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Some examples for templates. More templates are available under [[Help:templates]]. ==Category tree==

[[Category:Internal]]

...n individual optimization of [[:Category:Sampling design|sampling]] and [[:category:plot design|plot design]] for each stratum, [[Category:Sampling design]]

...y, there are three basic design components that have to be planned: (1) [[:Category:Sampling design|'''sampling design''']], (2) [[Plot design|'''response desi ...sampling]] or [[systematic sampling]] (see [[:category:sampling design|the category sampling design]]).

[[Category:Introduction to sampling]]

A [[:Category:Sampling design|sampling]] study starts with a number of questions that ref [[Category:Introduction to sampling]]

[[Category:Projects]]

{{PD Help Page}} * [[Help:Navigation|Navigation]]

[[Category:templates]]

{{Languages|Help:Contents}} {{PD Help Page/de}}

...erden. Hierfür müssen in den MySQL-Datenbanken der einzelnen Wikis die [[Help:Interwiki linking|Interwikilinks]] gesetzt werden: ... Link "English", der auf die Main_Page des englischen Wikis zeigt (siehe [[Help:Interwiki linking]] für weitere Informationen).

In this place we implement a QGIS tutorial for students. Follow this [[:Category:Remote sensing and image processing with open source software|link]]. [[Category:Remote Sensing Software]]

[[Category:Remote Sensing Software]]

[[Category:HowTo]]

[[Category:08 Image preprocessing]]

[[category:06 Digital elevation models]]

[[category:06 Digital elevation models]]

[[Category:Working with Raster Data]]

[[Category:Introduction to forest inventory]]

[[Category:Forest Inventory Examples]] [[Category:plot design]]

[[Category:Projects]] [[Category:DAAD workshops]]

[[Category: Projection]]

[[Category:Terrain Analysis]]

[[Category: Working with Raster Data]]

[[Category:QGIS Tutorial]]

[[Category:Overview on GPS applications]]

[[category:Overview on GPS applications]]

...ring expertise on how to implement functions, or even sharing scripts. The help for a given function or procedure can be called by ...ents and also bibliography. As an example, the following code produces the help

[[Category:Introduction to R]]

...zation of the [[cluster sampling|cluster plot design]] – but it does not help reducing the error variance (Kleinn 2007<ref name="kleinn2007">Kleinn, C. 2 [[Category:Forest Inventory Examples]]

{{Rscontent}}[[Category:09 Image enhancement]]

...and the [[The geometric principle|geometric principle]]. Many different [[:Category:Measurement devices|measurement devices]] are available, while most of the [[Category:Tree height]]

[[category:Spatial Filtering]]

[[Category:Wg meetings]]

[[Category:Introduction to R]]

[[category:Working with Vector Data]]

[[Category:Measurement devices]]

[[category:Working with Vector Data]]

[[Category:Introduction to forest inventory]]

There are various [[:Category:Measurement devices|devices]] for measuring heights along the trigonometric |text=If one uses a [[:Category:measurement devices|measurement device]] which does not enable to directly

=[[:Category:Lecturenotes|Forest Inventory and Forest mensuration lecture notes]]= [[category:Wg meetings]]

[[Category:tree height]]

[[Category:QGIS Tutorial]]

[[Category: Working with Online Data Sources]]

[[Category:Introduction to sampling]]

[[Category:Clinometer]]

[[Category:Clinometer]]

[[Category:Clinometer]]

[[Category: Measurement devices]] [[Category: Clinometer]]

**Not too static, just numbered categories, the articles in each category do not follow a certain sequence! **Please start to fill the given Categories ([[:Category:Remote_sensing]]) with a set of empty articles (create the article and cate

[[category:Image classification]] [[category:11 Image classification]]

[[Category:Project development]]

Simple random sampling (SRS) is the basic theoretical [[:Category:Sampling design|sampling technique]]. [[Category:Sampling design]]

...ingen. 164 S.</ref>). The selection itself can be done according to any [[:category:sampling design|sampling design]] ([[Simple random sampling|simple random]] ...had been done to select this observation unit of 6. In fact, most basic [[:Category:Plot design|plot designs]] as used in [[forest inventory]] can be viewed as

