Introduction | Time domain barometric response function | Regular and irregular spaced lag method | Example recipe: | Fit the model: | Distributed lag method | Earth tides | Frequency domain response functions | References

1. 案例01 | 2. 案例02 | 3. Reference

前言 | 1. 水汽压$e$ | 2. 水汽压$e$，与比湿$q$ | 2.1. 已知$e$，求$q$ | 2.2. 已知$q$，求$e$ | 3. 水汽压$e$，与混合比$w$ | 3.1. 已知$e$，求$w$ | 3.2. 已知$w$，求$e$ | 4. 水汽压$e$，与水汽密度$\rho_v$的转换 | 4.1. 简化版 | 4.2. 完整版

地表净辐射与温度变化 | 地表净辐射 | 净短波辐射$Rsn$ | 净长波辐射$Rln$ | 地表辐射与温度变化 | 实战应用 | 数据 | 案例1：日温度变化

1. 模型函数与输入数据 | 2. 参数优化 | 3. 结果展示

1. 输入 | 2. 模型训练 | 3. 模型验证 | 使用请正确引用

Example | Load packages | Load data | phenofit parameters | growing season division and fine-curve fitting | Visualization | Comparison with TIMESAT and phenopix

Example | 1.1 Initial weights for input data | 2.1 load site data | 2.2 Check input data | 2.3 Divide growing seasons | 2.4 Curve fitting | 2.5 Extract phenology

Introduction | First step: Plot the data | Remove a trend | Calculate Barometric/Loading Efficiency | Least squares | Least squares using first differences | -@Clark1967 | -@Rahi2013 | Ratio method [@Gonthier2007] | High-low method | -@Smith2013 | Acworth method | References

Introduction | Response function | Barometric pressure | Synthetic water levels | Regular lag method | Do regression | Irregular lag method | Distributed lag method