6锛夛細6802-6807. |
13 | Devkota Jyoti U. Statistical analysis of active fire remote sensing data锛� examples from South Asia锛籎锛�. Environmental Monitoring and Assessment锛� 2021锛� 193锛�9锛夛細608-608. |
14 | Zhang Yan锛� Liu Ting锛� Li Bing锛� et al. Monitoring of autumn crop straw burning fire points in Henan Province based on MODIS data锛籎锛�. Journal of Henan Agricultural Sciences锛� 2016锛� 45锛�11锛夛細149-154. |
14 | 寮犲溅锛� 鍒樺┓锛� 鏉庡啺锛� 绛�. 鍩轰簬MODIS鏁版嵁鐨勬渤鍗楃渷绉嬪浣滅墿绉哥鐒氱儳鐏偣鐩戞祴鐮旂┒锛籎锛�. 娌冲崡鍐滀笟绉戝锛� 2016锛� 45锛�11锛夛細149-154. |
15 | Yang Dan锛� Hong Qianqian. Based on MODIS fire burning monitoring and air quality of straw burning in Jilin Province impact analysis锛籎锛�. Geomatics & Spatial Information Technology锛� 2019锛� 42锛�9锛夛細151-153锛�159. |
15 | 鏉ㄤ腹锛� 娲�╁��. 鍩轰簬MODIS鐨勫悏鏋楃渷绉哥鐒氱儳鐏偣鐩戞祴鍙婄┖姘旇川閲忓奖鍝嶅垎鏋愶蓟J锛�. 娴嬬粯涓庣┖闂村湴鐞嗕俊鎭紝 2019锛� 42锛�9锛夛細151-153锛�159. |
16 | Hang Xin锛� Li Yachun锛� Zhang Mingming锛� et al. Study on the spatial and temporal distribution of AOD in Jiangsu Province influenced by straw burning based on satellite remote sensing锛籎锛�. Ecology and Environmental Sciences锛� 2017锛� 26锛�01锛夛細111-118. |
16 | 鏉懌锛� 鏉庝簹鏄ワ紝 寮犳槑鏄庯紝 绛�. 鍩轰簬閬ユ劅鐨勭Ц绉嗙剼鐑у姹熻嫃鐪佹皵婧惰兌鍏夊鍘氬害鏃剁┖鍒嗗竷鐨勫奖鍝嶇爺绌讹蓟J锛�. 鐢熸�佺幆澧冨鎶ワ紝 2017锛� 26锛�01锛夛細111-118. |
17 | Zhou Mei锛� Guo Guangmeng锛� Song Dongmei锛� et al. A discussion about fire monitoring with MODIS data锛籎锛�. Journal of Arid Land Resources and Environment锛� 2006锛�3锛夛細180-183. |
17 | 鍛ㄦ锛� 閮箍鐚涳紝 瀹嬪啲姊咃紝 绛�. 浣跨敤MODIS鐩戞祴鐏偣鐨勫嚑涓棶棰樻帰璁蓟J锛�. 骞叉棻鍖鸿祫婧愪笌鐜锛� 2006锛�3锛夛細180-183. |
18 | Qiu Xionghui锛� Duan Lei锛� Chai Fahe锛� et al. Deriving high-resolution emission inventory of open biomass burning in China based on satellite observations锛籎锛�. Environmental Science & Technology锛� 2016锛� 50锛�11779-11786. |
19 | Li Zhaoliang锛� Duan Sibo锛� Tang Bohui锛� et al. Review of methods for land surface temperature derived from thermal infrared remotely sensed data锛籎锛�. Journal of Remote Sensing锛� 2016锛� 20锛�5锛夛細899-920. |
19 | 鏉庡彫鑹紝 娈靛洓娉紝 鍞愪集鎯狅紝 绛�. 鐑孩澶栧湴琛ㄦ俯搴﹂仴鎰熷弽婕旀柟娉曠爺绌惰繘灞曪蓟J锛�. 閬ユ劅瀛︽姤锛� 2016锛� 20锛�5锛夛細899-920. |
20 | Peterson D锛� Wang J锛� Ichoku C锛� et al. A sub-pixel-based calculation of fire radiative power from MODIS observations锛� 1锛� algorithm development and initial assessment锛籎锛�. Remote Sensing of Environment锛� 2013锛� 129锛�262-279. |
