5.13.2-dev0
mHM
The mesoscale Hydrological Model
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Variables
mo_mhm_constants Module Reference
mHM - Fortran modules

Provides mHM specific constants. More...

Variables

real(dp), parameter, public h2odens = 1000.0_dp
 
real(dp), parameter, public p2_initstatefluxes = 15.00_dp
 
real(dp), parameter, public p3_initstatefluxes = 10.00_dp
 
real(dp), parameter, public p4_initstatefluxes = 75.00_dp
 
real(dp), parameter, public p5_initstatefluxes = 1500.00_dp
 
real(dp), parameter, public c1_initstatesm = 0.25_dp
 
integer(i4), parameter, public noutflxstate = 21_i4
 
real(dp), parameter, public harsamconst = 17.800_dp
 Hargreaves-Samani ref.
 
real(dp), parameter, public duffiedr = 0.0330_dp
 
real(dp), parameter, public duffiedelta1 = 0.4090_dp
 
real(dp), parameter, public duffiedelta2 = 1.3900_dp
 
real(dp), parameter, public tetens_c1 = 0.6108_dp
 Tetens's formula to calculate saturated vapour pressure.
 
real(dp), parameter, public tetens_c2 = 17.270_dp
 
real(dp), parameter, public tetens_c3 = 237.30_dp
 
real(dp), parameter, public satpressureslope1 = 4098.0_dp
 calculation of the slope of the saturation vapour pressure curve following Tetens
 
real(dp), parameter, public desilets_a0 = 0.0808_dp
 Neutrons and moisture: N0 formula, Desilets et al.
 
real(dp), parameter, public desilets_a1 = 0.372_dp
 
real(dp), parameter, public desilets_a2 = 0.115_dp
 
real(dp), parameter, public cosmic_n = 348.33_dp
 Neutrons and moisture: COSMIC, Shuttleworth et al.
 
real(dp), parameter, public cosmic_alpha = 0.2392421548_dp
 
real(dp), parameter, public cosmic_l1 = 161.98621864_dp
 
real(dp), parameter, public cosmic_l2 = 129.14558985_dp
 
real(dp), parameter, public cosmic_l3 = 107.82204562_dp
 
real(dp), parameter, public cosmic_l4 = 3.1627190566_dp
 

Detailed Description

Provides mHM specific constants.

Provides mHM specific constants such as flood plain elevation.

Authors
Matthias Cuntz
Date
Nov 2011
Copyright
Copyright 2005-2024, the mHM Developers, Luis Samaniego, Sabine Attinger: All rights reserved. mHM is released under the LGPLv3+ license

The UFZ(CHS) mesoscale hydrologic model mHM is free software. You can redistribute it and/or modify it under the terms of the GNU General Public License as published by the free Software Foundation either version 3 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.

You received a copy of the GNU Lesser General Public License along with the UFZ CHS mesoscale hydrologic model mHM. It can be found in the files COPYING and COPYING.LESSER provided with this software. The complete GNU license text can also be found at http://www.gnu.org/licenses/.

Variable Documentation

◆ c1_initstatesm

real(dp), parameter, public mo_mhm_constants::c1_initstatesm = 0.25_dp

Definition at line 30 of file mo_mhm_constants.f90.

◆ cosmic_alpha

real(dp), parameter, public mo_mhm_constants::cosmic_alpha = 0.2392421548_dp

Definition at line 57 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::cosmic().

◆ cosmic_l1

real(dp), parameter, public mo_mhm_constants::cosmic_l1 = 161.98621864_dp

Definition at line 58 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::cosmic().

◆ cosmic_l2

real(dp), parameter, public mo_mhm_constants::cosmic_l2 = 129.14558985_dp

Definition at line 59 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::cosmic().

◆ cosmic_l3

real(dp), parameter, public mo_mhm_constants::cosmic_l3 = 107.82204562_dp

Definition at line 60 of file mo_mhm_constants.f90.

◆ cosmic_l4

real(dp), parameter, public mo_mhm_constants::cosmic_l4 = 3.1627190566_dp

Definition at line 61 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::cosmic().

