BAWiki - User contributions [en]

JANET

2026-03-22T11:08:44Z

127.0.0.1: The LinkTitles extension automatically added links to existing pages (https://github.com/bovender/LinkTitles).

{{ProgramDescription
|name_de=JANET
|name=JANET
|version=2.30
|version_descr= March 2026
|catchwords=unstructured mesh 
polyline editing 
mesh generator 
mesh optimization 
mesh viewer 
versionizing 
surface sediments 
linking of "Datenquellenkarten" 
accessible colour tables 
Using SubGrid depts as DGM depths 
[[building]] [[projection]]

|shortdescription=The program JANET is an interactive tool for generation and optimization of unstructured meshes.

JANET was developed by [http://www.smileconsult.de/ Smile Consult GmbH], Hannover (Germany). The software development is not finished yet, so updates are installed frequently.
|inputfiles=
# Format [[GITTER05.DAT and GITTER05.BIN|gitter05.dat/bin]] (in JANET: TICAD systemfile ASCII!) The binary version of this format is '''not''' supported by JANET!
# Binary mesh format of JANET: janet.bin
# Smilesoftware binary format (.sbf)
# TELEMAC Mesh format [[SELAFIN|selafin]]
# [[UNTRIM]] Mesh format [[UNTRIM_GRID.DAT|untrim_grid.dat]] (.dat)(.grd)
# [[UNTRIM2]] Mesh format [[UTRSUB_GRID.DAT|utrsub_grid.dat]] (.dat)
# [[Trim|TRIM]] Mesh format [[TR2.TOPO.BIN|tr2.topo.bin]]
# Structure line format of BAW [[INSEL.DAT|insel.dat]]
# Structure line format of BAW [[DIGI.GKK|digi.gkk]]
# TRIANGLE polyline format ([[POLY|poly]])
# Format [[GEOM.DAT|geom.dat]] (in JANET: JANET ASCII format for {x,y,z} tripel data)
# ASCII format for point data
# Bathymetry data in HDF5 format
|outputfiles=
# Format [[GITTER05.DAT and GITTER05.BIN|gitter05.dat/bin]] (in JANET: TICAD systemfile ASCII!)
# Binary mesh format of JANET: janet.bin
# Smilesoftware binary format (.sbf)
# TELEMAC Mesh format [[SELAFIN|selafin]]
# [[UNTRIM]] Mesh format [[UNTRIM_GRID.DAT|untrim_grid.dat]] (.dat)(.grd)
# [[UNTRIM2]] Mesh format [[UTRSUB_GRID.DAT|utrsub_grid.dat]] (.dat)
# Structure line format of BAW [[INSEL.DAT|insel.dat]]
# Format [[GEOM.DAT|geom.dat]] (in JANET: JANET ASCII format for {x,y,z} tripel data)
|methodology=
New features in version 2.30:
* Improved generation of metadata in screenshot menu
* Layer commands in python scripts
* Import of bathymetric data in HDF 5
|preprocessor=[[CREATE_SIMPLE_UNTRIM2_GRID]], [[DREHE2D]], GISMO, [[GRIDCONVERT]], [[POLYUMFORM]], [[UNTRIM2007MONITOR]]
|postprocessor=[[GRIDCONVERT]], [[TICTRI]], [[TOUTR]], [[UTRPRE]]
|language=Java
|add_software=Java Runtime Environment
===Executables===
* Windows: janet.bat
* Linux-Workstations and FAT-Nodes: janet
===Starting JANET:===
# You have to define the PROGHOME variable on your machine.
# You have to extend your PATH variable with the PATH of the executable script
# You have to start a command line environment (DOS input box / xterm)
# You have to type in '''janet [xxx]'''. The optional '''xxx''' is the size of memory in megabytes reserved for the Java Runtime Environment.
|contact_original=Smile Consult GmbH
|contact_maintenance=[http://www.smileconsult.de/ Smile Consult GmbH], [mailto:pre.proghome@baw.de working group PRE]
|documentation=
* [http://www.baw.de/downloads/wasserbau/mathematische_verfahren/programmkennbl_de/pdf/JanetHandbuch.pdf Janet user guide ](only in German!) 
* BAW internal documentation of a grid generation training: %PROGHOME%\examples\janet\schulung_workshop\schulung_2023_03\
* recent internal documentation see: %PROGHOME%\examples\[[DAVIT|davit]]\entwicklung\2025b\06_version_info
* smile consult: https://www.smileconsult.de/download/Dokumente/Dokumente_und_Informationen_zu_den_smilesoftware_Werkzeugen.pdf
}}

Interaction of ground and building structure

2022-10-22T01:11:27Z

127.0.0.1: The LinkTitles extension automatically added links to existing pages (<a target="_blank" rel="nofollow noreferrer noopener" class="external free" href="https://github.com/bovender/LinkTitles">https://github.com/bovender/LinkTitles</a>).

[[File:06_Numerische_V_02.jpg|200px|thumb|right|Picture 1: 3D model of the excavation pit for Sülfeld lock]]Deformation and stability calculations for [[building]] structures used in waterways engineering are increasingly carried out using the finite element method (FEM) and in recent years also the distinct element method (DEM). The advantage of FEM is that it can be used to visualize complex geometries and ground conditions, and also indicates interaction between [[building]] structure and the ground.

[[File:10_Wechselwirkung_B_B_01.jpg|200px|thumb|right|Picture 2: Deformed 2D model of Minden lock (river Weser)]]The aforementioned advantages of the method play an important role particularly in view of the increasing complexity of construction work, for example when [[building]] excavation pits right next to structures that are susceptible to deformation during the construction of new structures next to existing locks while the [[waterway]] continues normal shipping operations, or during subsequent calculation of load-bearing and deformation behaviour of existing [[building]] structures.

[[File:10_Wechselwirkung_B_B_02.jpg|200px|thumb|right|Picture 3: Ension settlement curves from the oedometer test and subsequent FEM calculation]]
[[File:10_Wechselwirkung_B_B_03.jpg|200px|thumb|right|Picture 4: DEM simulation of armourstones ]]Depending on requirements, 2D or 3D models are designed to solve the geotechnical problem. Various different material models are available for describing the mechanical behaviour of the soil. The necessary soil [[characteristics]] can be calibrated with the results from [[Geotechnical field tests|field tests]], [[geotechnical measurements]] und laboratory tests for example by numerical simulation of an oedometer experiment. Realistic computation results are obtained by visualising the complete load history of the system consisting of [[building]] structure and ground, i.e. the sequence of construction phases and conditions that are planned for implementation of the construction work. This also takes account of the changing general hydraulic conditions. Attempts are also increasingly being made to ensure that the modelling phase also takes account of the effects resulting from production of the geotechnical structures (e.g. piles, subterraneous curtains).

DEM offers the possibility of overcoming the limits of FEM when it comes to large net deformation when dealing with geometric bodies such as boulders or spheres. In many cases, the calculations can be simplified by concentrating on spherical shapes which are then put together to generate other geometries such as polygonal armourstones.
----
back to: [[Numerical Methods]]
----
[[Overview]]
[[de:Wechselwirkung Boden-Bauwerk]]

Example figures: underflow frequency of tracer limits

2022-10-22T01:11:14Z

[[de:Beispielgrafiken: Häufigkeit der Unterschreitung von Tracergehaltsgrenzwerten]]
=Explanations=
Frequency [0.0,1.0] for which the tracer ''underflows'' a given tracer limit within the [[period of data analysis]]. 
Please notice that frequency cannot reach a value of 1.0 in temporarily dry areas (e.g. tidal flats).

* top left: Source of the tracer is the North Sea.
* top right: Source of the tracer is the Ems.
* middle left: Source of the tracer is the Jümme.
* middle right: Source of the tracer is the Leda.
* bottom left: --- no picture ---
* bottom right: Source of the tracer is the Westerwoldsche Aa.

