[ncl-talk] Vorticity Advection with NCL
Lara Quitián Hernández
laraquitianhernandez at gmail.com
Thu May 24 05:16:41 MDT 2018
Hello,
I have test the script with your recommendations and I obtain the following
errors:
*I copy below some useful parts of my script to understand the errors:*
-----------------
*;================================================================================;
Part A: WRF (curvilinear) to Rectilinear regrid variable and generate
weights ;================================================================================...*
*;---Title and filename options*
* Opt = True*
* Opt at SrcTitle = "WRF grid" ; optional*
* Opt at WgtFileName =
"WRF_to_Rect.WgtFile_"+InterpMethod+"."+nlat+"_x_"+nlon+".nc"*
*;---Source grid options*
* Opt at SrcFileName =
"WRF.SCRIP_grid_description."+nlat+"_x_"+nlon+".nc" ; Name of source and*
* Opt at SrcRegional = True*
* Opt at SrcGridLat = lat2d*
* Opt at SrcGridLon = lon2d*
*;---Destination grid options*
* Opt at DstFileName =
"Rectilinear.SCRIP_grid_description."+nlat+"_x_"+nlon+".nc" ; destination
files*
* Opt at DstGridType = "rectilinear"*
* Opt at DstGridLat = lat*
* Opt at DstGridLon = lon*
* Opt at DstRegional = True*
*...*
*;---Perform the regrid: WRF ==> rectilinear (_reclin)*
* u_reclin = ESMF_regrid(u, Opt) ; Do the regridding for u *
*;---Use the just generated weight file*
* v_reclin = ESMF_regrid_with_weights(v,Opt at WgtFileName,False)*
*;---Perform the regrid for wr: WRF ==> rectilinear (_reclin)*
* wr_reclin = ESMF_regrid_with_weights(wr, Opt at WgtFileName,False) *
*;---Options for regridding rectilinear to WRF (curvilinear) grid*
* Opt = True*
*...*
*;======================================================================;Use
'advect_variable' on the rectilinear
grid;======================================================================
adv_vrt = advect_variable(u_reclin, v_reclin, wr_reclin, 0, "vorticity
advection", "(m/s)(s-1)",0)...*
*; The grid descriptions have been generated in 'Part A'*
*; but we still need to provide their names.*
* Opt at SkipSrcGrid = True*
* Opt at SkipDstGrid = True*
* Opt at DstFileName =
"WRF.SCRIP_grid_description."+nlat+"_x_"+nlon+".nc" ; Name of
source and*
* Opt at SrcFileName = "Rectilinear.SCRIP_grid_description.nc
<http://Rectilinear.SCRIP_grid_description.nc>" ; destination files*
*; Opt at SrcFileName =
"WRF.SCRIP_grid_description."+nlat+"_x_"+nlon+".nc" ; destination files*
* Opt at ForceOverwrite = True*
* Opt at SrcTitle = Opt at SrcFileName ; source grid*
* Opt at SrcMask2D = where(ismissing(u_reclin),0,1)*
* Opt at SrcRegional = True*
* Opt at DstGridType = "curvilinear"*
* Opt at DstTitle = "Rectilinear_to_WRF"*
* Opt at DstRegional = True*
* Opt at InterpMethod = InterpMethod*
* Opt at WgtFileName =
"Rect_to_WRF.WgtFile_"+InterpMethod+"."+nlat+"_x_"+nlon+".nc"*
* adv_wrf = **ESMF_regrid_with_weights*(adv_vrt,
Opt at WgtFileName, False) * ;;; If I use "ESMF_regrid(adv_vrt,
Opt at WgtFileName)" as you recommended in your last mail, I obtain this error
--> **fatal:Argument type mismatch on argument (1) of (ESMF_regrid) can not
coerce.*
* adv_wrf at long_name = "Advection Vorticity: WRF Grid"*
* printVarSummary(adv_wrf)*
* print("adv_wrf: min="+min(adv_wrf)+" max="+max(adv_wrf))*
----------------
Using the *blue function *I obtain this error --> *fatal:Number of
subscripts do not match number of dimensions of variable,(3) Subscripts
used, (1) Subscripts expected. *
Which refers to this line:
* symMinMaxPlt (adv_wrf(level,:,:),20,False,res)*
*PS, *I have been asking my University Programmer (Complutense University
of Madrid or UCM) and he told me that there may be a kind of UCAR "filter"
that makes it impossible for us to access the *ftp.cgd.ucar.edu
<http://ftp.cgd.ucar.edu> *servers from the UCM.
