Releases: fawda123/WtRegDO
Releases · fawda123/WtRegDO
v1.0.2
- Volumetric NEM added to daily ecosystem metabolism output from
ecometab() - Fixed documentation for metabolic days to correctly state they occur between adjacent sunrises
- Atmospheric pressure is now based on climatic means using
climmeans()ifgasex = 'Wanninkhof'andreplacemet = Tinecometab(), this is not needed forf_calcWanninkhof()but is required for dissolved oxygen at saturation fromoxySol()used in gas exchange estimates. - Fix to instantaneous ecoystem metabolism calculations from
ecometab()so that daily averages of P, R, and NEM now match exactly those usinginstant = F - Progress logs no longer created with README render
v1.0.1
v1.0.0
There have been several bug fixes and enhancements to the package since the publication of the original method. Some of the recent changes are documented below:
- Optional arguments in
wtregto use a sinuisoidal curve in the weighted regression - Option to return instantaneous metabolic rates for
ecometabat the time step of the raw data metevalsummary function returns anomalies by month with different output format as two element list, including means and standard deviation as summary statistics- New
climmeansfunction to replace missing values with climatological monthly means, added as an optional argument (replacemet) inecometabwhere this was previously hard-coded - Simplified column name check for
wtregto verify onlyDateTimeStamp,DO_obs, andTideare present - Option in
ecometabto use average gas exchange within a day prior to estimating metabolism (defaultFALSE), this is experimental winoptfunction added as an attempt to find optimal half-window widths based on different objective functions that maximize "rules of thumb" for how well detiding improves metabolic estimates- Option to calculate gas transfer velocity in
ecometabusing equations in Wanninkhof 2014 - Fix bug in units for D to estimate as mmol/m2/hr