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妞嶇墿琛ㄥ瀷鎴愬儚鍒嗘瀽绯荤当锛�妞嶇墿鑷嫊鍌抽€佺増锛�

鐢㈠搧瑭崇窗浠嬬垂 PlantScreen妞嶇墿琛ㄥ瀷鎴愬儚鍒嗘瀽绯荤当锛堟鐗╄嚜鍕曞偝閫佺増锛� PlantScreen妞嶇墿琛ㄥ瀷鎴愬儚绯荤当鐢辨嵎鍏婸SI鍏徃鐮斿埗鐢熺敘锛屾暣鍚堜簡LED妞嶇墿鏅鸿兘鍩归銆佽嚜鍕曞寲鎺у埗绯荤当銆佽憠缍犵礌鐔掑厜鎴愬儚娓噺鍒嗘瀽銆佹鐗╃啽鎴愬儚鍒嗘瀽銆佹鐗╄繎绱呭鎴愬儚鍒嗘瀽銆佹鐗╅珮鍏夎瓬鍒嗘瀽銆佽嚜鍕曟纰艰瓨鍒ョ鐞嗐€丷GB鐪熷僵3D鎴愬儚銆佽嚜鍕曠ū閲嶈垏婢嗙亴绯荤当绛夊闋呭厛閫叉妧琛擄紝浠ユ渶鍎寲鐨勬柟寮忓鐝惧ぇ閲忔鐗╂ǎ鍝佲€斺€斿緸鎿崡鑺ャ€佺帀绫冲埌鍚勭ó鍏跺畠妞嶇墿鐨勫叏鏂逛綅鐢熺悊鐢熸厠鑸囧舰鎱嬬祼妲嬫垚鍍忓垎鏋愶紝鐢ㄤ簬楂橀€氶噺妞嶇墿琛ㄥ瀷鎴愬儚鍒嗘瀽娓噺銆佹鐗╄剠杩熆鎳夋垚鍍忓垎鏋愭脯閲忋€佹鐗╃敓闀峰垎鏋愭脯閲忋€佺敓鎱嬫瘨鐞嗗鐮旂┒銆佹€х媭璀樺垾鍙婃鐗╃敓鐞嗙敓鎱嬪垎鏋愮爺绌剁瓑銆備綔鐐哄叏鐞冪涓€瀹剁爺鍒剁敓鐢㈡鐗╄憠缍犵礌鐔掑厜鎴愬儚绯荤当鐨勫粻瀹讹紝PSI鍏徃鍦ㄦ鐗╄〃鍨嬫垚鍍忓垎鏋愰牁鍩熻檿浜庡叏鐞冪殑鎶€琛撳墠鍒楋紝澶ч潰绌嶈憠缍犵礌鐔掑厜鎴愬儚鍒嗘瀽鍔熻兘浣縋lantScreen鎴愮偤妞嶇墿琛ㄥ瀷鍒嗘瀽鑸囧姛鑳芥垚鍍忓垎鏋愮殑鏈€鐐哄厛閫茬殑鍎€鍣ㄨō鍌欙紝浣挎鐗╃敓闀枫€佽剠杩熆鎳夌瓑娓噺鍙冩暩閬�100澶氬€嬨€� 宸﹀湒鐐烘暣濂桺lantScreen绯荤当锛屼腑鍦栫偤鎴愬儚瀹わ紝鍙冲湒鐐烘垚鍍忓涓殑鐜夌背 PlantScreen绯荤当鍖呮嫭濡備笅鎴愬儚鍒嗘瀽鍔熻兘锛� 1. 钁夌稜绱犵啋鍏夋垚鍍忓垎鏋愶細鍠箙鎴愬儚闈㈢⿳35x35cm锛屾垚鍍忔脯閲忓弮鏁稿寘鎷現o, Fm, Fv, Fo鈥�, Fm鈥�, Fv鈥�, Ft, Fv/Fm, Fv鈥�/Fm鈥�, Phi_PSII, NPQ, qN, qP, Rfd绛夊咕鍗佸€嬭憠缍犵礌鐔掑厜鍙冩暩 2. RGB鎴愬儚鍒嗘瀽锛氭垚鍍忔脯閲忓弮鏁稿寘鎷細 1) 钁夐潰绌嶏紙Leaf Area: Useful for monitoring growth rate锛� 2) 妞嶇墿绶婂搴︼紡绶婂瘑搴︼紙Solidity/Compactness. Ratio between the area covered by the plant鈥檚 convex hull and the area covered by the actual plant锛� 3) 钁夌墖鍛ㄩ暦锛圠eaf Perimeter: Particularly useful for the basic leaf shape and width evaluation (combined with leaf area)锛� 4) 鍋忓績鐜囷紙Eccentricity: Plant shape estimation, scalar number, eccentricity of the ellipse with same second moments as the plant (0...circle, 1...line segment)锛� 5) 钁夊湏搴︼紙Roundness: Based on evaluating the ratio between leaf area