Simplifies the Analysis of Pressure Volume and Leaf Drying Curves
Apply a combined exponential and linear model
Apply a combined exponential and linear model
Leaf Conductance
Extracts the fitting parameters from results list
Extracts parameters from result list
Leaf area fitting
Correct continuous fresh weight measurements
Saturated fresh weight estimation
Minimum leaf conductance
Merges data to data frames
Modulus of elasticity
Order Check
Pressure Volume Curve Analysis
Plot Output
Relative Water Content (RWC)
Relative Water Deficit (RWD)
Mean relative water deficit (RWD) of an interval
Saturation vapor pressure (VPsat)
Point of stomatal closure
Time Interval
Time Since Start
Leaf transpiration
Turgor Loss Point
Ensures the validity of the input data
Checks if column exists in data, is numeric and has the same lenghts a...
Vapor Pressure Deficit (VPD)
Weather Allocation
Weight Difference
Simplifies the manufacturing, analysis and display of pressure volume and leaf drying curves. From the progression of the curves turgor loss point, osmotic potential, apoplastic fraction as well as minimum conductance and stomatal closure can be derived. Methods adapted from Bartlett, Scoffoni, Sack (2012) <doi:10.1111/j.1461-0248.2012.01751.x> and Sack, Scoffoni, PrometheusWikiContributors (2011) <http://prometheuswiki.org/tiki-index.php?page=Minimum+epidermal+conductance+%28gmin%2C+a.k.a.+cuticular+conductance%29>.