21 | Xu Qingyun锛� Gu Weiwei锛� Xie Tao锛� et al. Crop straw fire remote sensing monitoring and its algorithm implementation锛籎锛�. Remote Sensing Technology and Application锛� 2017锛� 32锛�4锛夛細728-733. |
21 | 璁搁潚浜戯紝 椤句紵浼燂紝 璋㈡稕锛� 绛�. 绉哥鐒氱儳鐏偣閬ユ劅鐩戞祴绠楁硶瀹炵幇锛籎锛�. 閬ユ劅鎶�鏈笌搴旂敤锛� 2017锛� 32锛�4锛夛細728-733. |
22 | Kaufman Y J锛� Kleidman R G锛� King M D. SCAR-B fires in the tropics锛� properties and remote sensing from EOS-MODIS锛籎锛�. Journal of Geophysical Research锛� Atmospheres锛� 1998锛� 103锛圖24锛夛細31955-31968. |
23 | Giglio L锛� Descloitres J锛� Justice C O锛� et al. An enhanced contextual fire detection algorithm for MODIS锛籎锛�. Remote Sensing of Environment锛� 2003锛� 87锛�2锛夛細273-282. |
24 | Xie H锛� Du L锛� Liu S C锛� et al. Dynamic monitoring of agricultural fires in China from 2010 to 2014 using MODIS and Globe Land30 data锛籎锛�. ISPRS International Journal of Geo-Information锛� 2016锛� 5锛�10锛夛細14. |
25 | Wang Jinwu锛� Tang Han锛� Wang Jinfeng锛� et al. Comprehensive utilization status and development analysis of crop straw resource in Northeast China锛籎锛�. Transactions of the Chinese Society for Agricultural Machinery锛� 2017锛� 48锛�5锛夛細1-21. |
25 | 鐜嬮噾姝︼紝 鍞愭眽锛� 鐜嬮噾宄�. 涓滃寳鍦板尯浣滅墿绉哥璧勬簮缁煎悎鍒╃敤鐜扮姸涓庡彂灞曞垎鏋愶蓟J锛�. 鍐滀笟鏈烘瀛︽姤锛� 2017锛� 48锛�5锛夛細1-21. |
26 | Zhou Jing锛� Wu Haitao锛� Ding Shijun锛� et al. Analysis of seasonal variation in crop residue harvest and sustainability of its energy supply锛籎锛�. Resources Science锛� 2011锛� 33锛�8锛夛細1537-1545. |
26 | 鍛ㄦ櫠锛� 鍚存捣娑涳紝 涓佸+鍐涳紝 绛�. 绉哥璧勬簮鏀惰幏瀛h妭鎬у強鍏惰兘婧愪緵搴旀寔缁�у垎鏋愶蓟J锛�. 璧勬簮绉戝锛� 2011锛� 33锛�8锛夛細1537-1545. |
27 | Mao Huiqin锛� Zhang Lijuan锛� Li Qing锛� et al. Study on open burning of crop residues and its emissions of PM2.5 in Northeast China based on satellite锛籎锛�. Chinese Journal of Agricultural Resources and Regional Planning锛� 2018锛� 39锛�4锛夛細59-66. |
27 | 姣涙収鐞达紝 寮犱附濞燂紝 鍘夐潚锛� 绛�. 鍩轰簬鍗槦閬ユ劅鐨勪笢鍖椾笁鐪侀湶澶╃Ц绉嗙剼鐑у強鍏舵帓鏀剧爺绌讹蓟J锛�. 涓浗鍐滀笟璧勬簮涓庡尯鍒掞紝 2018锛� 39锛�4锛夛細59-66. |
28 | Li Lili锛� Wang Kun锛� Jiang Junqiu锛� et al. Emission inventory and the temporal and spatial distribution of pollutant for open field straw burning in Heilongjiang Province锛籎锛�. China Environmental Science锛� 2018锛� 38锛�9锛夛細3280-3287. |