and perimeter. Gives information about leaf roundness锛� 6) 钁夊鎸囨暩锛圡edium Leaf Width Index: Leaf area proportional to the plant skeleton (i.e. reduction of the leaf to line segment)锛� 7) 钁夌墖绱伴暦搴OL (Slenderness of Leaves) 8) 妞嶇墿鍦撶洿寰戯紙Circle Diameter. Diameter of a circle with the same area as the plant锛� 9) 鍑稿寘闈㈢⿳锛圕onvex Hull Area. Useful for compactness evaluation锛� 10) 妞嶇墿璩績锛圕entroid. Center of the plant mass position (particularly useful for the eccentricity evaluation)锛� 11) 绡€闁撹窛锛圛nternodal Distances锛� 12) 鐢熼暦楂樺害锛圙rowth Height锛� 13) 妞嶇墿涓夌董鏈€澶ч珮搴﹀拰瀵害锛圡aximum Height and Width of Plant in 3 Dimensions锛� 14) 鐩稿皪鐢熼暦閫熺巼锛圧elative growth rate锛� 15) 钁夊偩瑙掞紙Leaf Angle锛� 16) 绡€钁夌墖鏁搁噺锛圠eaf Number at Nodes锛� 17) 鍏跺畠鍙冩暩濡傜敤浜庢鐗╅仼鍚堝害浼扮畻鐨勯鑹插畾閲忓垎绱氥€佺稜搴︽寚鏁革紙Other parameters such as color segmentation for plant fitness evaluation, greening index and others锛� 3. 楂樺厜璀滄垚鍍忓垎鏋愶紙閬搁厤锛夛紝鍙垚鍍忓苟鍒嗘瀽濡備笅鍙冩暩锛� 1) 姝镐竴鍖栨寚鏁革紙Normalized Difference Vegetation Index (NDVI)锛� 2) 绨″柈姣斿€兼寚鏁革紙Simple Ratio Index, Equation: SR = RNIR / RRED锛� 3) 鏀归€茬殑钁夌稜绱犲惛鏀跺弽灏勬寚鏁革紙Modified Chlorophyll Absorption in Reflectance Index (MCARI1), ?Equation: MCARI1 = 1.2 * [2.5 * (R790- R670) - 1.3 * (R790- R550)]锛� 4) 鏈€鍎寲鍦熷￥瑾挎暣妞嶈鎸囨暩锛圤ptimized Soil-Adjusted Vegetation Index (OSAVI)?, Equation: OSAVI = (1 + 0.16) * (R790- R670) / (R790- R670 + 0.16)锛� 5) 缍犲害鎸囨暩锛圙reenness Index (G), Equation: G = R554 / R677锛� 6) 鏀归€茬殑钁夌稜绱犲惛鏀跺弽灏勬寚鏁革紙Modified Chlorophyll Absorption in Reflectance