On the other hand, he thinks there may be an interrupted connection on your
servers. I do not know how to proceed and send you a WRF file and my script.
Regards,
Lara
2018-05-24 10:26 GMT+02:00 Lara Quitián Hernández <
laraquitianhernandez at gmail.com>:
> Thank you. I am trying to connect via ftp since yesterday but I get a
> "Connection timed out" message all the time. I'll keep trying.
>
> Regards,
> Lara
>
> 2018-05-24 5:03 GMT+02:00 Dennis Shea <shea at ucar.edu>:
>
>>
>> [0]
>> You can advect *any *quantity. I thought it is best to advect relative
>> vorticity and then add the coriolis force to get the 'new' absolute
>> vorticity. However, you could advect absolute vorticity for you needs. Good
>> question for your advisor. :-)
>>
>> [1]
>> You are starting with a WRF grid. The 'advect_variable' function requires
>> a rectilinear grid. Hence, you need to generate a weight file that takes
>> data on a WRF grid to a rectilinear grid. Any name can be used for the
>> weight file. This is fine:
>> "WRF_to_Rect.WgtFile_"+InterpMethod+"."+nlat+"_x_"+nlon+".nc"
>>
>> [2]
>> Now you want to take the advected vorticity on a rectilinear grid and
>> interpolate it to the original WRF grid. The following name is fine.
>>
>> Opt at WgtFileName = "Rect_to_WRF.WgtFile_"+InterpM
>> ethod+"."+nlat+"_x_"+nlon+".nc"
>>
>> ---
>> You wrote: "I'm still obtaining errors." However, you did not state what
>> the errors are.
>> I think the following
>>
>> adv_wrf = ESMF_regrid(adv_vrt,
>>
>> * Opt)*
>>
>>
>> *should be*
>> adv_wrf = ESMF_regrid(adv_vrt,*
>> Opt at WgtFileName*)
>>
>> ---
>> You did not "ftp a WRF file"
>>
>> Good Luck
>>
>>
>> On Wed, May 23, 2018 at 4:30 AM, Lara Quitián Hernández <
>> laraquitianhernandez at gmail.com> wrote:
>>
>>> Thank you so much. I was absolutely wrong and I did not realize
>>> my mistake.
>>>
>>> I attach here my script because I'm still obtaining errors and I'm
>>> afraid I do not fully understand the procedure of the different
>>> calculations. For example, I do not know if I have to generate a weight
>>> file for regridding the relative vorticity (wr) or which name give to that
>>> weight file (Opt at WgtFileName). Moreover, I do not know why do I have to
>>> use the relative vorticity and not the absolute vorticity to study the
>>> vorticity advection at the end.
>>>
>>> On the other hand, I will also ftp a WRF file and my script.
>>>
>>> Thanks in advance.
>>>
>>> Regards,
>>> Lara
>>>
>>>
>>> 2018-05-22 17:40 GMT+02:00 Adam Phillips <asphilli at ucar.edu>:
>>>
>>>> Hi Lara,
>>>> You are passing in your original data into advect_variable instead of
>>>> the regridded variables. Change this:
>>>> adv_vrt = advect_variable(u, v, wr, 1, "vorticity advection",
>>>> "(m/s)(s-1)",0)
>>>> to this:
>>>> adv_vrt = advect_variable(u_reclin, v_reclin, wr_reclin, 1, "vorticity
>>>> advection", "(m/s)(s-1)",0)
>>>>
>>>> Gaussian grids are indeed rectlinear grids. See the definition here:
>>>> https://www.ncl.ucar.edu/Document/glossary.shtml#RectilinearGrid
>>>>
>>>> If you have any further questions please respond to ncl-talk.
>>>> Adam
>>>>
>>>> On Tue, May 22, 2018 at 7:24 AM, Lara Quitián Hernández <
>>>> laraquitianhernandez at gmail.com> wrote:
>>>>
>>>>> First of all, I apologize for asking you so many questions and for
>>>>> this long email.
