User Tools

Site Tools


remote_sensing_methods:home

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
Last revision Both sides next revision
remote_sensing_methods:home [2012/02/23 08:31]
calbury
remote_sensing_methods:home [2013/09/26 16:48]
jgh [Classification Techniques]
Line 1: Line 1:
-<​sup>​[[:​bug_reporting|Report a bug, broken link, or incorrect content]]</​sup>​+<​sup>​[[:​bug_reporting|Report a bug, broken link, or incorrect content]]</​sup>​[[http://​methods.landscapetoolbox.org|{{ field_methods:​methodsguide3.png?​220x120|}}]]
 ====== Remote Sensing Methods ====== ====== Remote Sensing Methods ======
  
 Remote sensing methods are manipulations or analysis of image data that comes from one or more [[remote_sensor_types:​]]. From the perspective of rangeland management, the goal of a remote sensing method is to extract information that is directly related to a management question or to create additional data layers that are correlated to what you're ultimately interested in. It is common to employ several different remote sensing steps en route to getting the information needed to meet a management objective. To help people connect the dots, we are developing workflows to explain how a method can be used in conjunction with other methods and suggest process chains of different methods that have successfully been used in combination to answer rangeland management questions. Remote sensing methods are manipulations or analysis of image data that comes from one or more [[remote_sensor_types:​]]. From the perspective of rangeland management, the goal of a remote sensing method is to extract information that is directly related to a management question or to create additional data layers that are correlated to what you're ultimately interested in. It is common to employ several different remote sensing steps en route to getting the information needed to meet a management objective. To help people connect the dots, we are developing workflows to explain how a method can be used in conjunction with other methods and suggest process chains of different methods that have successfully been used in combination to answer rangeland management questions.
  
-This list below contains some of the most commonly used remote sensing methods but is not comprehensive. We will continue to add to this list over time, but if you are looking for information on a method that is not listed below, or if you are familiar with a method and would like to contribute to an abstract, please [[http://landscapetoolbox.nmsu.edu/​contact|contact us]].+This list below contains some of the most commonly used remote sensing methods but is not comprehensive. We will continue to add to this list over time, but if you are looking for information on a method that is not listed below, or if you are familiar with a method and would like to contribute to an abstract, please [[http://www.landscapetoolbox.org/​contact|contact us]].
  
 +===== 3 Dimensional Modeling =====
 +  *  [[Digital Photogrammetry]]
 ===== Vegetation/​Greenness Indices ===== ===== Vegetation/​Greenness Indices =====
   * [[Normalized Difference Vegetation Index|NDVI]] - Normalized Difference Vegetation Index   * [[Normalized Difference Vegetation Index|NDVI]] - Normalized Difference Vegetation Index
Line 15: Line 17:
   * [[Normalized ​ Burn Ratio]]   * [[Normalized ​ Burn Ratio]]
   * [[Biological Crust Index]]   * [[Biological Crust Index]]
 +  * [[Burned Area Reflectance Classification(BARC)]] (BARC)
 + 
  
 ===== Biophysical Parameter Estimates ===== ===== Biophysical Parameter Estimates =====
Line 28: Line 32:
   * [[Target Detection/​Extraction]]   * [[Target Detection/​Extraction]]
   * [[Spectral Mixture Analysis]]   * [[Spectral Mixture Analysis]]
 +  * [[Multiple Endmember Spectral Mixture Analysis]]
   * [[Wavelet Analysis]]   * [[Wavelet Analysis]]
   * [[Change Detection]]   * [[Change Detection]]
Line 34: Line 39:
   * [[Canopy/​Texture Mapping]]   * [[Canopy/​Texture Mapping]]
   * [[Tasseled-cap Transformation]]   * [[Tasseled-cap Transformation]]
 +  * [[Principal Components Analysis]] ​
  
 ===== Spatial Prediction Techniques ===== ===== Spatial Prediction Techniques =====
-  * [[Regression Kriging]]+  * [[spatial_analysis_methods:​regression_kriging|]]
  
 ===== Thermal Remote Sensing Products ===== ===== Thermal Remote Sensing Products =====
Line 42: Line 48:
   * [[Surface Temperature]]   * [[Surface Temperature]]
  
-===== Remote Sensing Workflows ===== 
- 
-  * [[Cover of Bare Ground]] 
  
 ===== Riparian Valley Bottom Mapping ===== ===== Riparian Valley Bottom Mapping =====
   * [[Valley Bottom Mapping Tool]]   * [[Valley Bottom Mapping Tool]]
   * [[RSAC Riparian Mapping Tool]]   * [[RSAC Riparian Mapping Tool]]
-  * [[HGVC Tool]] 
   * [[Land Facet Corridor Tool]]   * [[Land Facet Corridor Tool]]
   * [[Buffers]]   * [[Buffers]]
    
 +
 ===== Riparian Vegetation Mapping ===== ===== Riparian Vegetation Mapping =====
   * [[Vegetation Mapping Prerequisites and Approaches]]   * [[Vegetation Mapping Prerequisites and Approaches]]
Line 58: Line 61:
   * [[Riparian Unsupervised Classification]]   * [[Riparian Unsupervised Classification]]
   * [[Riparian Supervised Classification]]   * [[Riparian Supervised Classification]]
-  * [[Object Based Classification: ​Classification and Regression Tree Analysis ​(CART)]]+  * [[Classification and Regression Tree (CART)]] 
 + 
 +=====Inventorying Riparian Areas===== 
 +  * [[Inventorying Riparian areas using Nested Area Frame Sampling]]
remote_sensing_methods/home.txt · Last modified: 2013/10/07 16:16 by jgh