The invention relates to a poplar man-made forest carbon reserve assessment device and method based on biomass conversion, and belongs to the technical field of poplar man-made forest carbon reserve assessment. The poplar man-made forest carbon reserve assessment device comprises a central processing unit, the central processing unit calculates biomass and carbon reserve according to sample data of a poplar man-made forest, the sample data is divided into image data and sample data, and a sampling module is used for collecting the image data of the poplar man-made forest and sending the collected image data to the central processing unit. The forest stand sampling system further comprises a sample processing module used for obtaining sample data. The sampling module is matched with the sample loading module and the central processing module to obtain sample data and relevant parameters of poplar trees, so that in the carbon reserve assessment process, forest trees do not need to be cut down, manual sampling operation is reduced, interference of human factors on the ecological environment is reduced, and the assessment accuracy is improved.
本发明涉及一种基于生物量转换的杨树人工林碳储量评估装置及方法,属于杨树人工林碳储量评估技术领域。该杨树人工林碳储量评估装置包括中央处理器,所述中央处理器根据所述杨树人工林的样本数据计算生物量和碳储量,所述样本数据分为图像数据和样品数据,所述取样模块用于采集所述杨树人工林的图像数据,并配合载样模块采集林分样品,还包括用于获取样品数据的样品处理模块。本发明通过取样模块配合载样模块以及中央处理模块,获取样品数据及杨树相关参数,从而在碳储量评估过程中,无需将林木伐倒,并减少人工采样操作,降低人为因素对生态环境的干扰,从而提高评估准确度。
Poplar man-made forest carbon reserve assessment device and method based on biomass conversion
一种基于生物量转换的杨树人工林碳储量评估装置及方法
2024-08-09
Patent
Electronic Resource
Chinese
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