基于多源數(shù)據(jù)的城市型風景名勝區(qū)邊界劃定研究
——以南京鐘山風景名勝區(qū)為例
中圖分類號:TU986 文獻標志碼:A 文章編號:1000-2006(2025)04-0225-08
Abstract:【Objective】Thisstudyaimsto exploreefectivemethods for identifying boundariesofurbanscenicspotsand to provide a scientific basis for their delimitation.【Method】This study used Zhongshan Scenic Spot as a case study. utilizingmulti-sourcedata,acomprehensive evaluation model forscenicresource grades was constructed.Spatial kernel densityanalysis,fractionalvegetationcover(FVC),GIS reclassification,andoverlayanalysis were employedtocreate scenicresourcesevaluationdistributionmapcategorizedintofivegradesbythenaturaldiscontinuityclasification method:rich,relativelyrich,general,relativelysarce,andscarceinscenicresources.Theaggegatepolygonsfunction in ArcGIS was then used to merge small patches (less than 1 000m2 )into adjacent larger patches and smooth the boundary.Finaly,the boundary of Zhongshan Scenic Spot was delineated based on source protection,tourist density, andrelatedplaning standards.【Result】Theresulting boundarydelineation showed thatthe total area of Zhongshan Scenic Spot was 37.48km2 ,with a new area of approximately 2.06km2 and a reduced area of about 0.49km2 ,resulting inan overall increase of about 1.57km2 compared with the original boundary.【Conclusion】 Supported by multi-source data,this method providesacomprehensiveevaluationmodelthatconsiders landscape,ecology,social environment, andurban development,offering high accuracyandobjectivityfor the protectionandsustainableuseof scenic resources. Kevwords.multi-soure data·houndarvdelimitatinnurhansrenicsnot,kernel densitvanalvsis·resourreevaluation.Zhongshan Scenic Spot
2019年6月,中共中央辦公廳、國務(wù)院辦公廳正式印發(fā)了《關(guān)于建立以國家公園為主體的自然保護地體系的指導意見》,以國家公園為主體的自然保護地體系正式確立。(剩余16008字)
-
-
- 南京林業(yè)大學學報(自然科學版)
- 2025年04期
- “以竹代塑”發(fā)展優(yōu)勢與竹資源高...
- 平安竹縮短節(jié)間形成相關(guān)轉(zhuǎn)錄因子...
- 孝順竹纖維生長形態(tài)特征研究...
- 帶狀采伐毛竹林分特征動態(tài)研究...
- 大氣臭氧濃度升高對美麗箸竹葉片...
- 轉(zhuǎn)錄因子等在植物體胚發(fā)生中的作...
- 鵝掌楸3個LcPIN1同源基因...
- 外源脫落酸與低溫預(yù)處理結(jié)合對紅...
- 歐洲小葉椴體細胞胚胎發(fā)生及植株...
- PI-55對歐洲云杉胚性愈傷組...
- 紅松人工林不同復合經(jīng)營模式土壤...
- 基于干形特征的紅松優(yōu)良種源評價...
- 基于林分生長和徑階分配模型系統(tǒng)...
- 不同水肥管理措施對11年生歐美...
- 3種生物炭及其用量對土壤化學性...
- 鈣處理對‘84K’楊無菌苗生長...
- 茶園中苦竹擴張對茶樹生長和茶葉...
- 不同氣候情景下照山白潛在適生區(qū)...
- 樟子松新型葉枯病的病原菌鑒定及...
- 浙江玉環(huán)漩門灣濕地越冬期黑臉琵...
- 基于改進VisionTrans...
- 林業(yè)廢棄物與豬糞堆肥過程中理化...
- 漳河上游土地利用與生態(tài)系統(tǒng)服務(wù)...
- 遂昌白馬山森林公園代表林揮發(fā)性...
- 基于多源數(shù)據(jù)的城市型風景名勝區(qū)...
- 基于引力模型的郊野公園吸引力評...
- 跨區(qū)域生態(tài)安全格局時空演變特征...
- 基于三方演化博弈模型的林長制橫...
- 中國林業(yè)造紙的綠色戰(zhàn)略路徑:六...
- 森林碳匯與低碳經(jīng)濟的空間關(guān)聯(lián)研...
- 植物病原真菌聚酮類次級代謝產(chǎn)物...
- 國蘭新品種“纖麗人”...
- 浙江紅山茶新品種“疊翠流金”...