>>>>>
>>>>> I'm trying to interpolate the WRF u,v, relative vorticity to a
>>>>> rectilinear grid and use the *advect_variable* on the rectilinear
>>>>> grid. However, I have obtained this warning and I do not know how to fixed
>>>>> it: *advect_var: Warning: No named dimensions. Can not check grid
>>>>> order.*
>>>>>
>>>>> After defining the diverse variables, I have performed the regrid in
>>>>> this way:
>>>>>
>>>>>
>>>>> *;================================================================================*
>>>>> *; Part A: WRF (curvilinear) to Rectilinear regrid variable and
>>>>> generate weights *
>>>>>
>>>>> *;================================================================================*
>>>>>
>>>>> *;Interpolate the WRF u, v and relative vorticity to a rectilinear
>>>>> grid with as fine [or finer] resoultion as the WRF grid*
>>>>>
>>>>>
>>>>> *;---Set up options for regridding*
>>>>>
>>>>> * InterpMethod= "bilinear" ; define
>>>>> interpolation method*
>>>>>
>>>>> *;---Title and filename options*
>>>>>
>>>>> * Opt = True*
>>>>> * Opt at SrcTitle = "WRF grid" ; optional*
>>>>> * Opt at WgtFileName =
>>>>> "WRF_to_Rect.WgtFile_"+InterpMethod+"."+nlat+"_x_"+nlon+".nc"*
>>>>>
>>>>> *;---Source grid options*
>>>>> * Opt at SrcFileName =
>>>>> "WRF.SCRIP_grid_description."+nlat+"_x_"+nlon+".nc" ; Name of source and*
>>>>> * Opt at SrcRegional = True*
>>>>> * Opt at SrcGridLat = lat2d*
>>>>> * Opt at SrcGridLon = lon2d*
>>>>>
>>>>> *;---Destination grid options*
>>>>> * Opt at DstFileName =
>>>>> "Rectilinear.SCRIP_grid_description."+nlat+"_x_"+nlon+".nc" ; destination
>>>>> files*
>>>>> * Opt at DstGridType = "rectilinear"*
>>>>> * Opt at DstGridLat = lat*
>>>>> * Opt at DstGridLon = lon*
>>>>> * Opt at DstRegional = True*
>>>>>
>>>>> *;---Specify other options *
>>>>> * Opt at ForceOverwrite = True*
>>>>> * Opt at InterpMethod = InterpMethod*
>>>>>
>>>>> *;---Perform the regrid: WRF ==> rectilinear (_reclin)*
>>>>> * u_reclin = ESMF_regrid(u, Opt) ; Do the regridding for u *
>>>>>
>>>>> *;---Use the just generated weight file*
>>>>> * v_reclin = ESMF_regrid_with_weights(v,Opt at WgtFileName,False)*
>>>>>
>>>>> *;---Perform the regrid for wr: WRF ==> rectilinear (_reclin)*
>>>>> * wr_reclin = ESMF_regrid_with_weights(wr, Opt at WgtFileName,False) *
>>>>>
>>>>> Afterwards, I use the *advect_variable:*
>>>>>
>>>>> ;===========================================================
>>>>> ===========
>>>>> ;Use 'advect_variable' on the rectilinear grid
>>>>> ;===========================================================
>>>>> ===========
>>>>>
>>>>> adv_vrt = advect_variable(u, v, wr, 1, "vorticity advection",
>>>>> "(m/s)(s-1)",0) ;I use gridType=1. I suppose rectilinear and fixed grid
>>>>> are quite similar, or even, the same.
