Beast code in Giters

This repository provides a code to model Land Surface Temperature (LST) as one of the most important environmental factors used to monitor surface processes at local to regional scales. LST is mainly obtained from thermal infrared (TIR) remote sensing data, even though it is often limited by cloud contamination. Given that LST is directly involved in determining Evapotranspiration (ET), TIR remote sensing-based LST retrievals lead to discontinuities in ET calculations. Surface Energy Balance (SEB) modeling can estimate LST continuously; however, it is conducted mainly on a daily or sub-daily temporal resolution. Difficulties in collecting the high temporal resolution data at the watershed scale makes it impossible to implement the energy balance model with daily and sub-daily resolutions. Therefore, the monthly temporal scale has been selected for the current use of the energy balance model to estimate LST. Since it is possible to accumulate the heat fluxes during a month, the modeling has been conducted under unstable conditions, and SEB closure has performed by considering all of the heat storages in the soil-vegetation-atmosphere continuum. The methodology is described and applied in this paper: Taheri, M., Shamsi Anboohi, M., Nasseri, M., Kiavarz, M., Mohammadian, A., (2021). Energy-based Monthly Simulation of Land Surface Temperature and Actual Evapotranspiration: Evaluated by Ground Information, Global Gridded products, and a Water Balance Model, Submitted to Environmental Modelling and Software,

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rechaRge

An R package for integrated groundwater recharge modeling

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MARMITES

Water balance soil model coupled to MODFLOW

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AquaBEHER

Estimation of Rainy Season Calandar and Soil Water Balance for Agriculture

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Pointer-type_meters_reader

an improved gauge reader, read digit result via its' photo

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Global_Soil_Moisture

Codes to reproduce results of manuscript: Gap-Free Global Annual Soil Moisture: 15km Grids for 1991–2016 (ESSDD) Guevara, Taufer and Vargas

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swimpy

The Soil and Water Integrated Model (SWIM) Python API.

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Global_soil_moisture_mapping

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swbm

Simple Water Balance Model by René Orth (Orth et al., 2013)

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ExtSpecR

Tree detection, segementation and spectral extraction

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soil3ds

3DS is a 3D soil model simulating water and nitrogen fluxes into the soil which was adapted from the STICS soil module. It is part of the Virtual GrassLand model (VGL) developed on the OpenAlea platfom.

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SSM_downscale

A repository for downscaling ESA CCI Soil moisture products using Sentinel or Landsat Products

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DownscaleSoilMoisture-

An integrated set of data and tools to downscale remotely sensed soil moisture based on terrain parametrization

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SWBM

Soil Water Balance Model

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SMBM

A soil moisture balance model based on the FAO bucket approach to estimate soil water within a homogenous soil column

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rTRIPLEX_CW_Flux

A carbon-water coupled model integrates soil water and vapor pressure deficits into the stomatal conductance submodel to estimate net ecosystem production and evapotranspiration in forest ecosystems

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PixSWAB_v1

pixel based soil water balance model

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CDSE

:exclamation: This is a read-only mirror of the CRAN R package repository. CDSE — 'Copernicus Data Space Ecosystem' API Wrapper

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soil-moisture-analysis

Soil moisture analysis , prediction and decision making to irrigate or drain water from field using Machine Learning ,numpy ,pandas , sklearn , matplotlib , Gradient Boosting Regressor model, linear regression model .

Language:Python100

SWSTM-1D

Soil Water and Solute Transport Model - 1D

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FDR2soilmoisture

R-package for processing data of FDR-measurements to obtain soil moisture

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