View AEME variables
view_aeme_vars.RdView AEME variables
Examples
view_aeme_vars()
#> var_aeme text units
#> 1 Date Time
#> 2 outflow Outflow m3
#> 3 HYD_flow Discharge m3
#> 4 HYD_temp Water temperature degC
#> 5 HYD_dens Water density g/cm3
#> 6 HYD_thmcln Thermocline depth m
#> 7 HYD_schstb Schmidt stability J/m2
#> 8 HYD_ctrbuy Centre of buoyancy m3
#> 9 HYD_epidep Epilimnion depth m3
#> 10 HYD_hypdep Hypolimnion depth m3
#> 11 HYD_surft Remote sensed skin temperature degC
#> 12 HYD_atdiff Water-air temperature difference degC
#> 13 LKE_layers Lake layer m
#> 14 LKE_depths Lake depth m
#> 15 LKE_evprte Evaporation m/day-1
#> 16 LKE_evpvol Evaporation m3
#> 17 LKE_evpflx Evaporation m-1
#> 18 LKE_lvlwtr Water level m
#> 19 LKE_V Volume m3
#> 20 LKE_dV Change in volume m3
#> 21 LKE_A0 Surface area m2
#> 22 LKE_Qe Evaporative heat flux W/m2
#> 23 LKE_Qh Sensible heat flux W/m2
#> 24 LKE_Qsw Shortwave radiation W/m2
#> 25 LKE_Qlw Longwave radiation W/m2
#> 26 LKE_Qnet Net surface heat flux W/m2
#> 27 LKE_precip Precipitation m/day-1
#> 28 LKE_pcpvol Precipitation m3
#> 29 LKE_inflow Inflow m3
#> 30 LKE_outflow Outflow m3
#> 31 LKE_netwbl Net water balance m3
#> 32 LKE_efold e-folding depth m
#> 33 LKE_efoldh e-folding depth m
#> 34 LKE_photic Euphotic depth m
#> 35 LKE_photich Euphotic depth m
#> 36 LKE_tlic Trophic Level Index Chlorophyll-a -
#> 37 LKE_tlin Trophic Level Index Total Nitrogen -
#> 38 LKE_tlip Trophic Level Index Total Phosphorus -
#> 39 LKE_tlise Trophic Level Index Secchi depth -
#> 40 LKE_tli3 Trophic Level Index 3 -
#> 41 LKE_tli4 Trophic Level Index 4 -
#> 42 RAD_par Photosynthetically active radiation umol/m2/s-1
#> 43 RAD_extc Light extinction coefficient m-1
#> 44 RAD_secchi Secchi disk depth m
#> 45 CHM_salt Salinity PSU
#> 46 CHM_ph pH -
#> 47 CHM_oxy Dissolved oxygen mg/L-1
#> 48 CHM_oxycln Oxycline depth m
#> 49 CHM_oxyepi Epilimnetic oxygen mg/L-1
#> 50 CHM_oxymet Metalimnetic oygen mg/L-1
#> 51 CHM_oxyhyp Hypolimnetic oxygen mg/L-1
#> 52 CHM_oxymom Metalimnetic oxygen minima mg/L-1
#> 53 CHM_oxynal Number of anoxic layers -
#> 54 PHS_frp Phosphate g/m-3
#> 55 PHS_dop Dissolved organic P g/m-3
#> 56 PHS_dopr
#> 57 PHS_pop Particulate organic P g/m-3
#> 58 PHS_popr
#> 59 PHS_pip Particulate inorganic P g/m-3
#> 60 PHS_tp Total phosphorus g/m-3
#> 61 NIT_amm Ammoniacal nitrogen g/m-3
#> 62 NIT_nit Nitrate g/m-3
#> 63 NIT_don Dissolved organic N g/m-3
#> 64 NIT_donr
#> 65 NIT_pon Particulate organic N g/m-3
#> 66 NIT_ponr
#> 67 NIT_pin Particulate inorganic N g/m-3
#> 68 NIT_tn Total nitrogen g/m-3
#> 69 CAR_dic Dissolved inorganic carbon g/m-3
#> 70 CAR_doc Dissolved organic carbon g/m-3
#> 71 CAR_docr
#> 72 CAR_poc Particulate organic carbon g/m-3
#> 73 CAR_pocr
#> 74 CAR_pH
#> 75 CAR_ch4 Carbon CH4
#> 76 SIL_rsi
#> 77 BAC_bac
#> 78 PHY_dinof mg chla/m3
