用热惯量法与 SAR Dubois 模型估算表层土壤湿度并划分干旱等级。Estimates surface soil moisture via thermal inertia and the SAR Dubois model, with drought grading.
1 installs
Coding
geoskill-irrigation-scheduling
Try it基于 Penman-Monteith 需水与土壤水分平衡，按阈值触发灌溉日历。Computes crop water demand with Penman-Monteith, runs a soil water balance and triggers an irrigation calendar.
What it does
基于 Penman-Monteith 需水与土壤水分平衡，按阈值触发灌溉日历。Computes crop water demand with Penman-Monteith, runs a soil water balance and triggers an irrigation calendar.
The skill document
灌溉制度优化 | Irrigation Scheduling
(Fill in 2–3 paragraphs of Chinese introduction here: features, application scenarios, core algorithm.)
Dependencies / 依赖
pip install 'numpy' 'rasterio'
Usage / 使用方法
Basic usage
python geoskill-irrigation-scheduling.py --bbox 116.0 39.0 117.0 40.0 [other parameters]
Example 1 (synthetic data, offline)
python geoskill-irrigation-scheduling.py --bbox 116.0 39.0 117.0 40.0 --synthetic --output-dir ./out
Examples 2-5
(Add at least 4 real usage examples.)
Output / 输出
| File | Format | Description |
|---|---|---|
result.tif | GeoTIFF | Primary output |
output-manifest.json | JSON | Run manifest |
Data Source / 数据源 / Source
(Describe the data source: free satellite data / local input / synthetic.)
Privacy / 隐私声明 / Privacy
- Runs offline by default;
--syntheticmode requires no network at all. - All processing is done locally; no user data is uploaded.
License / License
MIT
name: geoskill-irrigation-scheduling description: '基于 Penman-Monteith 需水与土壤水分平衡，按阈值触发灌溉日历。Computes crop water demand with Penman-Monteith, runs a soil water balance and triggers an irrigation calendar.'
灌溉制度优化 | Irrigation Scheduling
（在此填写 2-3 段中文介绍：功能、应用场景、核心算法。）
依赖
pip install 'numpy' 'rasterio'
使用方法
基本用法
python geoskill-irrigation-scheduling.py --bbox 116.0 39.0 117.0 40.0 [其他参数]
示例 1（合成数据，离线）
python geoskill-irrigation-scheduling.py --bbox 116.0 39.0 117.0 40.0 --synthetic --output-dir ./out
示例 2-5
（补充至少 4 个真实用法示例。）
输出
| 文件 | 格式 | 说明 |
|---|---|---|
result.tif | GeoTIFF | 主产物 |
output-manifest.json | JSON | 运行清单 |
数据源 / Source
（说明数据来源：免费卫星数据 / 本地输入 / 合成。）
隐私声明 / Privacy
- 默认离线运行，
--synthetic模式完全无网络。 - 所有处理在本地完成，不上传用户数据。
License
MIT
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1 installs
融合 CWSI 水分胁迫、红边叶绿素与 SAR 含水量，检测作物胁迫等级。Detects crop stress by fusing CWSI water stress, red-edge chlorophyll and SAR water content.
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Priestley-Taylor 与简化 SEBAL 蒸散发估算，从净辐射/气温/LST/NDVI 计算 ET (mm/day)。Priestley-Taylor and simplified SEBAL evapotranspiration estimation from net radiation/air temperature/LST/NDVI. 输出 ET 栅格 + 统计 JSON。