=value of tracer lies below 0.000889 [-]=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspUndFreq01Trc5.png|center|400px|frequency with which the value of tracer from the North Sea lies below the tracer limit of 0.000889 [-] ]]
|[[File:LzkpBspUndFreq01Trc1.png|center|400px|frequency with which the value of tracer from the Ems lies below the tracer limit of 0.000889 [-] ]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspUndFreq01Trc3.png|center|400px|frequency with which the value of tracer from the Jümme lies below the tracer limit of 0.000889 [-] ]]
|[[File:LzkpBspUndFreq01Trc2.png|center|400px|frequency with which the value of tracer from the Leda lies below the tracer limit of 0.000889 [-] ]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspUndFreq01Trc4.png|center|400px|frequency with which the value of tracer from the Westerwoldsche Aa lies below the tracer limit of 0.000889 [-] ]]
|}
 

=value of tracer lies below 0.0247 [-]=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspUndFreq06Trc5.png|center|400px|frequency with which the value of tracer from the North Sea lies below the tracer limit of 0.0247 [-] ]]
|[[File:LzkpBspUndFreq06Trc1.png|center|400px|frequency with which the value of tracer from the Ems lies below the tracer limit of 0.0247 [-] ]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspUndFreq06Trc3.png|center|400px|frequency with which the value of tracer from the Jümme lies below the tracer limit of 0.0247 [-] ]]
|[[File:LzkpBspUndFreq06Trc2.png|center|400px|frequency with which the value of tracer from the Leda lies below the tracer limit of 0.0247 [-] ]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspUndFreq06Trc4.png|center|400px|frequency with which the value of tracer from the Westerwoldsche Aa lies below the tracer limit of 0.0247 [-] ]]
|}
 

=value of tracer lies below 0.43925 [-]=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspUndFreq11Trc5.png|center|400px|frequency with which the value of tracer from the North Sea lies below the tracer limit of 0.43925 [-] ]]
|[[File:LzkpBspUndFreq11Trc1.png|center|400px|frequency with which the value of tracer from the Ems lies below the tracer limit of 0.43925 [-] ]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspUndFreq11Trc3.png|center|400px|frequency with which the value of tracer from the Jümme lies below the tracer limit of 0.43925 [-] ]]
|[[File:LzkpBspUndFreq11Trc2.png|center|400px|frequency with which the value of tracer from the Leda lies below the tracer limit of 0.43925 [-] ]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspUndFreq11Trc4.png|center|400px|frequency with which the value of tracer from the Westerwoldsche Aa lies below the tracer limit of 0.43925 [-] ]]
|}
 

=Closely related quantities=
* [[Example figures: exceedance frequency of tracer limits|exceedance frequency of tracer limits]]
* [[Example figures: duration of low tracer|duration of low tracer]]

----
back to [[Characteristic Numbers of Tracer Load (independent of tides)]]

Example figures: duration of high tracer

2022-10-22T01:11:10Z

[[de:Beispielgrafiken: Dauer hohen Tracergehalts]]
=Explanations=
Period of time during which the local value of tracer lies above a given limit. 
Value depends strongly on the length of the [[period of data analysis]].

* top left: Source of the tracer is the North Sea.
* top right: Source of the tracer is the Ems.
* middle left: Source of the tracer is the Jümme.
* middle right: Source of the tracer is the Leda.
* bottom left: --- no picture ---
* bottom right: Source of the tracer is the Westerwoldsche Aa.

= value of tracer lies above 0.000889 [-]=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspDHTrc01Trc5.png|center|400px|Time span for which the value of tracer from the North Sea lies above 0.000889 [-] ]]
|[[File:LzkpBspDHTrc01Trc1.png|center|400px|Time span for which the value of tracer from the Ems lies above 0.000889 [-] ]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspDHTrc01Trc3.png|center|400px|Time span for which the value of tracer from the Jümme lies above 0.000889 [-] ]]
|[[File:LzkpBspDHTrc01Trc2.png|center|400px|Time span for which the value of tracer from the Leda lies above 0.000889 [-] ]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspDHTrc01Trc4.png|center|400px|Time span for which the value of tracer from the Westerwoldsche Aa lies above 0.000889 [-] ]]
|}
 

= value of tracer lies above 0.0247 [-]=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspDHTrc06Trc5.png|center|400px|Time span for which the value of tracer from the North Sea lies above 0.0247 [-] ]]
|[[File:LzkpBspDHTrc06Trc1.png|center|400px|Time span for which the value of tracer from the Ems lies above 0.0247 [-] ]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspDHTrc06Trc3.png|center|400px|Time span for which the value of tracer from the Jümme lies above 0.0247 [-] ]]
|[[File:LzkpBspDHTrc06Trc2.png|center|400px|Time span for which the value of tracer from the Leda lies above 0.0247 [-] ]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspDHTrc06Trc4.png|center|400px|Time span for which the value of tracer from the Westerwoldsche Aa lies above 0.0247 [-] ]]
|}
 

= value of tracer lies above 0.43925 [-]=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspDHTrc11Trc5.png|center|400px|Time span for which the value of tracer from the North Sea lies above 0.43925 [-] ]]
|[[File:LzkpBspDHTrc11Trc1.png|center|400px|Time span for which the value of tracer from the Ems lies above 0.43925 [-] ]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspDHTrc11Trc3.png|center|400px|Time span for which the value of tracer from the Jümme lies above 0.43925 [-] ]]
|[[File:LzkpBspDHTrc11Trc2.png|center|400px|Time span for which the value of tracer from the Leda lies above 0.43925 [-] ]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspDHTrc11Trc4.png|center|400px|Time span for which the value of tracer from the Westerwoldsche Aa lies above 0.43925 [-] ]]
|}
 

=Closely related quantities=
* [[Example figures: duration of low tracer|duration of low tracer]]
* [[Example figures: exceedance frequency of tracer limits|exceedance frequency of tracer limits]]

----
back to [[Characteristic Numbers of Tracer Load (independent of tides)]]

Example figures: variance of tracer

2022-10-22T01:11:05Z

[[de:Beispielgrafiken: Varianz des Tracergehalts]]
=Explanations=
Variance of tracer within the [[period of data analysis]]. 
Please notice the logarithmic scale (with exception of the first interval). 
Computed for permanently flooded areas only.

* top left: Source of the tracer is the North Sea.
* top right: Source of the tracer is the Ems.
* middle left: Source of the tracer is the Jümme.
* middle right: Source of the tracer is the Leda.
* bottom left: --- no picture ---
* bottom right: Source of the tracer is the Westerwoldsche Aa.

=Examples=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspVarTTrc5.png|center|400px|Variance of tracer from the North Sea within the period of data analysis]]
|[[File:LzkpBspVarTTrc1.png|center|400px|Variance of tracer from the Ems within the period of data analysis]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspVarTTrc3.png|center|400px|Variance of tracer from the Jümme within the period of data analysis]]
|[[File:LzkpBspVarTTrc2.png|center|400px|Variance of tracer from the Leda within the period of data analysis]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspVarTTrc4.png|center|400px|Variance of tracer from the Westerwoldsche Aa within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: mean value of tracer|mean value of tracer]]
* [[Example figures: standard deviation of tracer|standard deviation of tracer]]

----
back to [[Characteristic Numbers of Tracer Load (independent of tides)]]

Example figures: standard deviation of tracer

2022-10-22T01:11:01Z

[[de:Beispielgrafiken: Standardabweichung des Tracergehalts]]
=Explanations=
Standard deviation of tracer within the [[period of data analysis]]. 
Please notice the logarithmic scale (with exception of the first interval). 
Computed for permanently flooded areas only.

* top left: Source of the tracer is the North Sea.
* top right: Source of the tracer is the Ems.
* middle left: Source of the tracer is the Jümme.
* middle right: Source of the tracer is the Leda.
* bottom left: --- no picture ---
* bottom right: Source of the tracer is the Westerwoldsche Aa.

=Examples=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspStdAbwTTrc5.png|center|400px|Standard deviation of tracer from the North Sea within the period of data analysis]]
|[[File:LzkpBspStdAbwTTrc1.png|center|400px|Standard deviation of tracer from the Ems within the period of data analysis]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspStdAbwTTrc3.png|center|400px|Standard deviation of tracer from the Jümme within the period of data analysis]]
|[[File:LzkpBspStdAbwTTrc2.png|center|400px|Standard deviation of tracer from the Leda within the period of data analysis]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspStdAbwTTrc4.png|center|400px|Standard deviation of tracer from the Westerwoldsche Aa within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: mean value of tracer|mean value of tracer]]
* [[Example figures: variance of tracer|variance of tracer]]

----
back to [[Characteristic Numbers of Tracer Load (independent of tides)]]

Example figures: maximum tracer difference

2022-10-22T01:10:57Z

[[de:Beispielgrafiken: Maximale Tracergehaltsdifferenz]]
=Explanations=
Difference in tracer between maximum and minimum value within the [[period of data analysis]]. 
Please notice the logarithmic scale (with exception of the first interval).