[[Category:Manuals]]

[[Category:Manuals]]

[[Category:Installation Guide]]

[[Category:Working with Online Data Sources]]

[[Category:Introduction to sampling]]

...s <math>u_1</math> and <math>u_2</math> from the interval U[0.1]. With the help of the random numbers, the coordinates are drawn from the ranges of values [[Category:Introduction to sampling]]

[[Category:Working with Vector Data]]

[[Category: Survey]] [[Category: Overview on GPS applications]]

[[Category:Forest Inventory Examples]]

...parsely distributed over the population of interest and using the usual [[:category:sampling design|sampling designs]] will face the situation that most of the ...aptive enlargement of field clusters can be applied to any of the basic [[:category:sampling design|sampling techniques]]. The estimators in this section refer

...d in the subsequent chapters with the error variances produced by other [[:Category:Sampling design|sampling techniques]] with the same [[sample size]] <math>n [[Category:Forest Inventory Examples]]

With the help of the download option of the [[QGIS GPS plugin]] you can visualize [[track [[category:Overview on GPS applications]]

[[Category:Forest Inventory Examples]]

Systematic sampling is a name of a wide class of [[:Category:Sampling design|sampling strategies]] in which selection of individual elem ...t important characteristic to evaluate the statistical performance of a [[:Category:Sampling design|sampling technique]], we, therefore, need to find a solutio

[[Category:Sampling design]]

[[Category:Forest Inventory Examples]]

...ing]] in both phases. The estimators given here are valid only for that [[:category:Sampling design|sampling design]]. If other sampling designs are used, or d [[Category:Sampling design]]

[[Category:Working with Raster Data]]

...ng technique: we use here the example of [[simple random sampling]] (as [[:Category:Sampling design|sampling design]]). The ratio estimator introduces two new ... biomass, this is extremely difficult. However, there are corresponding [[:Category:Sampling design|sampling techniques]] that start with a first sampling phas

[[Category:Forest Inventory Examples]]

[[Category:Forest Inventory Examples]]

[[Category:Sampling design]]

[[Category: Plot design]]

...] for the first phase sample, that needs to be carefully defined (or a [[:category:sampling design|sampling technique]] is applied that does not require the [[Category:Forest Inventory Examples]]

Various [[:category:sampling design|sampling strategies]] that are important for forest invento [[Category:Sampling design]]

[[Category:Definitions in forest inventory|1]]

When comparing forest cover estimates based on field [[:Category:Sampling design|sampling]] with those based on remote sensing imagery, comp As an illustration how difficult it can be to make a [[:Category:Forest inventory|forest inventory]] definition of “forest” such that i

[[Category:Forest Inventory Examples]]

[[Category:Forest Inventory Examples]]

* Use of templates: Please refer to the "[[:category:article of the month|good practice examples]]" and try to use templates lik ** <s>Improvement of category structure (mostly by Hans and Nils)</s> '''Done!'''

...ackground information on prior workshops in this series we refer to the [[:Category:DAAD workshops]]. [[Category:Projects]]

[[Category:Sampling design]]

[[Category:Sampling design]]

[[Category:Sampling design]]

[[Category:Sampling design]]

[[Category:Sampling design]]

[[Category:Plot design]] [[Category:article of the month]]

[[Category:Introduction to sampling]]

[[Category:Remote sensing]]

[[Category:Definitions in forest inventory|3]]

[[Category:Definitions in forest inventory|2]]

[[Category:Definitions in forest inventory|4]]

The most common and most important measurement made in [[:Category:Definitions in forest inventory|forest inventory]] is that of the diameter [[Category:Tree diameter]]

The standard position for [[:Category:Tree diameter|diameter measurements]] at standing trees is at breast height [[Category:Tree diameter]]

[[Category:Measurement devices]]

In many countries, the diameter tape is the most common [[:Category:Measurement devices|device]] used in measuring [[Tree diameter|tree diamete [[Category:Measurement devices]]

[[Category:Upper stem diameter]]

[[Category:Measurement devices]]

[[Category:Measurement devices]]

[[:Category:Upper stem diameters|Upper diameters]] can also optically be determined by [[Category:Upper stem diameter]]

