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TYPE: enhancement, no impact

KEYWORDS: manage_externals, some physics for tropical suite

SOURCE: internal

DESCRIPTION OF CHANGES:
Add the use of manage_externals tool to access physics in MMM-physics repository. The physics we access are part of the 'tropical' suite: YSU PBL, revised MM5 surface layer, WSM6 microphysics, and new Tiedtke scheme. It also accesses GWDO option 1 routine. These modules have been residing in phys/physics_mmm/ in 4.6. Instead of copied files in this directory, we now use manage_externals to access these modules from MMM-physics repository.

Will need to update the tags specified in Externals.cfg before final release.

LIST OF MODIFIED FILES:
A arch/Externals.cfg
M phys/Makefile
D phys/physics_mmm/bl_gwdo.F90
D phys/physics_mmm/bl_ysu.F90
D phys/physics_mmm/cu_ntiedtke.F90
D phys/physics_mmm/module_libmassv.F90
D phys/physics_mmm/mp_radar.F90
D phys/physics_mmm/mp_wsm6.F90
D phys/physics_mmm/mp_wsm6_effectRad.F90
D phys/physics_mmm/sf_sfclayrev.F90
A tools/manage_externals/

TESTS CONDUCTED:

  1. Successfully compiled the code on Derecho.
  2. Are the Jenkins tests all passing?

RELEASE NOTE: Add manage_externals tool to access physics modules in MMM-physics git repository.

@weiwangncar weiwangncar requested review from a team as code owners October 30, 2024 19:32
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The regression test results:

Test Type              | Expected  | Received |  Failed
= = = = = = = = = = = = = = = = = = = = = = = =  = = = =
Number of Tests        : 23           24
Number of Builds       : 60           57
Number of Simulations  : 158           150        0
Number of Comparisons  : 95           86        0

Failed Simulations are: 
None
Which comparisons are not bit-for-bit: 
None

@islas
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islas commented Dec 16, 2024

@weiwangncar After talking it over a bit with @mgduda, I think it would be best in this case to use manage externals from the top-level directory (changing the local_path to ./phys/physics_mmm) or have the Externals.cfg file in the location it is meant to be run.

This would allow future usage of manage_externals with less of an implicit path to run a config file located in arch/ inside the phys/ directory. I'm in favor of running manage_externals from the project root directory and always passing relative paths from said project root.

@weiwangncar
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@islas What does this mean? '... or have the Externals.cfg file in the location it is meant to be run.' Which location does this refer to?

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islas commented Dec 18, 2024

In that case the config file would be directly in the location the command checkout_externals is ran, so the Externals.cfg would be in phys/

@weiwangncar
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@islas @mgduda I moved Externals.cfg to phys/ - it is to avoid clusters in the top directory.

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islas commented Dec 22, 2024

@weiwangncar Thanks! Though, just to clarify, my original recommendation should not have cluttered the top directory as the command would have looked like:
./tools/manage_externals/checkout_externals arch/Externals.cfg with local_path = ./phys/physics_mmm so the MMM shared physics would still be checked out to ./phys/physics_mmm.

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@islas Are you saying instread of running tools/manage_externals/checkout_externals from phys/Makefile, I should add it and run it in the top-level Makefile? I'm still missing the point, sorry.

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islas commented Dec 23, 2024

I think the simplest way might just be in the $(LIBTARGET) recipe line that calls the checkout to a subshell that will cd to the top and call it there.

So like:

$(LIBTARGET):
  (cd .. && ./tools/manage_externals/checkout_externals --externals ./arch/Externals.cfg)

You can also see an example of changing directories within a single subshell call in make in frame/Makefile for the rule to run the registry.

The above with the change to the local_path in ./arch/Externals.cfg to be local_path = ./phys/physics_mmm makes the reference point of the checkout_externals command the project root directory. This will be helpful if say, for instance, another external repo is added to be in ./frame/some_common_frame - now all externals in the file have a common root directory.

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@islas If I have (cd .. && .....), do I need to have a 'cd phys' to come back to phys directory to execute the following 'make' command?

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islas commented Dec 24, 2024

I don't think you will need to as it will be executed in a subshell that then exits at the end of the parentheses

Use the execute_process function to checkout
externals always before adding sources.

Run the command from the top level project
root directory.
@islas islas requested a review from a team as a code owner December 30, 2024 20:27
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I will approve this based on not seeing anything to question.