>>>>>
>>>>> printVarSummary(adv_vrt)
>>>>> printMinMax(adv_vrt,0)
>>>>> print("----")
>>>>>
>>>>> Finally, I obtain this results and I do not know if they are correctly
>>>>> calculated:
>>>>>
>>>>> *Variable: u_reclin*
>>>>> *Type: float*
>>>>> *Total Size: 5972400 bytes*
>>>>> * 1493100 values*
>>>>> *Number of Dimensions: 3*
>>>>> *Dimensions and sizes: [bottom_top | 35] x [lat | 180] x [lon | 237]*
>>>>> *Coordinates: *
>>>>> * lat: [25.832275390625..40.83070373535156]*
>>>>> * lon: [-34.179443359375..-9.305511474609375]*
>>>>> *Number Of Attributes: 8*
>>>>> * missing_value : 9.96921e+36*
>>>>> * remap : remapped via ESMF_regrid_with_weights: Bilinear*
>>>>> * _FillValue : 9.96921e+36*
>>>>> * stagger : *
>>>>> * units : m s-1*
>>>>> * description : x-wind component*
>>>>> * MemoryOrder : XYZ*
>>>>> * FieldType : 104*
>>>>> *(0) u_reclin: min=-21.454 max=49.9299*
>>>>> *(0) ----*
>>>>>
>>>>> *Variable: v_reclin*
>>>>> *Type: float*
>>>>> *Total Size: 5972400 bytes*
>>>>> * 1493100 values*
>>>>> *Number of Dimensions: 3*
>>>>> *Dimensions and sizes: [bottom_top | 35] x [lat | 180] x [lon | 237]*
>>>>> *Coordinates: *
>>>>> * lat: [25.832275390625..40.83070373535156]*
>>>>> * lon: [-34.179443359375..-9.305511474609375]*
>>>>> *Number Of Attributes: 8*
>>>>> * _FillValue : 9.96921e+36*
>>>>> * stagger : *
>>>>> * units : m s-1*
>>>>> * description : y-wind component*
>>>>> * MemoryOrder : XYZ*
>>>>> * FieldType : 104*
>>>>> * remap : remapped via ESMF_regrid_with_weights: Bilinear*
>>>>> * missing_value : 9.96921e+36*
>>>>> *(0) v_reclin: min=-51.6305 max=46.8953*
>>>>> *(0) ----*
>>>>>
>>>>> *Variable: wr_reclin*
>>>>> *Type: float*
>>>>> *Total Size: 5972400 bytes*
>>>>> * 1493100 values*
>>>>> *Number of Dimensions: 3*
>>>>> *Dimensions and sizes: [35] x [lat | 180] x [lon | 237]*
>>>>> *Coordinates: *
>>>>> * lat: [25.832275390625..40.83070373535156]*
>>>>> * lon: [-34.179443359375..-9.305511474609375]*
>>>>> *Number Of Attributes: 3*
>>>>> * _FillValue : 9.96921e+36*
>>>>> * remap : remapped via ESMF_regrid_with_weights: Bilinear*
>>>>> * missing_value : 9.96921e+36*
>>>>> *(0) wr_reclin: min=-34.6481 max=63.9581*
>>>>> *(0) ----*
>>>>> *(0) RectilinearGrid: nmsg=180075*
>>>>> *(0) ----*
>>>>> *(0) advect_var: Warning: No named dimensions. Can not check grid
>>>>> order.*
>>>>>
>>>>> *Variable: adv_vrt*
>>>>> *Type: float*
>>>>> *Total Size: 5972400 bytes*
>>>>> * 1493100 values*
>>>>> *Number of Dimensions: 3*
>>>>> *Dimensions and sizes: [35] x [180] x [237]*
>>>>> *Coordinates: *
>>>>> *Number Of Attributes: 2*
>>>>> * long_name : vorticity advection*
>>>>> * units : (m/s)(s-1)*
>>>>> *(0) vorticity advection ((m/s)(s-1)) : min=-0.0107484 max=0.0109576*
>>>>>
>>>>> Unfortunately, I also obtain this errors:
>>>>>
>>>>> (0) is_SCRIP: 'Rectilinear.SCRIP_grid_description.nc' doesn't exist.
>>>>> (0) ESMF_regrid_gen_weights: invalid or missing SCRIP source grid
>>>>> file.
>>>>>
>>>>> And I obtain this three files:
>>>>>
>>>>>
>>>>> *Rectilinear.SCRIP_grid_description.180_x_237.nc
>>>>> <http://Rectilinear.SCRIP_grid_description.180_x_237.nc>*
>>>>>
>>>>> *WRF.SCRIP_grid_description.180_x_237.nc
>>>>> <http://WRF.SCRIP_grid_description.180_x_237.nc>*
>>>>> *WRF_to_Rect.WgtFile_bilinear.180_x_237.nc
>>>>> <http://WRF_to_Rect.WgtFile_bilinear.180_x_237.nc>*
>>>>>
>>>>> Which file do I have to use to display the vorticity advection? None,
>>>>> I suppose. They are all description files, except one.
>>>>>
>>>>> If you need my script, just tell me.
>>>>>
>>>>> Thanks in advance.
>>>>>
>>>>> Regards,
>>>>> Lara
>>>>>
>>>>>
>>>>> 2018-05-22 11:08 GMT+02:00 Lara Quitián Hernández <
>>>>> laraquitianhernandez at gmail.com>:
>>>>>
>>>>>> Good morning,
>>>>>>
>>>>>> Thank you very much. There is only one doubt left unanswered: the *advect_function
>>>>>> *requires a *Gaussian, regular o fixed grid*, but not *rectilinear*.