* top left: Source of the tracer is the North Sea.
* top right: Source of the tracer is the Ems.
* middle left: Source of the tracer is the Jümme.
* middle right: Source of the tracer is the Leda.
* bottom left: --- no picture ---
* bottom right: Source of the tracer is the Westerwoldsche Aa.

=Examples=
{| border="1"
! width="50%" | North Sea
! width="50%" | Ems
|-
|[[File:LzkpBspTrcDifTrc5.png|center|400px|Maximum difference in tracer from the North Sea within the period of data analysis]]
|[[File:LzkpBspTrcDifTrc1.png|center|400px|Maximum difference in tracer from the Ems within the period of data analysis]]
|}
{| border="1"
! width="50%" | Jümme
! width="50%" | Leda
|-
|[[File:LzkpBspTrcDifTrc3.png|center|400px|Maximum difference in tracer from the Jümme within the period of data analysis]]
|[[File:LzkpBspTrcDifTrc2.png|center|400px|Maximum difference in tracer from the Leda within the period of data analysis]]
|}
{| border="1"
! width="50%" | ---
! width="50%" | Westerwoldsche Aa
|-
|
|[[File:LzkpBspTrcDifTrc4.png|center|400px|Maximum difference in tracer from the Westerwoldsche Aa within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: minimum value of tracer|minimum value of tracer]]
* [[Example figures: maximum value of tracer|maximum value of tracer]]

----
back to [[Characteristic Numbers of Tracer Load (independent of tides)]]

Example figures: duration of low suspended sediment

2022-10-22T01:09:58Z

[[de:Beispielgrafiken: Dauer niedrigen Schwebstoffgehalts]]
=Explanations=
Period of time during which the local suspended sediment lies below a given suspended sediment limit. Value depends strongly on the length of the [[period of data analysis]].
* left top: result for threshold 0.0208 kg/m3.
* right top: result for threshold 0.0658 kg/m3.
* left bottom: result threshold 0.2080 kg/m3.
* right bottom: result for threshold 0.6580 kg/m3.

=Examples=
{| border="1"
! width="50%" | suspended sediment < 0.0208 kg/m3
! width="50%" | suspended sediment < 0.0658 kg/m3
|-
|[[File:LzkcBspDNSuS04.png|center|400px|time span for which the suspended sediment value lies below 0.0208 kg/m**3]]
|[[File:LzkcBspDNSuS05.png|center|400px|time span for which the suspended sediment value lies below 0.0658 kg/m**3]]
|}
{| border="1"
! width="50%" | suspended sediment < 0.2080 kg/m3
! width="50%" | suspended sediment < 0.6580 kg/m3
|-
|[[File:LzkcBspDNSuS06.png|center|400px|time span for which the suspended sediment value lies below 0.2080 kg/m**3]]
|[[File:LzkcBspDNSuS07.png|center|400px|time span for which the suspended sediment value lies below 0.6580 kg/m**3]]
|}

=Closely related quantities=
* [[Example figures: duration of high suspended sediment|duration of high suspended sediment]]
* [[Example figures: underflow frequency of suspended sediment limits|underflow frequency of suspended sediment limits]]
 

----
back to [[Characteristic Numbers of Suspended Sediment Concentration (independent of tides)]]

Example figure: maximum suspended sediment difference

2022-10-22T01:09:53Z

[[de:Beispielgrafik: Maximale Schwebstoffgehaltsdifferenz]]
=Explanations=
Difference in suspended sediment between maximum and minimum value within the [[period of data analysis]]. Please notice the logarithmic scale (with exception of the first interval).

=Examples=
{| border="1"
! width="100%" | maximum suspended sediment difference
|-
|[[File:LzkcBspDSuS.png|center|800px|Maximum suspended sediment difference within the period of data analysis]]
|}

=Closely related quantities=
* [[Example figure: minimum value of suspended sediment|minimum value of suspended sediment]]
* [[Example figure: maximum value of suspended sediment|maximum value of suspended sediment]]

 

----
back to [[Characteristic Numbers of Suspended Sediment Concentration (independent of tides)]]

Example figures: minimum salinity : mean salinity

2022-10-22T01:09:19Z

[[de:Beispielgrafik: minimaler Salzgehalt : mittlerer Salzgehalt]]
=Explanations=
Ratio of minimum salinity of the tide to mean salinity value of the tide.
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | minimum salinity : mean salinity
! width="50%" | minimum salinity : mean salinity (maximum)
|-
|[[File:TdksBspSnSmTide.png|center|400px|ratio of minimum salinity : mean salinity of one specific tide]]
|[[File:TdksBspSnSmMax.png|center|400px|maximum value of ratio of minimum salinity : mean salinity within the period of data analysis]]
|}
{| border="1"
! width="50%" | minimum salinity : mean salinity (mean)
! width="50%" | minimum salinity : mean salinity (minimum)
|-
|[[File:TdksBspSnSmMit.png|center|400px|mean value of ratio of minimum salinity : mean salinity within the period of data analysis]]
|[[File:TdksBspSnSmMin.png|center|400px|minimum value of ratio of minimum salinity : mean salinity within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: minimum salinity|minimum salinity]]
* [[Example figures: mean salinity|mean salinity]]

----
back to [[Tidal Characteristic Numbers of Salinity]]

Example figures: tidal variation of salinity

2022-10-22T01:09:15Z

[[de:Beispielgrafik: Salzgehaltsvariation]]
=Explanations=
Difference between the extreme values of salinity during a complete tidal cycle (period between two subsequent slack water times of ebb current).
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | tidal variation of salinity
! width="50%" | tidal variation of salinity (maximum)
|-
|[[File:TdksBspSvTide.png|center|400px|tidal variation of salinity of one specific tide]]
|[[File:TdksBspSvMax.png|center|400px|maximum value of tidal variation of salinity within the period of data analysis]]
|}
{| border="1"
! width="50%" | tidal variation of salinity (mean)
! width="50%" | tidal variation of salinity (minimum)
|-
|[[File:TdksBspSvMit.png|center|400px|mean value of tidal variation of salinity within the period of data analysis]]
|[[File:TdksBspSvMin.png|center|400px|minimum value of tidal variation of salinity within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: maximum salinity|maximum salinity]]
* [[Example figures: minimum salinity|minimum salinity]]
* [[Example figures: tidal variation of salinity : mean salinity|tidal variation of salinity : mean salinity]]

----
back to [[Tidal Characteristic Numbers of Salinity]]

Example figures: maximum salinity

2022-10-22T01:09:10Z

[[de:Beispielgrafik: maximaler Salzgehalt]]
=Explanations=
Maximum value of salinity during a complete tidal cycle (period between two subsequent slack water times of ebb current).
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | maximum salinity
! width="50%" | maximum salinity (maximum)
|-
|[[File:TdksBspSxTide.png|center|400px|maximum salinity of one specific tide]]
|[[File:TdksBspSxMax.png|center|400px|maximum value of maximum salinity within the period of data analysis]]
|}
{| border="1"
! width="50%" | maximum salinity (mean)
! width="50%" | maximum salinity (minimum)
|-
|[[File:TdksBspSxMit.png|center|400px|mean value of maximum salinity within the period of data analysis]]
|[[File:TdksBspSxMin.png|center|400px|minimum value of maximum salinity within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: minimum salinity|minimum salinity]]
* [[Example figures: mean salinity|mean salinity]]
* [[Example figures: tidal variation of salinity|tidal variation of salinity]]
* [[Example figures: maximum salinity : mean salinity|maximum salinity : mean salinity]]

----
back to [[Tidal Characteristic Numbers of Salinity]]

Example figures: median of salinity Q 0.50

2022-10-22T01:09:06Z

[[de:Beispielgrafik: Median des Salzgehalts Q_0.50]]
=Explanations=
Median of salinity within the [[period of data analysis]]. 
Value of the salinity, which is not exceeded by 50% of the time series values. 
Computed for permanently flooded areas only.