Index (MCARI), ?Equation: MCARI = [(R700- R670) - 0.2 * (R700- R550)] * (R700/ R670)锛� 7) 杞夋彌椤炶儭缇呭崪绱犳寚鏁革紙Transformed CAR Index (TCARI)?, Equation: TSARI = 3 * [(R700- R670) - 0.2 * (R700- R550) * (R700/ R670)]锛� 8) 涓夎妞嶈鎸囨暩锛圱riangular Vegetation Index (TVI)?, ?Equation: TVI = 0.5 * [120 * (R750- R550) - 200 * (R670- R550)]锛� 9) ZMI鎸囨暩锛圸arco-Tejada & Miller Index (ZMI), Equation: ZMI = R750 / R710锛� 10) 绨″柈姣斿€艰壊绱犳寚鏁革紙Simple Ratio Pigment Index (SRPI), Equation: SRPI = R430 / R680锛� 11) 姝镐竴鍖栬劔閹備綔鐢ㄦ寚鏁革紙Normalized Phaeophytinization Index (NPQI), Equation: NPQI = (R415- R435) / (R415+ R435)锛� 12) 鍏夊寲瀛告琚弽灏勬寚鏁革紙Photochemical Reflectance Index (PRI), Equation: PRI = (R531- R570) / (R531+ R570)锛� 13) 姝镐竴鍖栬憠缍犵礌鎸囨暩锛圢ormalized Pigment Chlorophyll Index (NPCI), NPCI = (R680- R430) / (R680+ R430)锛� 14) Carter鎸囨暩锛圕arter Indices?, Equation: Ctr1 = R695 / R420; Ctr2 = R695 / R760锛� 15) Lichtenthaler鎸囨暩锛圠ichtenthaler Indices?, Equation: Lic1 = (R790 - R680) / (R790 + R680); Lic2 = R440 / R690锛� 16) SIPI鎸囨暩锛圫tructure Intensive Pigment Index (SIPI), Equation: SIPI = (R790- R450) / (R790+ R650)锛� 17) Gitelson锛峂erzlyak鎸囨暩锛圙itelson and Merzlyak Indices?, ?Equation: GM1 = R750/ R550; GM2 = R750/ R700锛� 4. 鐔辨垚鍍忓垎鏋愶紙閬搁厤锛夛細鐢ㄤ簬鎴愬儚鍒嗘瀽妞嶇墿鍦ㄥ厜杓诲皠鎯呮硜涓嬬殑浜岀董鐧肩啽鍒嗗竷锛岃壇濂界殑鏁ｇ啽鍙互浣挎鐗╄€愬彈杓冮暦鏅傞枔鐨勯珮鍏夎蓟灏勬垨浣庢按姊濅欢锛堝共鏃憋級 5. 