Department of Environmental Science and Policy, George Mason University, 4400 University Drive, Fairfax, VA, 22030, USA.
Environ Monit Assess. 2022 Sep 5;194(10):726. doi: 10.1007/s10661-022-10420-1.
A procedure is presented and discussed that highlights the use of the Nix Pro Color Sensor ("Nix") in digitizing soil colors with applications for forested wetland soils. Informed by our soil color investigations using both the Munsell Soil Color Chart (MSCC) and the Nix in forested wetlands of the northern Virginia area, we crafted a standard operating procedure (SOP), adaptable to various locations and/or soil types, that guides users-regardless of knowledge of soil ecology or familiarity with the Nix-to successfully assess and monitor soil colors at various depths. Our SOP outlines steps for digitally collecting, storing, and sharing soil color data. Through the implementation of this procedure, soil color monitoring can enter the digital age, removing barriers of entry to soil color determination and enhancing individuals' interest in monitoring and understanding of the importance of soil color as an environmental and ecological indicator. With continued refinement and adaptation to intended use, the SOP herein presented has the potential to aid wetland/watershed assessment by providing data on soil colors that can be tracked over time while also encouraging public engagement in environmental monitoring of soils.
本文介绍并讨论了一种方法,该方法强调了使用 Nix Pro 颜色传感器(“Nix”)对森林湿地土壤颜色进行数字化,适用于森林湿地土壤。受我们在弗吉尼亚北部地区的森林湿地中使用 Munsell 土壤颜色图表(MSCC)和 Nix 进行土壤颜色调查的启发,我们制定了一个标准操作规程(SOP),该规程可适应不同的地点和/或土壤类型,指导用户(无论其是否了解土壤生态学或熟悉 Nix)成功地在不同深度评估和监测土壤颜色。我们的 SOP 概述了数字化收集、存储和共享土壤颜色数据的步骤。通过实施该程序,可以使土壤颜色监测进入数字时代,消除确定土壤颜色的障碍,并增强个人对监测和理解土壤颜色作为环境和生态指标的重要性的兴趣。随着不断的改进和适应预期用途,本文提出的 SOP 有可能通过提供可以随时间跟踪的土壤颜色数据来帮助湿地/流域评估,同时鼓励公众参与土壤环境监测。