=Examples=
{| border="1"
! width="100%" | median of salinity
|-
|[[File:LzksBspQuan050.png|center|800px|salinity value, which is not exceeded by 50% of the salinity values within the period of data analysis]]
|}

=Closely related quantities=
* [[Example figures: maximum value of salinity|maximum value of salinity]]
* [[Example figures: minimum value of salinity|minimum value of salinity]]
* [[Example figures: mean value of salinity|mean value of salinity]]
* [[Example figures: quantiles of salinity Q_0.01, Q_0.05, Q_0.95, Q_0.99|quantiles of salinity Q_0.01, Q_0.05, Q_0.95, Q_0.99]]

 

----
back to [[Characteristic Numbers of Salinity (independent of tides)]]

Example figures: underflow frequency of salinity limits

2022-10-22T01:09:01Z

[[de:Beispielgrafiken: Häufigkeit der Unterschreitung von Salzgehaltsgrenzwerten]]
=Explanations=
Relative frequency [0.0,1.0] for which the salinity ''underflows'' a given salinity limit within the [[period of data analysis]].
* left top: result for threshold 3.75 E-3 (approx. 3.75 PSU).
* right top: result for threshold 11.25 E-3 (approx. 11.25 PSU).
* left bottom: result threshold 18.75 E-3 (approx. 18.75 PSU).
* right bottom: result for threshold 26.25 E-3 (approx. 26.25 PSU).
Please notice that frequency cannot reach a value of 1.0 in temporarily dry areas (e.g. tidal flats).

=Examples=
{| border="1"
! width="50%" | salinity < 3.75 x 10-3
! width="50%" | salinity < 11.25 x 10-3
|-
|[[File:LzksBspUndFreq02.png|center|400px|frequency with which the salinity lies below the salinity limit of 3.75 E-3]]
|[[File:LzksBspUndFreq05.png|center|400px|frequency with which the salinity lies below the salinity limit of 11.25 E-3]]
|}
{| border="1"
! width="50%" | salinity < 18.75 x 10-3
! width="50%" | salinity < 26.25 x 10-3
|-
|[[File:LzksBspUndFreq08.png|center|400px|frequency with which the salinity lies below the salinity limit of 18.75 E-3]]
|[[File:LzksBspUndFreq11.png|center|400px|frequency with which the salinity lies below the salinity limit of 26.25 E-3]]
|}

=Closely related quantities=
* [[Example figures: exceedance frequency of salinity limits|exceedance frequency of salinity limits]]
* [[Example figures: duration of low salinity|duration of low salinity]]
 

----
back to [[Characteristic Numbers of Salinity (independent of tides)]]

Example figures: exceedance frequency of salinity limits

2022-10-22T01:08:57Z

[[de:Beispielgrafiken: Häufigkeit der Überschreitung von Salzgehaltsgrenzwerten]]
=Explanations=
Relative frequency [0.0,1.0] for which the salinity ''exceeds'' a given salinity limit within the [[period of data analysis]].
* left top: result for threshold 3.75 E-3 (approx. 3.75 PSU).
* right top: result for threshold 11.25 E-3 (approx. 11.25 PSU).
* left bottom: result threshold 18.75 E-3 (approx. 18.75 PSU).
* right bottom: result for threshold 26.25 (approx. 26.25 PSU).
Please notice that frequency cannot reach a value of 1.0 in temporarily dry areas (e.g. tidal flats).

=Examples=
{| border="1"
! width="50%" | salinity > 3.75 x 10-3
! width="50%" | salinity > 11.25 x 10-3
|-
|[[File:LzksBspExcFreq02.png|center|400px|frequency with which the salinity exceeds the salinity limit of 3.75 E-3]]
|[[File:LzksBspExcFreq05.png|center|400px|frequency with which the salinity exceeds the salinity limit of 11.25 E-3]]
|}
{| border="1"
! width="50%" | salinity > 18.75 x 10-3
! width="50%" | salinity > 26.25 x 10-3
|-
|[[File:LzksBspExcFreq08.png|center|400px|frequency with which the salinity exceeds the salinity limit of 18.75 E-3]]
|[[File:LzksBspExcFreq11.png|center|400px|frequency with which the salinity exceeds the salinity limit of 26.25 E-3]]
|}

=Closely related quantities=
* [[Example figures: underflow frequency of salinity limits|underflow frequency of salinity limits]]
* [[Example figures: duration of high salinity|duration of high salinity]]
 

----
back to [[Characteristic Numbers of Salinity (independent of tides)]]

Example figures: maximum salinity difference

2022-10-22T01:08:53Z

[[de:Beispielgrafik: Maximale Salzgehaltsdifferenz]]
=Explanations=
Difference in salinity between maximum and minimum value within the [[period of data analysis]].

=Examples=
{| border="1"
! width="100%" | maximum salinity difference
|-
|[[File:LzksBspDSal.png|center|800px|Maximum salinity difference within the period of data analysis]]
|}

=Closely related quantities=
* [[Example figures: minimum value of salinity|minimum value of salinity]]
* [[Example figures: maximum value of salinity|maximum value of salinity]]

 

----
back to [[Characteristic Numbers of Salinity (independent of tides)]]

Example figures: maximum value of salinity

2022-10-22T01:08:48Z

[[de:Beispielgrafik: Maximalwert des Salzgehalts]]
=Explanations=
Highest (local) value of salinity within the [[period of data analysis]].

=Examples=
{| border="1"
! width="100%" | maximum value of salinity
|-
|[[File:LzksBspHSal.png|center|800px|Highest value of salinity within the period of data analysis]]
|}

=Closely related quantities=
* [[Example figures: minimum value of salinity|minimum value of salinity]]
* [[Example figures: maximum salinity difference|maximum salinity difference]]
* [[Example figures: mean value of salinity|mean value of salinity]]
* [[Example figures: median of salinity Q_0.50|median of salinity Q_0.50]]
* [[Example figures: quantiles of salinity Q_0.01, Q_0.05, Q_0.95, Q_0.99|quantiles of salinity Q_0.01, Q_0.05, Q_0.95, Q_0.99]]

 

----
back to [[Characteristic Numbers of Salinity (independent of tides)]]

Example figures: exceedance frequency of velocity limits

2022-10-22T01:08:44Z

[[de:Beispielgrafiken: Häufigkeit der Überschreitung von Strömungsgrenzwerten]]
=Explanations=
Frequency [0.0,1.0] for which the current velocity ''exceeds'' a given velocity threshold within the [[period of data analysis]].
* left top: result for threshold 0.1 m/s.
* right top: result for threshold 0.5 m/s.
* left bottom: result for threshold 0.9 m/s.
* right bottom: result for threshold 1.3 m/s.
Please notice that frequency cannot reach a value of 1.0 in temporarily dry areas (e.g. tidal flats).

=Examples=
{| border="1"
! width="50%" | current velocity > 0.1 m/s
! width="50%" | current velocity > 0.5 m/s
|-
|[[File:LzkvBspExcFreq01.png|center|400px|frequency with which the current velocity exceeds the limit velocity of 0.1 m/s]]
|[[File:LzkvBspExcFreq03.png|center|400px|frequency with which the current velocity exceeds the limit velocity of 0.5 m/s]]
|}
{| border="1"
! width="50%" | current velocity > 0.9 m/s
! width="50%" | current velocity > 1.3 m/s
|-
|[[File:LzkvBspExcFreq05.png|center|400px|frequency with which the current velocity exceeds the limit velocity of 0.9 m/s]]
|[[File:LzkvBspExcFreq07.png|center|400px|frequency with which the current velocity exceeds the limit velocity of 1.3 m/s]]
|}

=Closely related quantities=
* [[Example figures: underflow frequency of velocity limits|underflow frequency of velocity limits]]
* [[Example figures: duration of high current velocity|duration of high current velocity]]
 

----
back to [[Characteristic Numbers of Current Velocity (independent of tides)]]

Example figures: variance of current velocity

2022-10-22T01:08:33Z

[[de:Beispielgrafik: Varianz der Strömungsgeschwindigkeit]]
=Explanations=
Variance of current velocity within the [[period of data analysis]]. Computed for permanently flooded areas only.

=Examples=
{| border="1"
! width="100%" | variance of current velocity
|-
|[[File:LzkvBspVar.png|center|800px|Variance of current velocity within the period of data analysis.]]
|}

=Closely related quantities=
* [[Example figures: standard deviation of current velocity|standard deviation of current velocity]]

 

----
back to [[Characteristic Numbers of Current Velocity (independent of tides)]]

Example figures: standard deviation of current velocity

2022-10-22T01:08:28Z

[[de:Beispielgrafik: Standardabweichung der Strömungsgeschwindigkeit]]
=Explanations=
Standard deviation of current velocity within the [[period of data analysis]]. Computed for permanently flooded areas only.

=Examples=
{| border="1"
! width="100%" | standard deviation of current velocity
|-
|[[File:LzkvBspStdAbw.png|center|800px|Standard deviation of current velocity within the period of data analysis.]]
|}

=Closely related quantities=
* [[Example figures: variance of current velocity|variance of current velocity]]

 

----
back to [[Characteristic Numbers of Current Velocity (independent of tides)]]

Example figures: mean magnitude of current velocity

2022-10-22T01:08:24Z

[[de:Beispielgrafik: Mittlere Strömungsgeschwindigkeit (Betrag)]]
=Explanations=
Mean magnitude of current velocity within the [[period of data analysis]]. Mean current velocity is computed based on the real duration of flooding (wet period) for each location.