>>>>>> Is there any relation between them?
>>>>>>
>>>>>> Regards,
>>>>>> Lara
>>>>>>
>>>>>> 2018-05-21 19:21 GMT+02:00 Dennis Shea <shea at ucar.edu>:
>>>>>>
>>>>>>> ESMF 37 was
>>>>>>> (a) interpolating u and v onto a rectilinear grid;
>>>>>>> (b) calculating divergence using uv2dv_cfd which requires u and v
>>>>>>> to be on a rectilinear grid;
>>>>>>> (c) interpolating the derived divergence on a rectilinear grid back
>>>>>>> onto the original WRF grid
>>>>>>>
>>>>>>> ---
>>>>>>> In your case:
>>>>>>>
>>>>>>> [1] Interpolate the WRF u, v and relative vorticity to a rectilinear
>>>>>>> grid with as fine [or finer] resoultion as the WRF grid
>>>>>>> [2] Use 'advect_variable' on the rectilinear grid
>>>>>>> [3] interpolate the advected quantity on the rectilinear grid back
>>>>>>> onto the original WRF grid
>>>>>>>
>>>>>>> ---
>>>>>>> Caveat: Technically, on a sphere, u and v must be interpolated
>>>>>>> together using the 'rotation' angle.
>>>>>>> Why? because the new location has a 'slightly' different orientation
>>>>>>> relative to the pole(s)
>>>>>>>
>>>>>>> unew = u*cos(rot) - v*sin(rot)
>>>>>>> vnew = u*sin(rot) + v*cos(rot)
>>>>>>>
>>>>>>> The above approach, independently interpolating u and v ignores the
>>>>>>> rotation. It is assumed to be very small.
>>>>>>>
>>>>>>>
>>>>>>>
>>>>>>>
>>>>>>> On Mon, May 21, 2018 at 3:45 AM, Lara Quitián Hernández <
>>>>>>> laraquitianhernandez at gmail.com> wrote:
>>>>>>>
>>>>>>>> Good morning,
>>>>>>>>
>>>>>>>> Thank you so much. Unfortunately, I have some doubts.
>>>>>>>>
>>>>>>>> 1.- I have read the information for Example 37 but I do not
>>>>>>>> understand the need of computing the divergence ("uv2dv_cfd"). I just need
>>>>>>>> my variables on a Gaussian, regular o fixed grid in order to apply the
>>>>>>>> *advect_variable* function
>>>>>>>> 2.- I need to convert my curvilinear WRF grid to a Gaussian,
>>>>>>>> regular o fixed grid. However, in both Examples (29a and 37) a regrid from
>>>>>>>> a WRF grid to a rectilinear grid is carried out. Are those grids (Gaussian,
>>>>>>>> regular o fixed grid) also rectilinear grids?
>>>>>>>> 3.-Do I need to regrid back to the WRF curvilinear grid as it is
>>>>>>>> done in both examples?
>>>>>>>>
>>>>>>>> Thanks in advance.
>>>>>>>>
>>>>>>>> Regards,
>>>>>>>> Lara
>>>>>>>>
>>>>>>>>
>>>>>>>>
>>>>>>>> 2018-05-20 1:10 GMT+02:00 Dennis Shea <shea at ucar.edu>:
>>>>>>>>
>>>>>>>>> NCL has no builtin function to advect a field (eg: vorticity) on a
>>>>>>>>> curvilinear grid (eg: your WRF Grid)..
>>>>>>>>> Maybe ask wrfhelp?
>>>>>>>>>
>>>>>>>>> ===
>>>>>>>>> That said
>>>>>>>>>
>>>>>>>>> https://www.ncl.ucar.edu/Applications/ESMF.shtml
>>>>>>>>> Example 29a
>>>>>>>>> or, maybe better,
>>>>>>>>> Example 37
>>>>>>>>>
>>>>>>>>> outlines a method that might be used for your needs.