◆ cosmic_n

real(dp), parameter, public mo_mhm_constants::cosmic_n = 348.33_dp

Neutrons and moisture: COSMIC, Shuttleworth et al.

2013

Definition at line 56 of file mo_mhm_constants.f90.

◆ desilets_a0

real(dp), parameter, public mo_mhm_constants::desilets_a0 = 0.0808_dp

Neutrons and moisture: N0 formula, Desilets et al.

2010

Definition at line 51 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::desiletsn0().

◆ desilets_a1

real(dp), parameter, public mo_mhm_constants::desilets_a1 = 0.372_dp

Definition at line 52 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::desiletsn0().

◆ desilets_a2

real(dp), parameter, public mo_mhm_constants::desilets_a2 = 0.115_dp

Definition at line 53 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::desiletsn0().

◆ duffiedelta1

real(dp), parameter, public mo_mhm_constants::duffiedelta1 = 0.4090_dp

Definition at line 40 of file mo_mhm_constants.f90.

Referenced by mo_pet::extraterr_rad_approx().

◆ duffiedelta2

real(dp), parameter, public mo_mhm_constants::duffiedelta2 = 1.3900_dp

Definition at line 41 of file mo_mhm_constants.f90.

Referenced by mo_pet::extraterr_rad_approx().

◆ duffiedr

real(dp), parameter, public mo_mhm_constants::duffiedr = 0.0330_dp

Definition at line 39 of file mo_mhm_constants.f90.

Referenced by mo_pet::extraterr_rad_approx().

◆ h2odens

real(dp), parameter, public mo_mhm_constants::h2odens = 1000.0_dp

Definition at line 23 of file mo_mhm_constants.f90.

Referenced by mo_neutrons::cosmic(), and mo_mrm_riv_temp_class::get_e_io().

◆ harsamconst

real(dp), parameter, public mo_mhm_constants::harsamconst = 17.800_dp

Hargreaves-Samani ref.

ET formula [deg C]

Definition at line 36 of file mo_mhm_constants.f90.

Referenced by mo_meteo_handler::get_corrected_pet().

◆ noutflxstate

integer(i4), parameter, public mo_mhm_constants::noutflxstate = 21_i4

Definition at line 33 of file mo_mhm_constants.f90.

◆ p2_initstatefluxes

real(dp), parameter, public mo_mhm_constants::p2_initstatefluxes = 15.00_dp

Definition at line 26 of file mo_mhm_constants.f90.

◆ p3_initstatefluxes

real(dp), parameter, public mo_mhm_constants::p3_initstatefluxes = 10.00_dp

Definition at line 27 of file mo_mhm_constants.f90.

◆ p4_initstatefluxes

real(dp), parameter, public mo_mhm_constants::p4_initstatefluxes = 75.00_dp

Definition at line 28 of file mo_mhm_constants.f90.

◆ p5_initstatefluxes

real(dp), parameter, public mo_mhm_constants::p5_initstatefluxes = 1500.00_dp

Definition at line 29 of file mo_mhm_constants.f90.

◆ satpressureslope1

real(dp), parameter, public mo_mhm_constants::satpressureslope1 = 4098.0_dp

calculation of the slope of the saturation vapour pressure curve following Tetens

Definition at line 48 of file mo_mhm_constants.f90.

Referenced by mo_pet::slope_satpressure().

◆ tetens_c1

real(dp), parameter, public mo_mhm_constants::tetens_c1 = 0.6108_dp

Tetens's formula to calculate saturated vapour pressure.

Definition at line 44 of file mo_mhm_constants.f90.

Referenced by mo_pet::sat_vap_pressure().

◆ tetens_c2

real(dp), parameter, public mo_mhm_constants::tetens_c2 = 17.270_dp

Definition at line 45 of file mo_mhm_constants.f90.

Referenced by mo_pet::sat_vap_pressure().

◆ tetens_c3

real(dp), parameter, public mo_mhm_constants::tetens_c3 = 237.30_dp

Definition at line 46 of file mo_mhm_constants.f90.

Referenced by mo_pet::sat_vap_pressure(), and mo_pet::slope_satpressure().