@islas islas merged commit 7195dc2 into wrf-model:develop Jan 9, 2025
1 check was pending
@weiwangncar
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@islas @dudhia I may change the tag later if one for WRF release can be created in the shared physics repo.

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dudhia commented Jan 10, 2025

@weiwangncar Good point. We need to remember to do that. It may already be newer than the MPAS tag.

islas added a commit that referenced this pull request Apr 25, 2025
# WRF Version v4.7.0
The WRF model has been update to Version v4.7.0 on April 25, 2025

__Acknowledgements__: We would like to thank
*  Adam Dury (WeatherQuest)
*  Andrea Zonato, Royal Netherlands Meteorological Institute (KNMI)
*  Benjamin Kirk & Negin Sobhani (NSF NCAR / CISL)
*  Cenlin He @cenlinhe and Tzu-Shun Lin (NCAR)
*  Charlie Li, software developer from lakes environmental, Canada
*  Jakub Lewandowski (University of Leeds)
*  James Ruppert (University of Oklahoma)
*  Joseph Olson (NOAA/GSL)
*  Alexander Ukhov (KAUST)
*  L. Fita (UBA/CIMA/IFAECI)
*  Lukas Pilz (Heidelberg University)
*  Martilli, Alberto (CIEMAT)
*  Mathieu Landreau (Centrale Nantes)
*  Robert Conrick (U. of Washington); [email protected]
*  Robert Gilliam & Jon Pleim, US EPA
*  Sergey Osipov (KAUST)
*  Tanya Spero (U.S. EPA)
*  Ted Mansell (NOAA/NSSL) (@MicroTed )

for their contributions to this release.

## Physics

* Fix an error associated with using LCZ categories in NoahMP. Prior to this fix, the LCZs were not correctly referenced, hence ignored in the NoahMP code.  (#2202) [Details](a176a5965)
* NSSL-mp bug fix for (obsolete) droplet nucleation (#2195)  [Details](30c03dc40)
* NSSL microphysics scheme updates include 1. An explicit rain breakup for 3-moment rain (addresses issue of cold pools being too warm and drops being too large in rain cores), 2. Improved reflectivity conservation for graupel->hail conversion and drop freezing, 3. More accurate saturation mixing ratio calculation, 4. New default droplet nucleation that controls excess supersaturation much better than previously (and default is to always predict the number of activated CCN). The update has been submitted to CCPP repository as well.  (#2170) [Details](9d763af90)
* An new microphysics, UFS Double Moment (UDM), 7-class microphysics from Songyou Hong is added (mp_physics=27). UDM mp largely adopts microphysical processes in WDM7, but with bug fixes or revisions based on literature and accumulated realism. UDM mp utilizes the in-cloud microphysics concept (Kim and Hong 2018), with the addition of water-friendly aerosols for CCN initialization. Semi-lagrangian sedimentation of Juang and Hong (2010) is also re-configured for computational efficiency and numerical accuracy. All production terms are optimized by introducing a cloud-top definition for hydrometeors.  (#2147) [Details](5fc76c540)
* Release of the RCON Microphysics package into WRF, which improves upon the warm rain representation of the Thompson-Eidhammer scheme.  RCON is based heavily on the Thompson-Eidhammer scheme with a couple significant changes that improve upon the code in module_mp_rcon.F to generate more realistic rainfall during warm rain events with additional benefits for cold rain, especially warm processes during cold rain events.  Among the most significant changes for rain productions are 1) the use of a wider cloud water DSD of lognormal shape instead of the gamma DSD used by the Thompson-Eidhammer parameterization and 2) enhancement of the cloud-to-rain autoconversion parameterization to accommodate the new shape. The changes here also allow for sedimentation of cloud water within the lowest model layer, which effectively creates a drizzle mode in the scheme.  Accompanying published reference: Conrick, R., C. F. Mass, and L. McMurdie, 2023: Improving Simulations of Warm Rain in a Bulk Microphysics Scheme. Mon. Wea. Rev., 152, 169-185, https://doi.org/10.1175/MWR-D-23-0035.1.  (#2144) [Details](de213c920)
* Fix an erroneous print for using ghg_input when no radiation option is selected, mostly from idealized cases.  (#2199) [Details](bd4ecbe01)
* Fix a loop index error in bep_bem urban code.  (#2196) [Details](0171299d3)
* Noah-MP bug fixes for (1) allowing BATS snow albedo scheme for nighttime snow aging, (2) the potential leakage caused by calculate_soil variable during parallelized run, (3) the missing of HCPCT output for glacier points.  (#2160) [Details](fd079bf48)
* The similarity stability functions phim and phieps, necessary for calculating the surface values of tke and dissipation rate in the tke-epsilon-tpe PBL scheme [Zonato et al., 2022](https://doi.org/10.1175/MWR-D-21-0299.1) have been updated considering the correction term accounting for the roughness length z0. No relevant differences are found in temperature, wind speed, and humidity. Regarding turbulence variables, the stable case has just negligible differences, while the unstable case shows higher values of TKE and dissipation rate and lower values of temperature variance.  (#2120) [Details](70855a73e)
* Pleim-Xiu LSM is now compatible with 61 category MODIS LCZ landuse dataset. A mode of latent heat effects on Tg from vegetated parts and from wet leaves is added to Pleim-Xiu LSM.  (#2023) [Details](b7f31dcde)


