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№ CN122944644AInvention

Unknown

基于物联网的改良橡胶林土壤环境实时监测方法及系统

本发明提出基于物联网的改良橡胶林土壤环境实时监测方法及系统，方法包括：在施用纳米生物炭基肥的地块内，设置固定监测剖面，采集各深度层基准数据；运行中将实时土壤数据与同点同深度基准数据比较，通过计算改良接近量并综合指标方向，生成各深度层的改良状态。按剖面由浅至深读取各层状态，识别有效作用层，并将迁移风险层中含水量下移伴随电导率或重金属升高的异常登记为下移风险，据此确定肥效边界位置并通过相邻周期变化判断边界运动状态；根据肥效边界状态识别风险类型，生成含预警等级和管护指令的风险预警记录，推送至管理终端。本发明将物联网监测数据转化为边界状态和处置指令，适用于改良橡胶林土壤环境的连续监测与精准管护。

❖中国热带农业科学院橡胶研究所张婧旻; 林清火; 王文斌; 王禹; 薛欣欣; 赵春梅; 任常琦; 罗微Oct 20, 2026§ 2/10 ClaimsG01N 33/24 (2006.01)34

№ CN122922376AInvention

Unknown

一种基于土壤-叶片-胶乳联合诊断的橡胶林土壤限制因子识别方法

本发明公开了一种基于土壤‑叶片‑胶乳联合诊断的橡胶林土壤限制因子识别方法，该方法包括：限定标准化诊断区域并划分产量梯度林段；同步采集土壤、叶片、胶乳样品并记录干胶产量；测定三介质养分指标并计算关键养分比值；经多层递进统计分析与随机森林、偏最小二乘路径模型耦合，量化各指标对产量的贡献度与作用路径，确定核心土壤限制因子；依据三级养分阈值标准判断胁迫类型并给出田间矫正方案。本发明填补了橡胶林土壤限制因子系统识别的技术空白，能精准区分酸化、钙镁亏缺、微量元素毒害、营养失衡及乳管代谢胁迫，为胶园平衡施肥与产量提升提供技术支撑。

❖中国热带农业科学院橡胶研究所王大鹏; 蒙盼盼; 詹杉; 薛欣欣; 茶正早Oct 16, 2026§ 1/9 ClaimsG01N 33/24 (2006.01), G01N 33/00 (2006.01), G06N 20/20 (2019.01) +2