>>>>>>>>>
>>>>>>>>> ===
>>>>>>>>> Good luck
>>>>>>>>>
>>>>>>>>>
>>>>>>>>> On Wed, May 16, 2018 at 7:40 AM, Lara Quitián Hernández <
>>>>>>>>> laraquitianhernandez at gmail.com> wrote:
>>>>>>>>>
>>>>>>>>>> Hello,
>>>>>>>>>>
>>>>>>>>>> Thank you. In the case of calculating the horizontal advection
>>>>>>>>>> for *vorticity*, it would be better to use the direct WRF
>>>>>>>>>> variable ( vo = wrf_user_getvar(a,"*avo*",-1)) or define it via
>>>>>>>>>> different functions: https://www.ncl.uca
>>>>>>>>>> r.edu/Applications/vort.shtml
>>>>>>>>>>
>>>>>>>>>> The only example in the link defines the Vorticity like this:
>>>>>>>>>>
>>>>>>>>>> ;************************************************
>>>>>>>>>> ; calculate vorticity on a Gaussian Grid
>>>>>>>>>> ; scale for visual convenience
>>>>>>>>>> ;************************************************
>>>>>>>>>> scale = 1.e05
>>>>>>>>>> vrt = u ; retain coordinates
>>>>>>>>>> vrt = uv2vrG_Wrap(u,v) * scale
>>>>>>>>>> vrt at long_name = "vorticity"
>>>>>>>>>> vrt at units = "scaled"
>>>>>>>>>>
>>>>>>>>>>
>>>>>>>>>> However, my simulations are generated on a Lambert Conformal grid
>>>>>>>>>> projection, not Gaussian one. Does this change the procedure to calculate
>>>>>>>>>> it?
>>>>>>>>>>
>>>>>>>>>> Regards,
>>>>>>>>>> Lara
>>>>>>>>>>
>>>>>>>>>> 2018-05-16 14:28 GMT+02:00 Dennis Shea <shea at ucar.edu>:
>>>>>>>>>>
>>>>>>>>>>> Maybe:
>>>>>>>>>>>
>>>>>>>>>>> https://www.ncl.ucar.edu/Document/Functions/Contributed/adve
>>>>>>>>>>> ct_variable.shtml
>>>>>>>>>>>
>>>>>>>>>>> 'x' would be vorticity
>>>>>>>>>>>
>>>>>>>>>>> Good Luck
>>>>>>>>>>>
>>>>>>>>>>> On Wed, May 16, 2018 at 4:01 AM, Lara Quitián Hernández <
>>>>>>>>>>> laraquitianhernandez at gmail.com> wrote:
>>>>>>>>>>>
>>>>>>>>>>>> Good morning,
>>>>>>>>>>>>
>>>>>>>>>>>> I would like to know if there is a possibility of calculating
>>>>>>>>>>>> the Vorticity Advection with NCL.
>>>>>>>>>>>>
>>>>>>>>>>>> Thanks in advance.
>>>>>>>>>>>>
>>>>>>>>>>>> Regards,
>>>>>>>>>>>> Lara
>>>>>>>>>>>>
>>>>>>>>>>>>
>>>>>>>>>>>> --
>>>>>>>>>>>>
>>>>>>>>>>>>
>>>>>>>>>>>> *Lara Quitián Hernández, PhD Student*
>>>>>>>>>>>> Departamento de Física de la Tierra, Astronomía y Astrofísica
>>>>>>>>>>>> Facultad de Ciencias Físicas
>>>>>>>>>>>> Ciudad Universitaria, Plaza Ciencias, 1
>>>>>>>>>>>> <https://maps.google.com/?q=Ciudad+Universitaria,+Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>>>>>>>> 28040 Madrid. Spain
>>>>>>>>>>>> <https://maps.google.com/?q=Ciudad+Universitaria,+Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>>>>>>>> Email: lquitian at ucm.es <mlunar at aemet.es>
>>>>>>>>>>>>
>>>>>>>>>>>>
>>>>>>>>>>>> _______________________________________________
>>>>>>>>>>>> ncl-talk mailing list
>>>>>>>>>>>> ncl-talk at ucar.edu
>>>>>>>>>>>> List instructions, subscriber options, unsubscribe:
>>>>>>>>>>>> http://mailman.ucar.edu/mailman/listinfo/ncl-talk
>>>>>>>>>>>>
>>>>>>>>>>>>
>>>>>>>>>>>
>>>>>>>>>>
>>>>>>>>>>
>>>>>>>>>> --
>>>>>>>>>>
>>>>>>>>>>
>>>>>>>>>> *Lara Quitián Hernández, PhD Student*
>>>>>>>>>> Departamento de Física de la Tierra, Astronomía y Astrofísica
>>>>>>>>>> Facultad de Ciencias Físicas
>>>>>>>>>> Ciudad Universitaria, Plaza Ciencias, 1