## Software

* Determine MPI Data Types in col_on_comm() & dst_on_comm() to prevent displacements overflow.  (#2157) [Details](af8101493)
* CMake README documentation on <PackageName>_ROOT variables (#2190)  [Details](33036d613)
* CMake README documentation typo fixes (#2189)  [Details](3fd1aefda)
* Fix aarch64 GCC build when DM configuration selected (#2192)  [Details](8e1d6742c)
* Fixed failed compilation with Intel oneAPI by reworking the dependency linking of hydro CMake compilation  (#2178) [Details](2e0694f14)
* Fix compilation of grib2 IO in make build (#2191)  [Details](2639dcd3f)
* Fix uncontrollable building of external/io_netcdfpar folder for all stanzas  (#2181) [Details](127a8f40a)
* Suppress MYNN-EDMF verify checkout command (#2188)  [Details](3f2465b41)
* Fix typo in confcheck CMakeLists.txt for FSEEKO (#2179) [Details](2572bc5f5)
* Add quotes to optimization flags exceptions in CMake (#2180) [Details](b15e341e4)
* CMake Chem and Chem+KPP Build  (#2018) [Details](b26e64595)
* Consistent double precision definitions (#2099)  [Details](704259871)
* CMake Fix split command flags to be correctly populated (#2108)  [Details](5b09725f5)
* CMake WRFPLUS (#2089)  [Details](695f455e8)
* Override CMake-injected optimization flags in favor of the flags set by the build system and provided stanza information.  (#2138) [Details](b6542b0f7)
* Fixed CMake dev warning `project() should be called prior to this enable_language() call` appearing when using `configure_new` script with some newer versions of Cmake.  (#2125) [Details](0ccba14eb)
* Add documentation to custom properties in CMake to fix compatibility with older versions.  (#2131) [Details](f204246a0)
* Remove leading -D on defines during stanza reading to allow older versions of CMake to configure properly.  (#2130) [Details](c2e121f56)
* Bug fix in CMake FindnetCDF.cmake for empty --has-* nc-config fields  (#2135) [Details](f096921b2)
* CMake confcheck switch to try_* functions (#2090)  [Details](5dd2c192d)
* Bug fix in landread.c to address undefined behavior by adding an explicit return statement in `GET_LANDUSE()` function  (#2197) [Details](5ef63ba34)
* Fix memory leaks related to arrays being allocated without being deallocated in start_em and time series calculation subroutines.  (#2139) [Details](94aa27a7e)
* Fix an access violation error when a PGI compiler is used with urban variables in module_bl_ysu.F when urban option is turned off and the memories of those arrays are not available.  (#2137) [Details](33ce70c0f)
* Updated grav_settling code to better recognize the land use type so it doesn't crash. Also update the error message if it does crash to go into the rsl.error files rather than rsl.out files.  (#2110) [Details](b3eebb3fe)
* Bug fix for wrfinput where LCZ urban cells in LU_INDEX were overwritten with default USGS urban category.  (#2153) [Details](d96478d4f)
* Add manage_externals tool to access physics modules in MMM-physics git repository.  (#2126) [Details](7195dc250)
* Submodule implementation of the MYNN-EDMF (https://github.com/NCAR/MYNN-EDMF). The module names changed from *_mynn_* to *_mynnedmf_* to resolve a version conflict in MPAS. This version was originally developed within FV3/CCPP for RRFSv1, but has been refactored (to a k-only scheme) resulting in a speed-up of about 10-15% and it has since been tuned to better perform in MPAS and WRF compared to previous versions which were primarily developed for use in FV3.  (#2148) [Details](383476531)
* When the namelist option write_hist_at_0h_rst is set to .true. under &time_control, history write-out will now be conducted for the first time step for both the 0th stream (wrfout* files) and any special user-defined streams being implemented.  (#2133) [Details](61d1c84cb)

