FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2613967535> ?p ?o ?g. }

• W2613967535 endingPage "286" @default.
• W2613967535 startingPage "253" @default.
• W2613967535 abstract "One of the most important limitations regarding the in situ measurement of forest canopies is the relative lack of knowledge of canopyCanopy structure. Yet the three-dimensional (3D) arrangement of canopy components is difficult to measure because of the significant spatial and temporal heterogeneity of canopy structure over a wide range of scales. In this context, models of plant and tree canopies represent our current simplified understanding of canopy structure, and provide a tool to analyze and interpret direct as well as indirect measurements. This chapter first reviews some of the architectural modeling approaches for simulating forest canopies and the extent to which they can account for the spatial variability present in hemispherical photographs (HPs). Then, a novel architectural model is described that is capable of explicitly representing conifer tree structure up to the level of individual branches, and which is called VoxTreK VoxTreK (Voxel Tree with 3D Kites). Its ability to simulate HP is assessed through a comparative analysis with three other canopy architecture modelsArchitecture model of increasing complexity: from a simple turbid mediumTurbid medium to detailed representation of individual shoots. Our comparative analysis of the four models consisted of simulations of forest canopy structure, reconstructions of several coniferous stands, and computer-generated simulations of actual HPs that were taken in forest stands. Results demonstrate that the VoxTreK model is capable of reproducing the zenith gap fraction distributions of conifer forest canopies with high correlations (r ≥ 0.92) between the simulated and in situ HPs. They also suggest that VoxTreK VoxTreK can describe the canopyCanopy structure with greater detail than crown envelope, with accuracy comparable to a model including individual coniferous shoots for HP applications. Last, recent trends in architectural modeling are reviewed, thereby providing a summary of the state of the art in modeling canopyCanopy structure as well as outlining current applications and future developments." @default.
• W2613967535 created "2017-05-19" @default.
• W2613967535 creator A5007592568 @default.
• W2613967535 creator A5056825962 @default.
• W2613967535 creator A5076077369 @default.
• W2613967535 date "2017-01-01" @default.
• W2613967535 modified "2023-10-16" @default.
• W2613967535 title "Canopy Architectural Models in Support of Methods Using Hemispherical Photography" @default.
• W2613967535 cites W1966818077 @default.
• W2613967535 cites W1969939898 @default.
• W2613967535 cites W1974902368 @default.
• W2613967535 cites W1974982441 @default.
• W2613967535 cites W1975479885 @default.
• W2613967535 cites W1976927006 @default.
• W2613967535 cites W1978922392 @default.
• W2613967535 cites W1979922784 @default.
• W2613967535 cites W1984532094 @default.
• W2613967535 cites W1987459830 @default.
• W2613967535 cites W1996585943 @default.
• W2613967535 cites W2000690667 @default.
• W2613967535 cites W2001517173 @default.
• W2613967535 cites W2011394475 @default.
• W2613967535 cites W2017208387 @default.
• W2613967535 cites W2023250212 @default.
• W2613967535 cites W2026247691 @default.
• W2613967535 cites W2028761385 @default.
• W2613967535 cites W2028793303 @default.
• W2613967535 cites W2034217620 @default.
• W2613967535 cites W2038278501 @default.
• W2613967535 cites W2038617433 @default.
• W2613967535 cites W2040582256 @default.
• W2613967535 cites W2044615939 @default.
• W2613967535 cites W2047908966 @default.
• W2613967535 cites W2054614670 @default.
• W2613967535 cites W2058832092 @default.
• W2613967535 cites W2059931077 @default.
• W2613967535 cites W2060621398 @default.
• W2613967535 cites W2060756933 @default.
• W2613967535 cites W2062553310 @default.
• W2613967535 cites W2063548203 @default.
• W2613967535 cites W2065515516 @default.
• W2613967535 cites W2068195262 @default.
• W2613967535 cites W2068740002 @default.
• W2613967535 cites W2069416671 @default.
• W2613967535 cites W2073100112 @default.
• W2613967535 cites W2077854353 @default.
• W2613967535 cites W2080322261 @default.
• W2613967535 cites W2080808068 @default.
• W2613967535 cites W2081179181 @default.
• W2613967535 cites W2094158326 @default.
• W2613967535 cites W2095303750 @default.
• W2613967535 cites W2095958845 @default.
• W2613967535 cites W2097053054 @default.
• W2613967535 cites W2108762366 @default.
• W2613967535 cites W2120575037 @default.
• W2613967535 cites W2122138255 @default.
• W2613967535 cites W2123473083 @default.
• W2613967535 cites W2130100441 @default.
• W2613967535 cites W2130855572 @default.
• W2613967535 cites W2131669269 @default.
• W2613967535 cites W2132926714 @default.
• W2613967535 cites W2135369598 @default.
• W2613967535 cites W2135817270 @default.
• W2613967535 cites W2144917141 @default.
• W2613967535 cites W2152424523 @default.
• W2613967535 cites W2162832400 @default.
• W2613967535 cites W2165503062 @default.
• W2613967535 cites W2165712664 @default.
• W2613967535 cites W2168082801 @default.
• W2613967535 cites W2296148643 @default.
• W2613967535 cites W2324572666 @default.
• W2613967535 cites W2589492641 @default.
• W2613967535 cites W2727420541 @default.
• W2613967535 cites W4233041824 @default.
• W2613967535 cites W4255120365 @default.
• W2613967535 doi "https://doi.org/10.1007/978-94-024-1098-3_9" @default.
• W2613967535 hasPublicationYear "2017" @default.
• W2613967535 type Work @default.
• W2613967535 sameAs 2613967535 @default.
• W2613967535 citedByCount "2" @default.
• W2613967535 countsByYear W26139675352020 @default.
• W2613967535 countsByYear W26139675352022 @default.
• W2613967535 crossrefType "book-chapter" @default.
• W2613967535 hasAuthorship W2613967535A5007592568 @default.
• W2613967535 hasAuthorship W2613967535A5056825962 @default.
• W2613967535 hasAuthorship W2613967535A5076077369 @default.
• W2613967535 hasConcept C101000010 @default.
• W2613967535 hasConcept C113174947 @default.
• W2613967535 hasConcept C123657996 @default.
• W2613967535 hasConcept C134306372 @default.
• W2613967535 hasConcept C166957645 @default.
• W2613967535 hasConcept C205649164 @default.
• W2613967535 hasConcept C2778544944 @default.
• W2613967535 hasConcept C2779343474 @default.
• W2613967535 hasConcept C33923547 @default.
• W2613967535 hasConcept C39432304 @default.
• W2613967535 hasConcept C39807119 @default.
• W2613967535 hasConcept C41008148 @default.

• next