Troumbis Andreas Y
Biodiversity Conservation Laboratory, Department of the Environment, University of the Aegean, Greece.
Heliyon. 2021 Feb 25;7(2):e06333. doi: 10.1016/j.heliyon.2021.e06333. eCollection 2021 Feb.
The application of the mass-energy-information equivalence principle developed after the experimentally demonstrated Landauer's principle on thermodynamics, entropy, and information is an unexplored but promising path in search of objectivity and compatibility between strict physical and mathematical entities and relative human behavior in biodiversity conservation issues. Conservation culturomics is proposed as the epistemic methodology and programme to trace the evolution in cultural human-nature relationships. Historically, controversies do persist between pro- vs. non- environmental opinions and policies. The proposed combination of physics and culturomics is feasible, although complex, multileveled, and depending on a series of academic, technical, and political prerequisites. In the era of staggering information technologies, Internet use proliferation and cultural relativism, reliable information on conservation knowledge vs. often unfounded story-tellings is a sine qua non for the development of badly needed modern global conservation strategies, targets, and goals.
在实验证明了关于热力学、熵和信息的兰道尔原理之后发展起来的质能信息等效原理的应用，是在生物多样性保护问题中寻找严格物理和数学实体与人类相对行为之间的客观性和兼容性的一条尚未探索但很有前景的途径。保护文化组学被提议作为追踪人类与自然文化关系演变的认知方法和计划。从历史上看，支持与不支持环境保护的观点和政策之间确实存在争议。虽然将物理学和文化组学结合起来很复杂、具有多层次性且取决于一系列学术、技术和政治前提条件，但这种结合是可行的。在信息技术惊人发展、互联网使用激增和文化相对主义的时代，关于保护知识的可靠信息与常常毫无根据的故事讲述相比，是制定急需的现代全球保护战略、目标和宗旨的必要条件。