28 | 鏉庤帀鑾夛紝 鐜嬬惃锛� 濮滅徍绉嬶紝 绛�. 榛戦緳姹熺渷绉哥闇插ぉ鐒氱儳姹℃煋鐗╂帓鏀炬竻鍗曞強鏃剁┖鍒嗗竷锛籎锛�. 涓浗鐜绉戝锛� 2018锛� 38锛�9锛夛細3280-3287. |
29 | Li Qing锛� Zhang Lijuan锛� Wu Chuanqing锛� et al. Satellite-remote-sensing-based monitoring of straw burning and analysis of its impact on air quality锛籎锛�. Journal of Ecology and Rural Environment锛� 2009锛� 25锛�1锛夛細32-37. |
29 | 鍘夐潚锛� 寮犱附濞燂紝 鍚翠紶搴嗭紝 绛�. 鍩轰簬鍗槦閬ユ劅鐨勭Ц绉嗙剼鐑х洃娴嬪強瀵圭┖姘旇川閲忓奖鍝嶅垎鏋愶蓟J锛�. 鐢熸�佷笌鍐滄潙鐜瀛︽姤锛� 2009锛� 25锛�1锛夛細32-37. |
30 | Chen Dong锛� Huang Xucai锛� Tang Qiyuan. Crop straw yield and its utilization by herbivores in Hunan Province锛籎锛�. Chinese Journal of Animal Science锛� 2019锛� 55锛�12锛夛細163-166. |
30 | 闄堜笢锛� 榛勮儱鑾憋紝 鍞愬惎婧�. 婀栧崡鐪佸啘浣滅墿绉哥浜ч噺鍙婅崏椋熷姩鐗╁鍏跺埄鐢ㄧ幇鐘讹蓟J锛�. 涓浗鐣滅墽鏉傚織锛� 2019锛� 55锛�12锛夛細163-166. |
31 | Lin Yongchao锛� Liu Sanxiong锛� Zeng Xiang锛� et al. Investigation on fice production situation锛� development trend and countermeasures in Hunan Province锛籎锛�. Hunan Agricultural Science锛� 2008锛�2锛夛細129-133. |
31 | 榛庣敤鏈濓紝 鍒樹笁闆勶紝 鏇剧繑锛� 绛�.婀栧崡姘寸ɑ鐢熶骇姒傚喌銆佸彂灞曡秼鍔垮強瀵圭瓥鎺㈣锛籎锛�.婀栧崡鍐滀笟绉戝锛� 2008锛�2锛夛細129-133. |
32 | Liao Xiaolian. Study on cross-regional work for rice combine锛籇锛�. Changsha锛� Hunan Agricultural University锛�2007. |
32 | 寤栨檽鑾�. 姘寸ɑ鑱斿悎鏀惰幏鏈鸿法鍖轰綔涓氱爺绌讹蓟D锛�. 闀挎矙锛� 婀栧崡鍐滀笟澶у锛� 2007. |
33 | Lin Zhong锛� Li Dan锛� Zhang Huanyu锛� et al. Status quo of utilization of agricultural wastes in Hunan Province锛籎锛�. Hunan Agricultural Science锛� 2012锛�5锛夛細169-172. |
33 | 鏋椾腑锛� 鏉庝腹锛� 寮犵剷瑁曪紝 绛�. 婀栧崡鐪佸啘涓氬簾寮冪墿鍒╃敤鐜扮姸鐮旂┒锛籎锛�. 婀栧崡鍐滀笟绉戝锛� 2012锛�5锛夛細169-172. |
34 | Wu Wenyu锛� Zhang Hao锛� He Binfang锛� et al. Spatiotemporal characteristics of criteria air pollutants during the critical period of straw burning in Huaihe River basin锛籎锛�. Journal of Meteorology and Environment锛�2019锛�35锛�4锛夛細33-39. |
34 | 鍚存枃鐜夛紝 寮犳旦锛� 浣曞浆鏂癸紝 绛�. 娣渤娴佸煙绉哥鐒氱儳鍏抽敭鏈熶富瑕佸ぇ姘旀薄鏌撶墿娴撳害鏃剁┖鍒嗗竷鐗瑰緛锛籎锛�. 姘旇薄涓庣幆澧冨鎶ワ紝2019锛�35锛�4锛夛細33-39. |
35 | Li Qiuju. Study on the Comprehensive utilization of straw in Guangxi锛籇锛�. Nanning锛� Guangxi University锛�2013. |
35 | 鏉庣鑿�. 骞胯タ绉哥缁煎悎鍒╃敤鐮旂┒锛籇锛�. 鍗楀畞锛� 骞胯タ澶у锛� 2013. |