## Dynamics

* Corrected algorithms in the tipping bucket for precipitation and in the nudging routines to adjust for imprecision in single-precision real numbers exceeding the resolvable values in long (>23-year) continuous simulations.  (#2063) [Details](a32188308)
## Data Assimilation

* This PR adds an incremental analysis update capability. In the DA code, code is added to write out analysis increments for all variables in WRF netCDF format using auxiliary history output stream #5. In the model, analysis increments are divided by the number of time steps in a specified time window and added to the model similar to physics tendencies. The input stream for the model is 15. The capability is turned on by adding iau = 1 and iau_time_window_sec in &time_control. The way the increments are added to the model is similar to what described by the paper by Chen et al. (https://doi-org.cuucar.idm.oclc.org/10.1175/WAF-D-22-0127.1).  (#2151) [Details](6741f010e)
## Chemistry

* Bug fix in the calculation of optical properties. Mass redistribution between GOCART dust/sea salt and MOZAIC bins was corrected. It slightly increased (by 3-5%) the aerosol optical depth (AOD).  (#2112) [Details](bb791e73d)
* Fix a bug where TUV and FTUV fail to initialize the distance to the Sun properly if the simulation starts on 1 Jan.  (#2171) [Details](9aa3979f0)

## Hydro

* In `hydro.namelist` adding lake_opt to namelist, reservoirs to own namelist. Support for lakes (reservoirs) in non-UDMP reach-based routing added and some style guide cleanup completed.  (#2146) [Details](6d1db68f6)
* Hydro reservoir drainage area (DA) lake option bugfix  (#2182) [Details](313834d41)

## Miscellaneous

* Update README.namelist file (#2193)  [Details](7053a6ae9)
* A namelist option, default_soiltype, is added to define filled-in land category along water/land boundaries where soil data may be missing in program real.  (#2166) [Details](2f68d7b70)
* Add dzstretch_u and dzbot in namelist.input. Users are advised to check UG for other parameters to use.  (#2165) [Details](89ba5181b)
* Noah-MP code tag is updated to corresponding to WRFV4.7 release.  (#2207) [Details](f11e38164)
* Fixed defs for adap time step namelist vars in README.namelist (#2158)  [Details](30a16a1ce)
islas added a commit that referenced this pull request Apr 25, 2025
# WRF Version v4.7.0
The WRF model has been update to Version v4.7.0 on April 25, 2025

__Acknowledgements__: We would like to thank
*  Adam Dury (WeatherQuest)
*  Andrea Zonato, Royal Netherlands Meteorological Institute (KNMI)
*  Benjamin Kirk & Negin Sobhani (NSF NCAR / CISL)
*  Cenlin He @cenlinhe and Tzu-Shun Lin (NCAR)
*  Charlie Li, software developer from lakes environmental, Canada
*  Jakub Lewandowski (University of Leeds)
*  James Ruppert (University of Oklahoma)
*  Joseph Olson (NOAA/GSL)
*  Alexander Ukhov (KAUST)
*  L. Fita (UBA/CIMA/IFAECI)
*  Lukas Pilz (Heidelberg University)
*  Martilli, Alberto (CIEMAT)
*  Mathieu Landreau (Centrale Nantes)
*  Robert Conrick (U. of Washington); [email protected]
*  Robert Gilliam & Jon Pleim, US EPA
*  Sergey Osipov (KAUST)
*  Tanya Spero (U.S. EPA)
*  Ted Mansell (NOAA/NSSL) (@MicroTed )

for their contributions to this release.