杩戠磪澶栨垚鍍忓垎鏋愶紙閬搁厤锛夛細鐢ㄤ簬瑙€娓垎鏋愭鐗╃殑姘村垎鐙€鎱嬪強鍏跺湪涓嶅悓绲勭箶闁撶殑鍒嗗竷璁婄暟锛岃檿浜庤壇濂芥締鐏岀媭鎱嬬殑妞嶇墿琛ㄧ従鍑哄皪杩戠磪澶栧厜璀滅殑楂樺惛鏀舵€э紝鑰岃檿浜庡共鏃辩媭鎱嬬殑妞嶇墿鍓囪〃鐝惧嚭灏嶈繎绱呭鍏夎瓬鐨勯珮鍙嶅皠鎬э紝閫氶亷鍒嗘瀽杌熶欢鍙互鐩ｆ脯鍒嗘瀽寰炲共鏃辫剠杩埌鍐嶆締鐏岄亷绋嬩腑鐨勬暣鍊嬮亷绋嬪嫊鎱嬪強妞嶇墿灏嶅共鏃辫剠杩殑闊挎噳鍜屾按鍒嗗埄鐢ㄦ晥鐜囷紝骞跺舰鎴愬亣褰╁湒鍍忥紝鍙互鑸囨鐗╃殑褰㈡厠鎸囨暩鍙婅憠缍犵礌鐔掑厜鎸囨暩閫茶鐩搁棞鍒嗘瀽鐮旂┒銆� 绯荤当閰嶇疆鑸囧伐浣滃師鐞嗭細鏁村绯荤当鐢辫嚜鍕曞寲妞嶇墿鍌抽€佺郴绲便€佸厜閬╂噳瀹ゃ€丷GB鎴愬儚銆丗luorCam钁夌稜绱犵啋鍏夋垚鍍忋€侀珮鍏夎瓬鎴愬儚銆佹鐗╃啽鎴愬儚銆佹鐗╄繎绱呭鎴愬儚銆佽嚜鍕曟締鐏屾柦鑲ヨ垏绋遍噸绯荤当銆佹鐗╂璀樼郴绲辩瓑绲勬垚锛屽厜閬╂噳瀹ゅ収鐨勬鐗╁彲鐢卞偝閫佸付鍌抽€佸埌鎴愬儚瀹ら€茶鎴愬儚鍒嗘瀽绛夈€� 鎶€琛撴寚妯欙細 1. 鑷嫊瑁濊級鑸囧嵏杓夋鐗╂ǎ鍝侊紝閫氶亷姊濆舰纰兼垨RFID妯欑敖璀樺垾璺熻工妯ｅ搧 2. 鍏夐仼鎳夊锛氱敤浜庡厜鐓ч仼鎳夋垨妞嶇墿鍩归锛孡ED鍏夋簮鍏夌収寮峰害閬�1000渭mol/m2.s锛岀劇鐔辨晥鎳夛紝寮峰害0锛�100%鍙锛屽彲閫氶亷瀵﹂绋嬪簭闋愯ō鍏夌収鍛ㄦ湡璁婂寲锛屽彲閬搁厤閫氱敤鍨嬫垨灏堢敤鍨嬪姘寸ɑ鐢熼暦瑙€娓绛夛紝閭勫彲閬搁厤涓夌董鎺冪瀯鎴愬儚鍒嗘瀽鍔熻兘锛堝寘鎷琗YZ涓夌董鎺冪瀯鎴愬儚绯荤当鍜岃粺浠讹級 3. 妯欓厤鎵樼洡鏋�30x30cm锛岀敤浜庡畨鏀剧泦鏍芥鐗╂垨鍙互鐩涙斁澶氬€嬪皬鑺辩泦鐨勬墭鐩� 4. 鑷嫊鍌抽€佺郴绲辩敱鍏夐仼鎳夊鍒版垚鍍忓褰㈡垚涓€鍊嬬挵褰㈠偝閫侀€氶亾锛屽偝閫佸付閲囩敤鍏疯畩閫熷櫒鐨勪笁鐩哥暟姝ラΜ閬旓紝200-1000W锛屽偝閫佸付瀵�320mm锛岃矤杓夊姏130kg锛岄€熷害9m/min 5. 绉诲嫊鎺у埗绯荤当涓ぎ铏曠悊鍠厓锛欳J2M-CPU33锛涙暩瀛桰/O锛氭渶澶�2560榛烇紱PLC閫氳▕锛氶€氶亷浠ュお缍�100Mb/s楂樼PC锛汷MRON MECHATROLINK-II 鏈€澶�16杌哥簿纰哄畾浣� 6. 妞嶇墿鎴愬儚娓噺瀹わ細150cm(闀�)x150cm(瀵�)x220cm(楂�)锛岃垏鐠板鍏夐殧闆紙light-isolated锛夛紝蹇€熻嚜鍕曢枊鍟熼棞闁夐杸锛岄枊鍟熼棞闁夊懆鏈熷皬浜�3绉掞紝鍌抽€佸付鍏ュ彛鍏峰厜骞曞偝鎰熺郴绲便€佹纰艰瓨鍒ュ櫒鍜孯FID璁€鍙栧櫒 7. 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Australia 4. 瀛熷北閮藉叕鍙革紙缇庡湅锛塎onsanto Corporation, St. Louis, USA. 5. 鏉滈偊鍏堥嫆鍦嬮殯鑹ó鍏徃Pioneer-Dupont, Des Moines, Iowa 6. 宸存柉澶叕鍙窶etanomics锛堟煆鏋楋級Metanomics (BASF), Berlin, GDR 7. 宸存柉澶叕鍙窩ropDesign锛堟瘮鍒╂檪锛塁ropDesign (BASF), Nevele, Belgium 8. 缇庡湅鍚堟垚鍩哄洜鍏徃Synthetic Genomics, La Jolla, USA 9. Palacky 澶уPalacky University Olomouc, Czech Republic 10. Masaryk 澶уMasaryk University Brno, Czech Republic 鐢㈠湴锛氭瓙娲�

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