36 | Yang Xiejie锛� Ma Yuanfan锛� Ju Yuanhua锛� et al. Temporal and spatial distribution of air pollutants emitted from field burning of straw crops in Southern China during 2005~2014锛籎锛�. Journal of Agro-Environment Science锛� 2018锛� 37锛�2锛夛細358-368. |
36 | 鏉ㄥ鎹凤紝 椹繙甯嗭紝 闉犲洯鍗庯紝 绛�. 鍗庡崡鍐滀骇鍝佷富浜у尯2005鈥�2014骞寸Ц绉嗛湶澶╃噧鐑ф薄鏌撶墿鎺掓斁浼扮畻鍙婃椂绌哄垎甯冿蓟J锛�. 鍐滀笟鐜绉戝瀛︽姤锛� 2018锛� 37锛�2锛夛細358-368. |
37 | Lin Xiuqun锛� Ge Ying. Temporal-Spatial variation of carbon source-sink of farmland ecosystem in the Southwestern China锛籎锛�. Jiangsu Journal of Agricultural Sciences锛� 2016锛� 32锛�5锛夛細1088-1093. |
37 | 鏋楃缇わ紝钁涢.涓浗瑗垮崡鍦板尯鍐滅敯鐢熸�佺郴缁熺⒊婧�/姹囨椂绌哄樊寮傜爺绌讹蓟J锛�.姹熻嫃鍐滀笟瀛︽姤锛�2016锛�32锛�5锛夛細1088-1093. |
38 | Jansky S H锛� Jin L P锛� Xie K Y锛� et al. Potato production and breeding in China锛籎锛�. Potato Research锛� 2009锛�52锛�1锛夛細57. |
39 | Wang B锛� Shen X锛� Chen S锛� et al. Distribution characteristics锛� resource utilization and popularizing demonstration of crop straw in southwest China锛� A comprehensive evaluation锛籎锛�. Ecological Indicators锛� 2018锛� 93锛�998-1004. |
40 | Dai Qingxiu. Evaluation of positive externality of cotton straw resource recycling in Xinjiang and improvement of subsidy Policy锛籇锛�. Alaer锛� Tarim University锛�2019. |
40 | 鎴存竻绉�. 鏂扮枂妫夎姳绉哥璧勬簮寰幆鍒╃敤鐨勬澶栭儴鎬т环鍊艰瘎浼颁笌琛ヨ创鏀跨瓥瀹屽杽锛籇锛�. 闃挎媺灏旓細 濉旈噷鏈ㄥぇ瀛︼紝2019. |
41 | Ran Jincheng锛� Ma Huilian锛� Su Yang. A study on agricultural carbon emission and carbon emission reduction potential in five provinces in Northwest China锛籎锛�. Acta Agriculturae Universitatis Jiangxiensis锛� 2017锛� 39锛�3锛夛細623-632. |
41 | 鍐夐敠鎴愶紝 椹儬鍏帮紝 鑻忔磱. 瑗垮寳浜旂渷鍐滀笟纰虫帓鏀炬祴绠楀強纰冲噺鎺掓綔鍔涚爺绌讹蓟J锛�. 姹熻タ鍐滀笟澶у瀛︽姤锛� 2017锛� 39锛�3锛夛細623-632. |
42 | Xin L眉锛� Guo Qingbiao锛� Jiang Chuanli锛� et al. Monitoring of straw burning in autumn and its influence on air pollution in three provinces of Northeast China from 2015 to 2017锛籎锛�. Environmental Pollution & Control锛� 2021锛� 43锛�5锛夛細611-613锛�663. |
42 | 鍚曢懌锛� 閮簡褰紝 濮滀紶绀硷紝 绛�. 2015~2017骞寸瀛d笢涓夌渷绉哥鐒氱儳鐩戞祴鍙婂叾绌烘皵姹℃煋鏁堝簲鍒嗘瀽锛籎锛�. 鐜姹℃煋涓庨槻娌伙紝 2021锛� 43锛�5锛夛細611-613锛�663. |
43 | Li R M锛� Chen W W锛� Zhao H M锛� et al. Inventory of atmospheric pollutant emissions from burning of crop residues in China based on satellite-retrieved farmland data锛籎锛�. Chinese Geographical Science锛� 2020锛� 30锛�2锛夛細266-278. |