## Physics

* Fix an error associated with using LCZ categories in NoahMP. Prior to this fix, the LCZs were not correctly referenced, hence ignored in the NoahMP code.  (#2202) [Details](a176a5965)
* NSSL-mp bug fix for (obsolete) droplet nucleation (#2195)  [Details](30c03dc40)
* NSSL microphysics scheme updates include 1. An explicit rain breakup for 3-moment rain (addresses issue of cold pools being too warm and drops being too large in rain cores), 2. Improved reflectivity conservation for graupel->hail conversion and drop freezing, 3. More accurate saturation mixing ratio calculation, 4. New default droplet nucleation that controls excess supersaturation much better than previously (and default is to always predict the number of activated CCN). The update has been submitted to CCPP repository as well.  (#2170) [Details](9d763af90)
* An new microphysics, UFS Double Moment (UDM), 7-class microphysics from Songyou Hong is added (mp_physics=27). UDM mp largely adopts microphysical processes in WDM7, but with bug fixes or revisions based on literature and accumulated realism. UDM mp utilizes the in-cloud microphysics concept (Kim and Hong 2018), with the addition of water-friendly aerosols for CCN initialization. Semi-lagrangian sedimentation of Juang and Hong (2010) is also re-configured for computational efficiency and numerical accuracy. All production terms are optimized by introducing a cloud-top definition for hydrometeors.  (#2147) [Details](5fc76c540)
* Release of the RCON Microphysics package into WRF, which improves upon the warm rain representation of the Thompson-Eidhammer scheme.  RCON is based heavily on the Thompson-Eidhammer scheme with a couple significant changes that improve upon the code in module_mp_rcon.F to generate more realistic rainfall during warm rain events with additional benefits for cold rain, especially warm processes during cold rain events.  Among the most significant changes for rain productions are 1) the use of a wider cloud water DSD of lognormal shape instead of the gamma DSD used by the Thompson-Eidhammer parameterization and 2) enhancement of the cloud-to-rain autoconversion parameterization to accommodate the new shape. The changes here also allow for sedimentation of cloud water within the lowest model layer, which effectively creates a drizzle mode in the scheme.  Accompanying published reference: Conrick, R., C. F. Mass, and L. McMurdie, 2023: Improving Simulations of Warm Rain in a Bulk Microphysics Scheme. Mon. Wea. Rev., 152, 169-185, https://doi.org/10.1175/MWR-D-23-0035.1.  (#2144) [Details](de213c920)
* Fix an erroneous print for using ghg_input when no radiation option is selected, mostly from idealized cases.  (#2199) [Details](bd4ecbe01)
* Fix a loop index error in bep_bem urban code.  (#2196) [Details](0171299d3)
* Noah-MP bug fixes for (1) allowing BATS snow albedo scheme for nighttime snow aging, (2) the potential leakage caused by calculate_soil variable during parallelized run, (3) the missing of HCPCT output for glacier points.  (#2160) [Details](fd079bf48)
* The similarity stability functions phim and phieps, necessary for calculating the surface values of tke and dissipation rate in the tke-epsilon-tpe PBL scheme [Zonato et al., 2022](https://doi.org/10.1175/MWR-D-21-0299.1) have been updated considering the correction term accounting for the roughness length z0. No relevant differences are found in temperature, wind speed, and humidity. Regarding turbulence variables, the stable case has just negligible differences, while the unstable case shows higher values of TKE and dissipation rate and lower values of temperature variance.  (#2120) [Details](70855a73e)
* Pleim-Xiu LSM is now compatible with 61 category MODIS LCZ landuse dataset. A mode of latent heat effects on Tg from vegetated parts and from wet leaves is added to Pleim-Xiu LSM.  (#2023) [Details](b7f31dcde)


