巴西的计量学

English | 2024 | ASIN: B0D5MS4452 | 477 pages| Epub PDF (True) | 130 MB

In a world expected to reach a population of almost 10 billion inhabitants by 2050 and facing rapid global warming, it is essential to develop studies to better characterize and preserve the existing environmental heritage. Among these assets, soil stands out, which is fundamental for the balance of life on the planet (air quality and composition, temperature regulation, carbon and nutrient cycling, water cycling and quality, natural "waste" (decomposition) treatment and recycling, and habitat for most living things and their food). Due its importance, Soil information is increasing recently in order to attend human demands for land use management and capability, reduce erosion risks and soil security, for example. Particularly in Brazil, advances in soil science are now required to attend the new national systematic soil survey that have as a goal soil sustainability and security. Gathering machine learning tools, pedometrics and pedological concepts is a way to achieve these demands regarding soil data and related products. This book summarizes remarkable insights from the II Pedometrics Brazil Conference providing cutting-edge information to researchers, students and professionals working with soils in tropical countries such as Brazil

中文|2024|ASIN:B0D5MS4452|477页|Epub PDF（True）|130 MB在一个预计到2050年将达到近100亿人口并面临快速全球变暖的世界里，开展研究以更好地描述和保护现有的环境遗产至关重要。在这些资产中，土壤尤为突出，它是地球上生命平衡的基础（空气质量和成分、温度调节、碳和营养循环、水循环和质量、自然“废物”（分解）处理和回收，以及大多数生物及其食物的栖息地）。由于其重要性，土壤信息最近正在增加，以满足人类对土地利用管理和能力的需求，降低侵蚀风险和土壤安全。特别是在巴西，现在需要土壤科学的进步来参加新的国家系统土壤调查，该调查的目标是土壤的可持续性和安全性。收集机器学习工具、计步器和土壤学概念是实现这些土壤数据和相关产品需求的一种方式。本书总结了巴西第二届土壤计量学会议的卓越见解，为巴西等热带国家从事土壤研究的研究人员、学生和专业人员提供了前沿信息

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