...sampling|Bitterlich (or angle-count) sampling]], for the measurement of [[:Category:Upper stem diameters|upper stem diameters]] but also for the measurement of [[Category:Upper stem diameter]]

The measurement of distances is usually required for the measurement of [[:Category:Tree height|tree height]] along the [[The trigonometric principle|trigonome ...xample by a distance tape or by counting steps or by the simple optical [[:Category:Measurement devices|devices]] that are in some height meters ([[Blume-Leiss

...e [[Suunto]], [[relascope]], [[Blume-Leiss]], [[Clinomaster]] or others [[:Category:clinometer|clinometer]]. Slope measurement takes place parallel to the terr [[Category:Stand variables]]

...me]] of the [[Tree Definition|tree]] or log are important attributes in [[:Category:Forest mensuration|forest mensuration]] because most measurements on standi [[Category:Single tree variables]]

The vertical crown projection to the ground can be made with the help of a mirror mounted on a gimbal with a sight that ensures a vertical reflec [[Category:Single tree variables]]

[[Category:Single tree variables]]

[[category: FAQ (QGIS Tutorial)]]

[[category: FAQ (QGIS Tutorial)]]

[[Category:Single tree variables]]

[[Category:Single tree variables]]

...d by the degree of decreasing [[:Category:Tree diameter|diameter]] with [[:Category:Tree height|height]]. [[Tree Definition|Trees]] may have very different ste [[Category:Single tree variables]]

...ation is always based on measurements of [[Tree diameter|diameter]] and [[:Category:Tree height|length]]. When we do a section-wise volume calculation, the ste ....</ref>) is summarized in Table 2. These measurements are done with the [[:Category:Upper stem diameter|techniques for the measurement of upper diameters]] as

[[Category:Functions and models in forest inventory]]

[[Category:Functions and models in forest inventory]]

[[Category:Downloading satellite images]]

...bination with other variables such as [[Tree height|tree height]] or an [[:Category:Upper stem diameter|upper stem diameter]]. Before modeling volume as a func A further category of volume functions uses ''dbh'' and height as independent (predictor) vari

[[category: FAQ (QGIS Tutorial)]]

[[Category: Working with Online Data Sources]]

...ral indices at once and store them in a multiband file click {{button|text=Help}} to find definitions of available spectral indices in three categories (ve [[Category:Working with Raster Data]]

[[Category:Functions and models in forest inventory]]

...0 m² - but anything is possible. In general sample plots (or any other [[:category:plot design|plot design]] could be installed as permanent or temporary plot ...der tree and it is not obvious whether it is in or out, a measurement must help with that decision. If the tree is exactly on the borderline, then one may

[[Category:Plot design]]

... which dimensionless samples points are selected based on a statistical [[:category:sampling design|sampling design]]. :A [[:category:Sampling design|sampling design]] where [[bias|unbiasedness]] is entirely b

[[Category:Plot design]]

As in many [[:Category:Sampling design|sampling]] studies (above all in social sciences when sampl *'''Ignoring the [[:category:plot design|plots]] with missing observations:''' the sample size [[Accurac

In [[forest inventory]] field [[:Category:Sampling design|sampling]], the sampling elements that we select and observ [[Category:Plot design]]

[[category:03 Electromagnetic radiation]]

In [[forest inventory]] planning one needs to define the [[:Category:Plot design|plot type]] to be used. In many cases there are traditions and [[Category:Plot design]]

#REDIRECT[[:Category:Plot design]]

[[Category:Plot design]]

[[Category:Plot design]]

Only statistical [[:Category:Sampling design|sampling]] provides methodologically sound (and defendable! In [[design based sampling]] – and that is the class of [[:Category:Sampling design|sampling techniques]] that we deal with here, [[Random sele

[[Category:Introduction to sampling]]

...ion]] parameters but are not able to determine them. We use, therefore, [[:Category:Sampling design|sampling]] to produce estimations which we take then as app ... results of a sample are estimations and must be interpreted as such; they help us to learn something about the unknown parameters of the population of int

[[Category:Introduction to sampling]]

...f the standard error is: if we take all possible samples (for a defined [[:category:sampling design|sampling design]]) then we will produce many estimated mean [[Category:Introduction to sampling]]

