论文旨在快速提取新疆红枣种植区分布信息和种植面积，为预测产量、价格，巩固脱贫攻坚成果和助力乡村振兴提供数据支持。基于Google Earth Engine云平台，快速获取覆盖全疆的Sentinel-1雷达影像、Sentinel-2光学影像及SRTM地形数据，从中提取光谱、纹理、地形等44个特征并进行特征优选过程，在对随机森林分类器进行超参数调优后，得到新疆2021年10 m分辨率红枣种植区空间分布图，运用超像素聚类的方法对全疆主要红枣种植区域进行分类后处理及分区统计，最终得到全疆红枣种植面积。结果表明：（1） 通过基于简单非迭代聚类算法进行分类处理，得到全疆红枣种植面积为4253 km²，其主要分布在南疆的阿克苏、喀什、和田地区、巴音郭楞蒙古自治州和东疆的吐鲁番市、哈密市等地。（2） 对随机森林分类器进行超参数调优后，能够有效提高提取精度，基于混淆矩阵计算的平均总体分类精度为0.86，平均Kappa系数为0.82，红枣提取的生产者精度为0.87，用户精度为0.80。（3） Sentinel-1极化波段特征在红枣信息提取中占据重要地位，光谱特征和纹理特征次之。结合多源遥感数据能够快速提取新疆红枣种植区分布与面积信息，对推动该地区农业现代化、资源保护和经济发展具有重要意义。

This study aims to efficiently extract the distribution information and planting area of jujube crops in Xinjiang, China, providing essential data support for predicting yield and price, consolidating poverty alleviation achievements, and aiding rural revitalization. Utilizing the Google Earth Engine cloud platform, this research accesses Sentinel-1 radar images, Sentinel-2 optical images, and SRTM terrain data covering Xinjiang. From these data, 44 features including spectral, textural, and terrain attributes are extracted, followed by a feature selection process. The optimized random forest classifier, after hyperparameter tuning, produces a spatial distribution map of Xinjiang’s jujube planting areas with a 10 m resolution for the year 2021. Superpixel clustering method further processes the major jujube planting areas to determine the exact planting extents. The findings are as follows: (1) Employing a simple non-iterative clustering algorithm for classification and post-processing, the identified jujube cultivated area in Xinjiang spans 4253 km², predominantly located in the southern regions of Aksu, Kashgar, Hotan Prefectures, and Bayingolin Mongol Autonomous Prefecture, as well as Turpan and Hami Cities in the east. (2) The accuracy of feature extraction is significantly enhanced through hyperparameter optimization of the random forest classifier, yielding an average overall classification accuracy of 0.86, a Kappa coefficient of 0.82, a producer accuracy for jujube extraction of 0.87, and a user accuracy of 0.80, as assessed via the confusion matrix. (3) Features from the Sentinel-1 polarization band are crucial for jujube information extraction, supplemented effectively by spectral and textural features. Leveraging multisource remote sensing data, this method facilitates rapid acquisition of distribution and area data for jujube planting in Xinjiang, markedly benefiting agricultural modernization, resource conservation, and regional economic development.