=Examples=
{| border="1"
! width="100%" | mean magnitude of current velocity
|-
|[[File:LzkvBspVmitB.png|center|800px|Mean magnitude of current velocity within the period of data analysis.]]
|}

=Closely related quantities=
* [[Example figures: maximum current velocity|maximum current velocity]]
* [[Example figures: residual current velocity|residual current velocity]]
* [[Example figures: median of current velocity Q_0.50|median of current velocity Q_0.50]]
* [[Example figures: quantiles of current velocity Q 0.01, Q 0.05, Q 0.95, Q 0.99|quantiles of current velocity Q 0.01, Q 0.05, Q 0.95, Q 0.99]]

 

----
back to [[Characteristic Numbers of Current Velocity (independent of tides)]]

Example figures: mean tide current velocity

2022-10-22T01:08:20Z

[[de:Beispielgrafiken: mittlere Tidestromgeschwindigkeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | mean tide current velocity
! width="50%" | mean tide current velocity (maximum)
|-
|[[File:TdkvBspmVTTide.png|center|400px|mean tide current velocity of one specific tide]]
|[[File:TdkvBspmVTMax.png|center|400px|maximum value of mean tide current velocity within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean tide current velocity (mean)
! width="50%" | mean tide current velocity (minimum)
|-
|[[File:TdkvBspmVTMit.png|center|400px|mean value of mean tide current velocity within the period of data analysis]]
|[[File:TdkvBspmVTMin.png|center|400px|minimum value of mean tide current velocity within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: maximum flood current : mean tide current|maximum flood current : mean tide current]]
* [[Example figures: maximum ebb current : mean tide current|maximum ebb current : mean tide current]]
* [[Example figures: mean flood current : mean tide current|mean flood current : mean tide current]]
* [[Example figures: mean ebb current : mean tide current|mean ebb current : mean tide current]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: tide current duration

2022-10-22T01:08:15Z

[[de:Beispielgrafiken: Tidestromdauer]]
=Explanations=
Period of time between an ebb slack and the subsequent ebb slack.
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | tide current duration
! width="50%" | maximum tide current duration
|-
|[[File:TdkvBspTStDTide.png|center|400px|tide current duration of one specific tide]]
|[[File:TdkvBspTStDMax.png|center|400px|maximum value of tide current duration within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean tide current duration
! width="50%" | minimum tide current duration
|-
|[[File:TdkvBspTStDMit.png|center|400px|mean value of tide current duration within the period of data analysis]]
|[[File:TdkvBspTStDMin.png|center|400px|minimum value of tide current duration within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: flood current duration|flood current duration]]
* [[Example figures: ebb current duration|ebb current duration]]
* [[Example figures: flood current duration : tide current duration|flood current duration : tide current duration]]
* [[Example figures: ebb current duration : tide current duration|ebb current duration : tide current duration]]
* [[Example figures: flood current duration : ebb current duration|flood current duration : ebb current duration]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: residual ebb current velocity

2022-10-22T01:08:11Z

[[de:Beispielgrafiken: residuelle Ebbestromgeschwindigkeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | residual [[ebb current velocity]]
! width="50%" | residual [[ebb current velocity]] (maximum)
|-
|[[File:TdkvBspVeReTide.png|center|400px|residual ebb current velocity of one specific tide]]
|[[File:TdkvBspVeReMax.png|center|400px|maximum value of residual ebb current velocity within the period of data analysis]]
|}
{| border="1"
! width="50%" | residual [[ebb current velocity]] (mean)
! width="50%" | residual [[ebb current velocity]] (minimum)
|-
|[[File:TdkvBspVeReMit.png|center|400px|mean value of residual ebb current velocity within the period of data analysis]]
|[[File:TdkvBspVeReMin.png|center|400px|minimum value of residual ebb current velocity within the period of data analysis]]
|}
 
Remark: Vector is the result from vector addition of all ebb current velocities. Residual [[ebb current velocity]] is always less or equal than [[Example figures: mean ebb current velocity|mean ebb current velocity]].

=Closely related quantities=
* [[Example figures: residual flood current velocity|residual flood current velocity]]
* [[Example figures: mean ebb current velocity|mean ebb current velocity]] (from magnitude)

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: residual flood current velocity

2022-10-22T01:08:06Z

[[de:Beispielgrafiken: residuelle Flutstromgeschwindigkeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | residual [[flood]] current velocity
! width="50%" | residual [[flood]] current velocity (maximum)
|-
|[[File:TdkvBspVfReTide.png|center|400px|residual flood current velocity of one specific tide]]
|[[File:TdkvBspVfReMax.png|center|400px|maximum value of residual flood current velocity within the period of data analysis]]
|}
{| border="1"
! width="50%" | residual [[flood]] current velocity (mean)
! width="50%" | residual [[flood]] current velocity (minimum)
|-
|[[File:TdkvBspVfReMit.png|center|400px|mean value of residual flood current velocity within the period of data analysis]]
|[[File:TdkvBspVfReMin.png|center|400px|minimum value of residual flood current velocity within the period of data analysis]]
|}
 
Remark: Vector is the result from vector addition of all [[flood]] current velocities. Residual [[flood]] current velocity is always less or equal than [[Example figures: mean flood current velocity|mean flood current velocity]].

=Closely related quantities=
* [[Example figures: residual ebb current velocity|residual ebb current velocity]]
* [[Example figures: mean flood current velocity|mean flood current velocity]] (from magnitude)

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: eulerian flood path

2022-10-22T01:08:02Z

[[de:Beispielgrafiken: eulerscher Flutweg]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | eulerian [[flood]] path
! width="50%" | maximum eulerian [[flood]] path
|-
|[[File:TdkvBspWfTide.png|center|400px|eulerian flood path of one specific tide]]
|[[File:TdkvBspWfMax.png|center|400px|maximum value of eulerian flood path within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean eulerian [[flood]] path
! width="50%" | minimum eulerian [[flood]] path
|-
|[[File:TdkvBspWfMit.png|center|400px|mean value of eulerian flood path within the period of data analysis]]
|[[File:TdkvBspWfMin.png|center|400px|minimum value of eulerian flood path within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: eulerian ebb path|eulerian ebb path]]
* [[Example figures: eulerian flood path : eulerian ebb path|eulerian flood path : eulerian ebb path]]
* [[Example figures: mean flood current velocity|mean flood current velocity]]
* [[Example figures: flood current duration|flood current duration]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: eulerian flood path : eulerian ebb path

2022-10-22T01:07:57Z

[[de:Beispielgrafiken: eulerscher Flutweg : eulerscher Ebbeweg]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | eulerian [[flood]] path:eulerian ebb path
! width="50%" | eulerian [[flood]] path:eulerian ebb path (maximum)
|-
|[[File:TdkvBspWfeTide.png|center|400px|ratio of eulerian flood path:eulerian ebb path of one specific tide]]
|[[File:TdkvBspWfeMax.png|center|400px|maximum value of ratio of eulerian flood path:eulerian ebb path within the period of data analysis]]
|}
{| border="1"
! width="50%" | eulerian [[flood]] path:eulerian ebb path (mean value)
! width="50%" | eulerian [[flood]] path:eulerian ebb path (minimum)
|-
|[[File:TdkvBspWfeMit.png|center|400px|mean value of ratio of eulerian flood path:eulerian ebb path within the period of data analysis]]
|[[File:TdkvBspWfeMin.png|center|400px|minimum value of ratio of eulerian flood path:eulerian ebb path within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: eulerian flood path|eulerian flood path]]
* [[Example figures: eulerian ebb path|eulerian ebb path]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: flood current duration : ebb current duration