[[category:wg meetings]]

[[Category:Estimation issues]]

[[Category:Estimation issues]]

Based on typical [[:Category:Plot design|plot designs]] as used in large area forest inventories, there [[Category:Estimation issues]]

Estimation of species richness for larger regions is a generic [[:Category:Sampling design|sampling]] issue. The basic question is in principle the sa ...mber (commonly between about 500 and several 1000s) of relatively small [[:Category:Plot design|field plots]] (commonly of areas between about 0.1 and 1 ha), u

... {{SITENAME}} are devoted to [[:Category:Sampling design|sampling]] and [[:Category:Plot design|plot design]] techniques and the impression could arise that [[ ...[data collection]] and analysis phase. Mid-term meetings or workshops will help. The objectives determine number and type of variables to be collected. Mor

Many different variables (forest and [[:Category:Single tree variables|tree attributes]]) are being observed in forest inven [[Category:Introduction to forest inventory]]

[[Category:Projects]] [[Category:workshops]]

[[Category: Survey]]

devices by request. In this window the help about the core functions or [[Category:Introduction to R]]

[[category:Survey]]

[[category:survey]]

[[Category:Overview on GPS applications]]

:Sensitivity (maximum range of values or bandwidth) of the [[:Category:Sensors and platforms|sensor]] in detecting different intensities of [[elec ...and wavelength bandwidth of the single [[spectral band]]s recorded by a [[:Category:Sensors and platforms|sensor]].

...e changed (e.g. exercises and info box) because of some conflicts with the category tree. They are now smaller and more clean. What do you think? '''-> Accepte *Should we implement a category on special issues? There are many topics that would not fit in our lecture

*Add a category for project descriptions and develop a suitable template *Add "special topics" category and link it on the portal page

: ''This is a list of tutors which moderate the AWF Wiki and may help you with any Wiki- or lecture-related questions'' * [[:category:Survey|Survey]] lecture notes

[[Category:Installation Guide]]

[[Category:Introduction to forest inventory]]

...erested scientists. During a pilot phase it is planned to implement [[:category:lecturenotes|lecture notes]] in the mentioned scientific fields and to c *'''[[:Category:Forest Inventory lecturenotes|Forest Inventory lecture notes]]'''

[[Category:Tree diameter]] [[Category:Measurement devices]]

* What to do with the [[QGIS tutorial]] articles in the [[:category:Image classification]]? [[User:Lburgr|- Levent]] ([[User talk:Lburgr|talk]] [[Category:Wg meetings]]

[[Category:08 Image Preprocessing]]

[[category:projects]] [[Category:DAAD workshops]]

[[Category:Forest mensuration]] [[Category:Remote sensing]]

[[category:xxx]]

[[category:xxx]]

Each student will practice with the [[:Category:Measurement devices|measurement devices]] and actively participate in the p [[Category:R Tutorial]]

[[category:Measurement devices]]

[[Category:Installation Guide]]

* [[:Category:Upper stem diameter|Stem diameter in different heights]] [[Category: Clinometer]]

<th>Category</th> [[Category:08 Image preprocessing]]

...help system both implemented in the correspondent libraries (trough the '''help()''' or '''??''' functions) and in a large collection of books, some of the [[Category:Introduction to R]]

[[Category:Clinometer]]

[[Category:Measurement devices]]

[[category:Measurement devices]]

[[Category:Projects]]

[[Category:Research projects]] [[Category:projects]]

[[Category:Working with Raster Data]]

[[Category:Research projects]] [[Category:projects]]

[[Category:Projects]]

...ationship between temperature distribution and forest canopy structure may help to elucidate the role of microclimate for biodiversity ...tionship between temperature distribution and forest canopy structure will help to elucidate the microclimate within the crown.