>>>>>>>>>> <https://maps.google.com/?q=Ciudad+Universitaria,+Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>>>>>> 28040 Madrid. Spain
>>>>>>>>>> <https://maps.google.com/?q=Ciudad+Universitaria,+Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>>>>>> Email: lquitian at ucm.es <mlunar at aemet.es>
>>>>>>>>>>
>>>>>>>>>>
>>>>>>>>>
>>>>>>>>
>>>>>>>>
>>>>>>>> --
>>>>>>>>
>>>>>>>>
>>>>>>>> *Lara Quitián Hernández, PhD Student*
>>>>>>>> Departamento de Física de la Tierra, Astronomía y Astrofísica
>>>>>>>> Facultad de Ciencias Físicas
>>>>>>>> Ciudad Universitaria, Plaza Ciencias, 1
>>>>>>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>>>> 28040 Madrid. Spain
>>>>>>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>>>> Email: lquitian at ucm.es <mlunar at aemet.es>
>>>>>>>>
>>>>>>>>
>>>>>>>
>>>>>>
>>>>>>
>>>>>> --
>>>>>>
>>>>>>
>>>>>> *Lara Quitián Hernández, PhD Student*
>>>>>> Departamento de Física de la Tierra, Astronomía y Astrofísica
>>>>>> Facultad de Ciencias Físicas
>>>>>> Ciudad Universitaria, Plaza Ciencias, 1
>>>>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>> 28040 Madrid. Spain
>>>>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>>> Email: lquitian at ucm.es <mlunar at aemet.es>
>>>>>>
>>>>>>
>>>>>
>>>>>
>>>>> --
>>>>>
>>>>>
>>>>> *Lara Quitián Hernández, PhD Student*
>>>>> Departamento de Física de la Tierra, Astronomía y Astrofísica
>>>>> Facultad de Ciencias Físicas
>>>>> Ciudad Universitaria, Plaza Ciencias, 1
>>>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>> 28040 Madrid. Spain
>>>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>>>> Email: lquitian at ucm.es <mlunar at aemet.es>
>>>>>
>>>>>
>>>>> _______________________________________________
>>>>> ncl-talk mailing list
>>>>> ncl-talk at ucar.edu
>>>>> List instructions, subscriber options, unsubscribe:
>>>>> http://mailman.ucar.edu/mailman/listinfo/ncl-talk
>>>>>
>>>>>
>>>>
>>>>
>>>> --
>>>> Adam Phillips
>>>> Associate Scientist, Climate and Global Dynamics Laboratory, NCAR
>>>> www.cgd.ucar.edu/staff/asphilli/ 303-497-1726
>>>>
>>>> <http://www.cgd.ucar.edu/staff/asphilli>
>>>>
>>>
>>>
>>>
>>> --
>>>
>>>
>>> *Lara Quitián Hernández, PhD Student*
>>> Departamento de Física de la Tierra, Astronomía y Astrofísica
>>> Facultad de Ciencias Físicas
>>> Ciudad Universitaria, Plaza Ciencias, 1
>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>> 28040 Madrid. Spain
>>> <https://maps.google.com/?q=Plaza+Ciencias,+1+28040+Madrid.+Spain&entry=gmail&source=g>
>>> Email: lquitian at ucm.es <mlunar at aemet.es>
>>>
>>>
>>
>
>
> --
>
>
> *Lara Quitián Hernández, PhD Student*
> Departamento de Física de la Tierra, Astronomía y Astrofísica
> Facultad de Ciencias Físicas
> Ciudad Universitaria, Plaza Ciencias, 1
> 28040 Madrid. Spain
> Email: lquitian at ucm.es <mlunar at aemet.es>
>
>
--
*Lara Quitián Hernández, PhD Student*
Departamento de Física de la Tierra, Astronomía y Astrofísica
Facultad de Ciencias Físicas
Ciudad Universitaria, Plaza Ciencias, 1
28040 Madrid. Spain
Email: lquitian at ucm.es <mlunar at aemet.es>
-------------- next part --------------
An HTML attachment was scrubbed...
URL: <http://mailman.ucar.edu/pipermail/ncl-talk/attachments/20180524/1b90914e/attachment.html>
More information about the ncl-talk
mailing list