2022-10-22T01:07:53Z

[[de:Beispielgrafiken: Flutstromdauer : Ebbestromdauer]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | [[flood]] current duration:ebb current duration
! width="50%" | [[flood]] current duration:ebb current duration (maximum)
|-
|[[File:TdkvBspVfeDauTide.png|center|400px|ratio of flood current duration:ebb current duration of one specific tide]]
|[[File:TdkvBspVfeDauMax.png|center|400px|maximum value of ratio of flood current duration:ebb current duration within the period of data analysis]]
|}
{| border="1"
! width="50%" | [[flood]] current duration:ebb current duration (mean value)
! width="50%" | [[flood]] current duration:ebb current duration (minimum)
|-
|[[File:TdkvBspVfeDauMit.png|center|400px|mean value (weighted) of ratio of flood current duration:ebb current duration within the period of data analysis]]
|[[File:TdkvBspVfeDauMin.png|center|400px|minimum value of ratio of flood current duration:ebb current duration within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: flood current duration|flood current duration]]
* [[Example figures: ebb current duration|ebb current duration]]
* [[Example figures: tide current duration|tide current duration]]
* [[Example figures: flood current duration : tide current duration|flood current duration : tide current duration]]
* [[Example figures: ebb current duration : tide current duration|ebb current duration : tide current duration]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: residual path

2022-10-22T01:07:48Z

[[de:Beispielgrafiken: Reststromweg]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | residual path
! width="50%" | maximum residual path
|-
|[[File:TdkvBspSrTide.png|center|400px|residual path of one specific tide]]
|[[File:TdkvBspSrMax.png|center|400px|maximum value of residual path within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean residual path
! width="50%" | minimum residual path
|-
|[[File:TdkvBspSrMit.png|center|400px|mean value of residual path within the period of data analysis]]
|[[File:TdkvBspSrMin.png|center|400px|minimum value of residual path within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: residual current|residual current]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: residual current

2022-10-22T01:07:44Z

[[de:Beispielgrafiken: Reststrom]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | residual current
! width="50%" | maximum residual current
|-
|[[File:TdkvBspVrTide.png|center|400px|residual current of one specific tide]]
|[[File:TdkvBspVrMax.png|center|400px|maximum value of residual current within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean residual current
! width="50%" | minimum residual current
|-
|[[File:TdkvBspVrMit.png|center|400px|mean value of residual current within the period of data analysis]]
|[[File:TdkvBspVrMin.png|center|400px|minimum value of residual current within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: residual path|residual path]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: mean ebb current : mean tide current

2022-10-22T01:07:39Z

[[de:Beispielgrafiken: mittlere Ebbestromgeschwindigkeit : mittlere Tidestromgeschwindigkeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | mean ebb current:mean tide current
! width="50%" | mean ebb current:mean tide current (maximum)
|-
|[[File:TdkvBspVEmTTide.png|center|400px|ratio of mean ebb current:mean tide current of one specific tide]]
|[[File:TdkvBspVEmTMax.png|center|400px|maximum value of ratio of mean ebb current:mean tide current within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean ebb current:mean tide current (mean value)
! width="50%" | mean ebb current:mean tide current (minimum)
|-
|[[File:TdkvBspVEmTMit.png|center|400px|mean value of ratio of mean ebb current:mean tide current within the period of data analysis]]
|[[File:TdkvBspVEmTMin.png|center|400px|minimum value of ratio of mean ebb current:mean tide current within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: mean flood current : mean tide current|mean flood current : mean tide current]]
* [[Example figures: mean ebb current velocity|mean ebb current velocity]]
* [[Example figures: mean tide current velocity|mean tide current velocity]]
* [[Example figures: maximum ebb current : mean tide current|maximum ebb current : mean tide current]]
* [[Example figures: mean flood current : mean ebb current|mean flood current : mean ebb current]]

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back to [[Tidal Characteristic Numbers of Current]]

Example figures: mean ebb current velocity

2022-10-22T01:07:34Z

[[de:Beispielgrafiken: mittlere Ebbestromgeschwindigkeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].
Remark: The mean value is only computed at locations where ''all events'' have occurred within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | mean [[ebb current velocity]]
! width="50%" | mean [[ebb current velocity]] (maximum)
|-
|[[File:TdkvBspVemTide.png|center|400px|mean ebb current velocity of one specific tide]]
|[[File:TdkvBspVemMax.png|center|400px|maximum value of mean ebb current velocity within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean [[ebb current velocity]] (mean)
! width="50%" | mean [[ebb current velocity]] (minimum)
|-
|[[File:TdkvBspVemMit.png|center|400px|mean value of mean ebb current velocity within the period of data analysis]]
|[[File:TdkvBspVemMin.png|center|400px|minimum value of mean ebb current velocity within the period of data analysis]]
|}
 
Remark: Magnitude corresponds to the mean value of all [[ebb current velocity]] magnitudes. Direction gives mean flow direction during ebb current. Mean [[ebb current velocity]] is always larger or equal than [[Example figures: residual ebb current velocity|residual ebb current velocity]].

=Closely related quantities=
* [[Example figures: mean flood current velocity|mean flood current velocity]]
* [[Example figures: maximum ebb current velocity|maximum ebb current velocity]]
* [[Example figures: residual ebb current velocity|residual ebb current velocity]] (from vector addition)
* [[Example figures: mean ebb current : mean tide current|mean ebb current : mean tide current]]
* [[Example figures: eulerian ebb path|eulerian ebb path]]

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back to [[Tidal Characteristic Numbers of Current]]

Example figures: mean flood current velocity

2022-10-22T01:07:29Z

[[de:Beispielgrafiken: mittlere Flutstromgeschwindigkeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | mean [[flood]] current velocity
! width="50%" | mean [[flood]] current velocity (maximum)
|-
|[[File:TdkvBspVfmTide.png|center|400px|mean flood current velocity of one specific tide]]
|[[File:TdkvBspVfmMax.png|center|400px|maximum value of mean flood current velocity within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean [[flood]] current velocity (mean)
! width="50%" | mean [[flood]] current velocity (minimum)
|-
|[[File:TdkvBspVfmMit.png|center|400px|mean value of mean flood current velocity within the period of data analysis]]
|[[File:TdkvBspVfmMin.png|center|400px|minimum value of mean flood current velocity within the period of data analysis]]
|}
 
Remark: Magnitude corresponds to the mean value of all [[flood]] current velocity magnitudes. Direction gives mean flow direction during [[flood]] current. Mean [[flood]] current velocity is always larger or equal than [[Example figures: residual flood current velocity|residual flood current velocity]].

=Closely related quantities=
* [[Example figures: mean ebb current velocity|mean ebb current velocity]]
* [[Example figures: maximum flood current velocity|maximum flood current velocity]]
* [[Example figures: residual flood current velocity|residual flood current velocity]] (from vector addition)
* [[Example figures: mean flood current : mean tide current|mean flood current : mean tide current]]
* [[Example figures: eulerian flood path|eulerian flood path]]

----
back to [[Tidal Characteristic Numbers of Current]]

Example figures: maximum flood current velocity

2022-10-22T01:07:25Z

[[de:Beispielgrafiken: maximale Flutstromgeschwindigkeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | maximum [[flood]] current velocity
! width="50%" | maximum [[flood]] current velocity (maximum)
|-
|[[File:TdkvBspVfxTide.png|center|400px|maximum flood current velocity of one specific tide]]
|[[File:TdkvBspVfxMax.png|center|400px|maximum value of maximum flood current velocity within the period of data analysis]]
|}
{| border="1"
! width="50%" | maximum [[flood]] current velocity (mean)
! width="50%" | maximum [[flood]] current velocity (minimum)
|-
|[[File:TdkvBspVfxMit.png|center|400px|mean value of maximum flood current velocity within the period of data analysis]]
|[[File:TdkvBspVfxMin.png|center|400px|minimum value of maximum flood current velocity within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: maximum ebb current velocity|maximum ebb current velocity]]
* [[Example figures: mean flood current velocity|mean flood current velocity]]
* [[Example figures: maximum flood current : mean tide current|maximum flood current : mean tide current]]

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back to [[Tidal Characteristic Numbers of Current]]

Example figures: flood current duration

2022-10-22T01:07:20Z

[[de:Beispielgrafiken: Flutstromdauer]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | [[flood]] current duration
! width="50%" | maximum [[flood]] current duration
|-
|[[File:TdkvBspFDauTide.png|center|400px|flood current duration of one specific tide]]
|[[File:TdkvBspFDauMax.png|center|400px|maximum value of flood current duration within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean [[flood]] current duration
! width="50%" | minimum [[flood]] current duration
|-
|[[File:TdkvBspFDauMit.png|center|400px|mean value of flood current duration within the period of data analysis]]
|[[File:TdkvBspFDauMin.png|center|400px|minimum value of flood current duration within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: ebb current duration|ebb current duration]]
* [[Example figures: flood current duration : tide current duration|flood current duration : tide current duration]]
* [[Example figures: eulerian flood path|eulerian flood path]]

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back to [[Tidal Characteristic Numbers of Current]]

Characteristic Numbers of Heat Transport (independent of tides)

2022-10-22T01:07:16Z

[[de:Tideunabhängige Kennwerte des Wärmetransports]]
[[category:Characteristic Numbers (independent of the presence of tides)]]

==Motivation==

Computation as well as visualization of the tide independent characteristic numbers of heat transport gives some insight into the
* local (rate of change) of heat content,
* mean (horizontal) heat transport due to advection,
* mean (horizontal) heat transport due to diffusion,
* strength of sources and sinks, as well as
* heat exchange between atmosphere and water body
within the [[period of data analysis]].