[[Category:Projects]]

[[Category:projects]]

[[Category:Wg meetings]]

...ric, spatial and [[radiometric resolution]]s. In this context, various [[:category:plot design|response designs]] (point, line and area observations) at vario [[Category:projects]]

[[Category:Funded by tuition fees]] [[Category:08 Image preprocessing]]

[[Category:04 Sensors and platforms]]

[[Category:05 Digital images]]

[[Category:05 Digital images]]

[[Category:Sampling design]]

[[Category:Overview on GPS applications]]

* What to do with the [[QGIS tutorial]] articles in the [[:category:Image classification]]? [[User:Lburgr|- Levent]] ([[User talk:Lburgr|talk]] [[Category:Wg meetings]]

** Number of elements that are wrongly excluded or included to a certain category ...in each category by the number of training set pixels of the corresponding category

[[Category:Projects]]

#redirect [[category:Remote sensing and image processing with open source software]]

[[Category:Projects]]

[[Category:Plot design]]

...e would take all possible samples from a population following a defined [[:Category:sampling design|sampling design]], then each of these samples would produce [[Category:Introduction to sampling]]

[[Category:UNFCCC Implications for Forest Monitoring]]

[[Category:UNFCCC Implications for Forest Monitoring]]

[[Category:UNFCCC Implications for Forest Monitoring]]

[[Category:UNFCCC Implications for Forest Monitoring]]

[[Category:UNFCCC Implications for Forest Monitoring]]

If, in a sampling study, we have the choice between different [[:category:sampling design|sampling designs]] or within the same sampling design betwe [[Category:Introduction to sampling]]

...rce software''' lecture. The protocols will serve as blueprints for the [[:category:QGIS exercises 2013/14|QGIS exercises]] articles.'' [[Category:QGIS exercises 2013/14]]

... a true-orthophoto. If you are working only with a smaller dataset you can help it by using the {{button|text=Georeferencer}} in the {{button|text=Raster m [[Category:QGIS Tutorial]]

[[Category:11 Image classification]]

[[Category:QGIS Tutorial]]

[[Category:Terrain Analysis]]

[[Category:Projects]] [[Category:DAAD workshops]]

[[Category:Working with Vector Data]]

[[Category:QGIS Tutorial]]

[[Category:QGIS Tutorial]]

[[category:QGIS Tutorial]]

[[Category:Project development]]

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. ...:category:Response designs in resource assessment (2014)|response]] and [[:category:Sample designs in resource assessment (2014)|sample]] designs. The sampled

...obal grid system (Global Sampling Grid = GSG) that could serve as basic [[:category:sampling design|sampling design]] from global to local scale. The grid cons ...ions it might be statistically much more efficient to define a suitable [[:category:plot design|observation design]] that is attached to each sampling location

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. ...ations more common in natural resource assessments (see the category on [[:category:Response designs in resource assessment (2014)|response designs]]).

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. [[category:Resource assessment basics in R (2014)|Mean, variance and standard deviatio

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. [[category:Resource assessment basics in R (2014)|standard error and confidence interv

[[Category:Monteverdi2 Tutorial]] [[Category:Installation Guide]]

[[category: 3D Visualization]]

[[Category:Monteverdi2 Tutorial]]

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. [[category:Resource assessment basics in R (2014)|Finite population correction]]

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. [[category:Resource assessment basics in R (2014)|Required sample size determination]]

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. [[category:Resource assessment basics in R (2014)|Estimating a proportion]]

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. [[category:Resource assessment basics in R (2014)|Additional exercises]]

[[category:Response designs in resource assessment (2014)|Fixed area plots]]

...sment exercises'''. See the [[:category:Resource assessment exercises 2014|category page]] for a (chronological) table of contents. [[category:Response designs in resource assessment (2014)|Introduction to response des

[[category:Forestry Application]]

[[category:Forestry Application]]

[[category:Forestry Application]]

[[category:Forestry Application]]

[[category:Response designs in resource assessment (2014)|Nested fixed area plots]]

[[category:Forestry Application]]

[[category:Forestry Application]]

... prior workshops in this series we refer to the [[:Category:DAAD workshops|category DAAD workshops]]. [[Category:Projects]]

[[Category: Working with Raster Data]]

[[Category: Working with Raster Data]]

[[Category:Working with Raster Data]]

[[Category:Working with Raster Data]]

[[Category: Working with Raster Data]]

[[Category: Working with Raster Data]]

[[Category:Working with Raster Data]]

[[category:Spatial Filtering]]