## Software

* Determine MPI Data Types in col_on_comm() & dst_on_comm() to prevent displacements overflow.  (#2157) [Details](af8101493)
* CMake README documentation on <PackageName>_ROOT variables (#2190)  [Details](33036d613)
* CMake README documentation typo fixes (#2189)  [Details](3fd1aefda)
* Fix aarch64 GCC build when DM configuration selected (#2192)  [Details](8e1d6742c)
* Fixed failed compilation with Intel oneAPI by reworking the dependency linking of hydro CMake compilation  (#2178) [Details](2e0694f14)
* Fix compilation of grib2 IO in make build (#2191)  [Details](2639dcd3f)
* Fix uncontrollable building of external/io_netcdfpar folder for all stanzas  (#2181) [Details](127a8f40a)
* Suppress MYNN-EDMF verify checkout command (#2188)  [Details](3f2465b41)
* Fix typo in confcheck CMakeLists.txt for FSEEKO (#2179) [Details](2572bc5f5)
* Add quotes to optimization flags exceptions in CMake (#2180) [Details](b15e341e4)
* CMake Chem and Chem+KPP Build  (#2018) [Details](b26e64595)
* Consistent double precision definitions (#2099)  [Details](704259871)
* CMake Fix split command flags to be correctly populated (#2108)  [Details](5b09725f5)
* CMake WRFPLUS (#2089)  [Details](695f455e8)
* Override CMake-injected optimization flags in favor of the flags set by the build system and provided stanza information.  (#2138) [Details](b6542b0f7)
* Fixed CMake dev warning `project() should be called prior to this enable_language() call` appearing when using `configure_new` script with some newer versions of Cmake.  (#2125) [Details](0ccba14eb)
* Add documentation to custom properties in CMake to fix compatibility with older versions.  (#2131) [Details](f204246a0)
* Remove leading -D on defines during stanza reading to allow older versions of CMake to configure properly.  (#2130) [Details](c2e121f56)
* Bug fix in CMake FindnetCDF.cmake for empty --has-* nc-config fields  (#2135) [Details](f096921b2)
* CMake confcheck switch to try_* functions (#2090)  [Details](5dd2c192d)
* Bug fix in landread.c to address undefined behavior by adding an explicit return statement in `GET_LANDUSE()` function  (#2197) [Details](5ef63ba34)
* Fix memory leaks related to arrays being allocated without being deallocated in start_em and time series calculation subroutines.  (#2139) [Details](94aa27a7e)
* Fix an access violation error when a PGI compiler is used with urban variables in module_bl_ysu.F when urban option is turned off and the memories of those arrays are not available.  (#2137) [Details](33ce70c0f)
* Updated grav_settling code to better recognize the land use type so it doesn't crash. Also update the error message if it does crash to go into the rsl.error files rather than rsl.out files.  (#2110) [Details](b3eebb3fe)
* Bug fix for wrfinput where LCZ urban cells in LU_INDEX were overwritten with default USGS urban category.  (#2153) [Details](d96478d4f)
* Add manage_externals tool to access physics modules in MMM-physics git repository.  (#2126) [Details](7195dc250)
* Submodule implementation of the MYNN-EDMF (https://github.com/NCAR/MYNN-EDMF). The module names changed from *_mynn_* to *_mynnedmf_* to resolve a version conflict in MPAS. This version was originally developed within FV3/CCPP for RRFSv1, but has been refactored (to a k-only scheme) resulting in a speed-up of about 10-15% and it has since been tuned to better perform in MPAS and WRF compared to previous versions which were primarily developed for use in FV3.  (#2148) [Details](383476531)
* When the namelist option write_hist_at_0h_rst is set to .true. under &time_control, history write-out will now be conducted for the first time step for both the 0th stream (wrfout* files) and any special user-defined streams being implemented.  (#2133) [Details](61d1c84cb)

## Dynamics

* Corrected algorithms in the tipping bucket for precipitation and in the nudging routines to adjust for imprecision in single-precision real numbers exceeding the resolvable values in long (>23-year) continuous simulations.  (#2063) [Details](a32188308)
## Data Assimilation

* This PR adds an incremental analysis update capability. In the DA code, code is added to write out analysis increments for all variables in WRF netCDF format using auxiliary history output stream #5. In the model, analysis increments are divided by the number of time steps in a specified time window and added to the model similar to physics tendencies. The input stream for the model is 15. The capability is turned on by adding iau = 1 and iau_time_window_sec in &time_control. The way the increments are added to the model is similar to what described by the paper by Chen et al. (https://doi-org.cuucar.idm.oclc.org/10.1175/WAF-D-22-0127.1).  (#2151) [Details](6741f010e)
## Chemistry

* Bug fix in the calculation of optical properties. Mass redistribution between GOCART dust/sea salt and MOZAIC bins was corrected. It slightly increased (by 3-5%) the aerosol optical depth (AOD).  (#2112) [Details](bb791e73d)
* Fix a bug where TUV and FTUV fail to initialize the distance to the Sun properly if the simulation starts on 1 Jan.  (#2171) [Details](9aa3979f0)

## Hydro

* In `hydro.namelist` adding lake_opt to namelist, reservoirs to own namelist. Support for lakes (reservoirs) in non-UDMP reach-based routing added and some style guide cleanup completed.  (#2146) [Details](6d1db68f6)
* Hydro reservoir drainage area (DA) lake option bugfix  (#2182) [Details](313834d41)

## Miscellaneous

* Update README.namelist file (#2193)  [Details](7053a6ae9)
* A namelist option, default_soiltype, is added to define filled-in land category along water/land boundaries where soil data may be missing in program real.  (#2166) [Details](2f68d7b70)
* Add dzstretch_u and dzbot in namelist.input. Users are advised to check UG for other parameters to use.  (#2165) [Details](89ba5181b)
* Noah-MP code tag is updated to corresponding to WRFV4.7 release.  (#2207) [Details](f11e38164)
* Fixed defs for adap time step namelist vars in README.namelist (#2158)  [Details](30a16a1ce)
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