From these, conclusions can be drawn on the mean (residual) transport of heat, and i. e. the relative significance of advection versus diffusion. For estuaries, fresh water flow, bathymetry, as well as wind shear are considered to be the main influencing factors. I. e. heat exchange between water and atmosphere may be significantly influenced by the wind.

==Definitions for the tide-independent characteristic numbers of heat transport==

'''An automatic analysis is carried through by the computer program [[NCANALYSE]].'''

===Divergence of Horizontal Heat Transport===
(Mean) divergence (GW) of the horizontal heat flux within the period of analysis for all computational cells (control volumes). 
''No example graphics available yet''. 
Data analysis: [[NCANALYSE]].

===Horizontal Heat Flux due to Advection===
(Mean) horizontal heat flux (GW) due to advection for the period of analysis at computational edges (lateral faces of control volumes). 
''No example graphics available yet''. 
Data analysis: [[NCANALYSE]].

===Horizontal Heat Flux due to Diffusion===
(Mean) horizontal heat flux (GW) due to diffusion for the period of analysis at computational edges (lateral faces of control volumes). 
''No example graphics available yet''. 
Data analysis: [[NCANALYSE]].

===Sources and Sinks===
(Mean) heat flux (GW) within the period of analysis due to sources and sinks within computational cells (control volumes). 
''No example graphics available yet''. 
Data analysis: [[NCANALYSE]].

===Heat Exchange with Atmosphere===
(Mean) heat exchange (GW) between atmosphere and water body for computational cells (control volumes). 
''No example graphics available yet''. 
Data analysis: [[NCANALYSE]].
----
back to [[Analysis of Calculated Results]]
----
[[Overview]]

Example figures: Quantile Q 0.01, Q 0.05, Q 0.95, Q 0.99

2022-10-22T01:07:11Z

[[de:Beispielgrafiken: Quantile Q 0.01, Q 0.05, Q 0.95, Q 0.99]]
=Explanations=
[[Water level]] for a time series which is not exceeded by a certain percentage of all values within the [[period of data analysis]].
* left top: result for quantile Q_0.01 (''not'' exceeded by 1 %).
* right top: result for quantile Q_0.05 (''not'' exceeded by 5 %).
* left bottom: result for quantile Q_0.95 (exceeded by 5 %).
* right bottom: result for quantile Q_0.99 (exceeded by 1 %).
Computed for permanently flooded areas only.

=Examples=
{| border="1"
! width="50%" | Quantile Q_0.01
! width="50%" | Quantile Q_0.05
|-
|[[File:LzkwBspQUAN001.png|center|400px|Water level value of a time series below which 1% of the remaining water level values are lying.]]
|[[File:LzkwBspQUAN005.png|center|400px|Water level value of a time series below which 5% of the remaining water level values are lying.]]
|}
{| border="1"
! width="50%" | Quantile Q_0.95
! width="50%" | Quantile Q_0.99
|-
|[[File:LzkwBspQUAN095.png|center|400px|Water level value of a time series which is not exceeded of 95% of the remaining water level values.]]
|[[File:LzkwBspQUAN099.png|center|400px|Water level value of a time series which is not exceeded of 99% of the remaining water level values.]]
|}

=Closely related quantities=
* [[Example figures: Low water level|low water level]]
* [[Example figures: High water level|high water level]]
 

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back to [[Characteristic Numbers of Water Level (independent of tides)]]

Example figures: Frequency for the underflow of water level threshold values

2022-10-22T01:07:07Z

[[de:Beispielgrafiken: Häufigkeit der Unterschreitung von Wasserstandsgrenzwerten]]
=Explanations=
Frequency [0.0,1.0] for which the [[water level]] ''underflows'' a given threshold within the [[period of data analysis]].
* left top: result for threshold -1.875 m.
* right top: result for threshold -0.875 m.
* left bottom: result for threshold 0.125 m.
* right bottom: result for threshold 1.125 m.
Please notice that frequency cannot reach a value of 1.0 in temporarily dry areas (e.g. tidal flats).

=Examples=
{| border="1"
! width="50%" | water levels below -1.875 m
! width="50%" | water levels below -0.875 m
|-
|[[File:LzkwBspUNDF05.png|center|400px|relative proportion of water levels below -1.875 m]]
|[[File:LzkwBspUNDF09.png|center|400px|relative proportion of water levels below -0.875 m]]
|}
{| border="1"
! width="50%" | water levels below 0.125 m
! width="50%" | water levels below 1.125 m
|-
|[[File:LzkwBspUNDF13.png|center|400px|relative proportion of water levels below 0.125 m]]
|[[File:LzkwBspUNDF17.png|center|400px|relative proportion of water levels below 1.125 m]]
|}

=Closely related quantities=
* [[Example figures: Frequency for the exceedance of water level threshold values|frequency for the exceedance of water level threshold values]]
* [[Example figures: Duration of low water|duration of low water]]
 

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back to [[Characteristic Numbers of Water Level (independent of tides)]]

Example figures: Variance of water level

2022-10-22T01:07:03Z

[[de:Beispielgrafiken: Varianz des Wasserstands]]

=Explanations=
Variance of the [[water level]] elevation with respect to the mean [[water level]] within the [[period of data analysis]]. Computed for permanently flooded areas only.

=Examples=
{| border="1"
! width="100%" | variance of [[water level]]
|-
|[[File:LzkwBspVARIANCE.png|center|800px|Variance of the water level elevation within the period of data analysis]]
|}

=Closely related quantities=
* [[Example figures: Mean water level|mean water level]]
* [[Example figures: Standard deviation of water level|standard deviation of water level]]
 

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back to [[Characteristic Numbers of Water Level (independent of tides)]]

Example figures: Standard deviation of water level

2022-10-22T01:06:58Z

[[de:Beispielgrafiken: Standardabweichung des Wasserstands]]

=Explanations=
Standard deviation of the [[water level]] elevation with respect to the mean [[water level]] within the [[period of data analysis]]. Computed for permanently flooded areas only.

=Examples=
{| border="1"
! width="100%" | standard deviation of [[water level]]
|-
|[[File:LzkwBspSTDDEV.png|center|800px|Standard deviation of the water level elevation within the period of data analysis]]
|}

=Closely related quantities=
* [[Example figures: Mean water level|mean water level]]
* [[Example figures: Variance of water level|variance of water level]]
 

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back to [[Characteristic Numbers of Water Level (independent of tides)]]

Example figures: Inundation period

2022-10-22T01:06:54Z

[[de:Beispielgrafiken: Überflutungsdauer]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | inundation period
! width="50%" | inundation period (maximum)
|-
|[[File:TdkwBspUfdTide.png|center|400px|inundation period of one specific tide]]
|[[File:TdkwBspUfdMax.png|center|400px|maximum value of inundation period within the period of data analysis]]
|}
{| border="1"
! width="50%" | inundation period (mean)
! width="50%" | inundation period (minimum)
|-
|[[File:TdkwBspUfdMit.png|center|400px|mean value of inundation period within the period of data analysis]]
|[[File:TdkwBspUfdMin.png|center|400px|minimum value of inundation period within the period of data analysis]]
|}

 

=Closely related quantities=
* [[Example figures: Tide period|tide period]]

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back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Ebb tide fall

2022-10-22T01:06:50Z

[[de:Beispielgrafiken: Tidefall]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | ebb tide fall
! width="50%" | ebb tide fall (maximum)
|-
|[[File:TdkwBspTiFaTide.png|center|400px|ebb tide fall of one specific tide]]
|[[File:TdkwBspTiFaMax.png|center|400px|maximum value of ebb tide fall within the period of data analysis]]
|}
{| border="1"
! width="50%" | ebb tide fall (mean value)
! width="50%" | ebb tide fall (minimum)
|-
|[[File:TdkwBspTiFaMit.png|center|400px|mean value of ebb tide fall within the period of data analysis]]
|[[File:TdkwBspTiFaMin.png|center|400px|minimum value of ebb tide fall within the period of data analysis]]
|}