#> 79 PHY_cyano Cyanobacteria mg chla/m3
#> 80 PHY_nodul mg chla/m3
#> 81 PHY_green Green algae mg chla/m3
#> 82 PHY_crypt Cryptophytes mg chla/m3
#> 83 PHY_mdiat Diatoms marine mg chla/m3
#> 84 PHY_diatom Diatoms freshwater mg chla/m3
#> 85 PHY_tchla Total chlorophyll a mg/m3
#> 86 PHY_rstchla Remotely sensed total chlorophyll a mg/m3
#> 87 NCS_ss1 Suspended solids
#> 88 NCS_ss2 Suspended solids
#> 89 NCS_ss3 Suspended solids
#> 90 NCS_ss4 Suspended solids
#> 91 NCS_ss5 Suspended solids
#> 92 NCS_ss6 Suspended solids
#> 93 NCS_iss Total suspended inorganic solids
#> 94 NCS_tss Total suspended solids
#> 95 ZOO_zoo1 Zooplankton
#> 96 ZOO_zoo2 Zooplankton
#> 97 ZOO_zoo3 Zooplankton
#> 98 ZOO_zoo4 Zooplankton
#> 99 ZOO_zoo5 Zooplankton
#> 100 FSH_fish1 Fish
#> 101 FSH_fish2 Fish
#> 102 FSH_fish3 Fish
#> 103 FSH_jelly
#> 104 MAC_macalg1 Macroalgae
#> 105 MAC_macalg2 Macroalgae
#> 106 MAC_macalg3 Macroalgae
#> 107 MAC_macalg4 Macroalgae
#> 108 CLM_clam1 Bivalves
#> 109 CLM_clam2 Bivalves
#> 110 CLM_clam3 Bivalves
#> 111 TRC_col Inert
#> 112 MET_radswd Shortwave radiation W/m2
#> 113 MET_radlwd Longwave radiation W/m2
#> 114 MET_cldcvr Cloud cover -
#> 115 MET_tmpair Air temperature degC
#> 116 MET_tmpdew Dewpoint temperature degC
#> 117 MET_prsttn Station pressure Pa
#> 118 MET_prmslp Mean sea level pressure Pa
#> 119 MET_prvapr Vapour pressure hPa
#> 120 MET_humrel Relative humidity %
#> 121 MET_wndspd Wind speed m/s
#> 122 MET_wnddir Wind direction degree
#> 123 MET_wnduvu u wind speed m/s
#> 124 MET_wnduvv v wind speed m/s
#> 125 MET_pprain Rain m
#> 126 MET_ppsnow Snow m
view_aeme_vars("HYD")
#> var_aeme text units
#> 1 HYD_flow Discharge m3
#> 2 HYD_temp Water temperature degC
#> 3 HYD_dens Water density g/cm3
#> 4 HYD_thmcln Thermocline depth m
#> 5 HYD_schstb Schmidt stability J/m2
#> 6 HYD_ctrbuy Centre of buoyancy m3
#> 7 HYD_epidep Epilimnion depth m3
#> 8 HYD_hypdep Hypolimnion depth m3
#> 9 HYD_surft Remote sensed skin temperature degC
#> 10 HYD_atdiff Water-air temperature difference degC
view_aeme_vars("CHM")
#> var_aeme text units
#> 1 CHM_salt Salinity PSU
#> 2 CHM_ph pH -
#> 3 CHM_oxy Dissolved oxygen mg/L-1
#> 4 CHM_oxycln Oxycline depth m
#> 5 CHM_oxyepi Epilimnetic oxygen mg/L-1
#> 6 CHM_oxymet Metalimnetic oygen mg/L-1
#> 7 CHM_oxyhyp Hypolimnetic oxygen mg/L-1
#> 8 CHM_oxymom Metalimnetic oxygen minima mg/L-1
#> 9 CHM_oxynal Number of anoxic layers -
view_aeme_vars("PHY")
#> var_aeme text units
#> 1 PHY_dinof mg chla/m3
#> 2 PHY_cyano Cyanobacteria mg chla/m3
#> 3 PHY_nodul mg chla/m3
#> 4 PHY_green Green algae mg chla/m3
#> 5 PHY_crypt Cryptophytes mg chla/m3
#> 6 PHY_mdiat Diatoms marine mg chla/m3
#> 7 PHY_diatom Diatoms freshwater mg chla/m3
#> 8 PHY_tchla Total chlorophyll a mg/m3
#> 9 PHY_rstchla Remotely sensed total chlorophyll a mg/m3