 

=Closely related quantities=
* [[Example figures: Flood tide rise|flood tide rise]]
* [[Example figures: High water|high water]]
* [[Example figures: Low water|low water]]

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back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Flood tide rise

2022-10-22T01:06:45Z

[[de:Beispielgrafiken: Tidestieg]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | [[flood]] tide rise
! width="50%" | [[flood]] tide rise (maximum)
|-
|[[File:TdkwBspTiStTide.png|center|400px|flood tide rise of one specific tide]]
|[[File:TdkwBspTiStMax.png|center|400px|maximum value of flood tide rise within the period of data analysis]]
|}
{| border="1"
! width="50%" | [[flood]] tide rise (mean value)
! width="50%" | [[flood]] tide rise (minimum)
|-
|[[File:TdkwBspTiStMit.png|center|400px|mean value of flood tide rise within the period of data analysis]]
|[[File:TdkwBspTiStMin.png|center|400px|minimum value of flood tide rise within the period of data analysis]]
|}

 

=Closely related quantities=
* [[Example figures: Ebb tide fall|ebb tide fall]]
* [[Example figures: Low water|low water]]
* [[Example figures: High water|high water]]

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back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: High water time

2022-10-22T01:06:41Z

[[de:Beispielgrafiken: Tidehochwasserzeit]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | high water time
! width="50%" | maximum high water time
|-
|[[File:TdkwBspEthwTide.png|center|400px|high water time of one specific tide]]
|[[File:TdkwBspEthwMax.png|center|400px|maximum value of high water time within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean high water time
! width="50%" | minimum high water time
|-
|[[File:TdkwBspEthwMit.png|center|400px|mean value of high water time within the period of data analysis]]
|[[File:TdkwBspEthwMin.png|center|400px|minimum value of high water time within the period of data analysis]]
|}

 

=Closely related quantities=
* [[Example figures: High water|high water]]

----
back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Flood period : tide period

2022-10-22T01:06:37Z

[[de:Beispielgrafiken: Flutdauer:Tidedauer]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | [[flood]] period : tide period
! width="50%" | [[flood]] period : tide period (maximum)
|-
|[[File:TdkwBspFTDTide.png|center|400px|ratio of flood period : tide period of one specific tide]]
|[[File:TdkwBspFTDMax.png|center|400px|maximum value of ratio of flood period : tide period within the period of data analysis]]
|}
{| border="1"
! width="50%" | [[flood]] period : tide period (mean value)
! width="50%" | [[flood]] period : tide period (minimum)
|-
|[[File:TdkwBspFTDMit.png|center|400px|mean value (weighted) of ratio of flood period : tide period within the period of data analysis]]
|[[File:TdkwBspFTDMin.png|center|400px|minimum value of ratio of flood period : tide period within the period of data analysis]]
|}

 

=Closely related quantities=
* [[Example figures: Flood period|flood period]]
* [[Example figures: Ebb period|ebb period]]
* [[Example figures: Tide period|tide period]]
* [[Example figures: Ebb period : tide period|ebb period : tide period]]

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back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Flood period : ebb period

2022-10-22T01:06:31Z

[[de:Beispielgrafiken: Flutdauer:Ebbedauer]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | [[flood]] period : ebb period
! width="50%" | [[flood]] period : ebb period (maximum)
|-
|[[File:TdkwBspFEDTide.png|center|400px|ratio of flood period : ebb period of one specific tide]]
|[[File:TdkwBspFEDMax.png|center|400px|maximum value of ratio of flood period : ebb period within the period of data analysis]]
|}
{| border="1"
! width="50%" | [[flood]] period : ebb period (mean value)
! width="50%" | [[flood]] period : ebb period (minimum)
|-
|[[File:TdkwBspFEDMit.png|center|400px|mean value (weighted) of ratio of flood period : ebb period within the period of data analysis]]
|[[File:TdkwBspFEDMin.png|center|400px|minimum value of ratio of flood period : ebb period within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: Flood period|flood period]]
* [[Example figures: Ebb period|ebb period]]
* [[Example figures: Tide period|tide period]]
* [[Example figures: Flood period : tide period|flood period : tide period]]
* [[Example figures: Ebb period : tide period|ebb period : tide period]]

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back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Flood period

2022-10-22T01:06:27Z

[[de:Beispielgrafiken: Flutdauer]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | [[flood]] period
! width="50%" | maximum [[flood]] period
|-
|[[File:TdkwBspFlDTide.png|center|400px|flood period of one specific tide]]
|[[File:TdkwBspFlDMax.png|center|400px|maximum value of flood period within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean [[flood]] period
! width="50%" | minimum [[flood]] period
|-
|[[File:TdkwBspFlDMit.png|center|400px|mean value of flood period within the period of data analysis]]
|[[File:TdkwBspFlDMin.png|center|400px|minimum value of flood period within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: Ebb period|ebb period]]
* [[Example figures: Tide period|tide period]]
* [[Example figures: Mean flood water level|mean flood water level]]
* [[Example figures: Flood period : tide period|flood period : tide period]]
* [[Example figures: Ebb period : tide period|ebb period : tide period]]
* [[Example figures: Flood period : ebb period|flood period : ebb period]]

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back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Mean ebb water level

2022-10-22T01:06:22Z

[[de:Beispielgrafiken: Ebbemittelwasser]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | mean ebb [[water level]]
! width="50%" | mean ebb [[water level]] (maximum)
|-
|[[File:TdkwBspEmwTide.png|center|400px|mean ebb water level of one specific tide]]
|[[File:TdkwBspEmwMax.png|center|400px|maximum value of mean ebb water level within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean ebb [[water level]] (mean value)
! width="50%" | mean ebb [[water level]] (minimum)
|-
|[[File:TdkwBspEmwMit.png|center|400px|mean value (weighted) of mean ebb water level within the period of data analysis]]
|[[File:TdkwBspEmwMin.png|center|400px|minimum value of mean ebb water level within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: Mean tide level|mean tide water level]]
* [[Example figures: Mean flood water level|mean flood water level]]

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back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Mean flood water level

2022-10-22T01:06:18Z

[[de:Beispielgrafiken: Flutmittelwasser]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | mean [[flood]] [[water level]]
! width="50%" | mean [[flood]] [[water level]] (maximum)
|-
|[[File:TdkwBspFmwTide.png|center|400px|mean flood water level of one specific tide]]
|[[File:TdkwBspFmwMax.png|center|400px|maximum value of mean flood water level within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean [[flood]] [[water level]] (mean value)
! width="50%" | mean [[flood]] [[water level]] (minimum)
|-
|[[File:TdkwBspFmwMit.png|center|400px|mean value (weighted) of mean flood water level within the period of data analysis]]
|[[File:TdkwBspFmwMin.png|center|400px|minimum value of mean flood water level within the period of data analysis]]
|}
 

=Closely related quantities=
* [[Example figures: Mean tide level|mean tide water level]]
* [[Example figures: Mean ebb water level|mean ebb water level]]

----
back to [[Tidal Characteristic Numbers of Water Level]]

Example figures: Mean tide level

2022-10-22T01:06:13Z

[[de:Beispielgrafiken: Tidemittelwasser]]
=Explanations=
* left top: value of characteristic number for ''a single event''.
* left bottom: ''mean value'' of the characteristic number within the [[period of data analysis]].
* right top: ''maximum value'' of the characteristic number within the [[period of data analysis]].
* right bottom: ''minimum value'' of the characteristic number within the [[period of data analysis]].

=Examples=
{| border="1"
! width="50%" | mean tide level
! width="50%" | mean tide level (maximum)
|-
|[[File:TdkwBspTmwTide.png|center|400px|mean tide level of one specific tide]]
|[[File:TdkwBspTmwMax.png|center|400px|maximum value of mean tide level within the period of data analysis]]
|}
{| border="1"
! width="50%" | mean tide level (mean value)
! width="50%" | mean tide level (minimum)
|-
|[[File:TdkwBspTmwMit.png|center|400px|mean value (weighted) of mean tide level within the period of data analysis]]
|[[File:TdkwBspTmwMin.png|center|400px|minimum value of mean tide level within the period of data analysis]]
|}

 

=Closely related quantities=
* [[Example figures: Mean flood water level|mean flood water level]]
* [[Example figures: Mean ebb water level|mean ebb water level]]

----
back to [[Tidal Characteristic Numbers of Water Level]]