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Triharmony/Trilemma of Carbon Assets in tropical peatland 热带泥炭地碳资产的三合一/三难选择
Pub Date : 2023-02-20 DOI: 10.32907/ro-134-3991159188
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引用次数: 0
Revealing properties of regular convex polytopes in negative dimensions 揭示负维正则凸多面体的性质
Pub Date : 2023-02-20 DOI: 10.32907/ro-132-3244357401
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引用次数: 0
Triharmony/Trilemma of Nutrients Assets in tropical peatland 热带泥炭地营养资产的三合一/三难困境
Pub Date : 2023-02-20 DOI: 10.32907/ro-134-3989821456
Mitsuru Osaki
in the Maritime Continent of Southeast Asia, the region between the Indian and Pacific Oceans, including Indonesia, Borneo, New Guinea, the Philippines, and the Malay Peninsula (1,2). Peatlands are defined by three main characteristics: carbon-rich peat soils, high water levels, and low soil and water nutrient contents. Their lownutrient environment arises through a number of factors. Peat is composed of carbon-rich fibres, mainly lignin, which are nutrient poor, with nutrient desorption outweighing adsorption. The low pH of the soil (<4) exacerbates this low cation (positive ion) absorption capacity; even nutrients in fertilizers are applied, resulting in limited exchange efficacy. In addition, peatland geomorphology controls the source of water. Peatland regions form peatland domes, areas of relatively higher topography (approx 10m elevation in the centre, dropping to river level along a radius of approx 10km) created by thick layers of peat soils. As natural water courses (rivers) flow around these structures, they do not offer a water source for the peat soils within the dome. Therefore, precipitation, which is naturally nutrient poor, forms the primary water source. The relatively acidic pH of precipitation (~5.6) also contributes to nutrient leaching (1). An additional confounding factor is oxygen deficiency due to extremely low oxygen solubilisation into the water due to physical traits, resulting in reduced nutrients absorption by plants [Figures 1 and 2].
东南亚海洋大陆,印度洋和太平洋之间的区域,包括印度尼西亚、婆罗洲、新几内亚、菲律宾和马来半岛(1,2)。泥炭地由三个主要特征定义:富含碳的泥炭土、高水位和低土壤和水养分含量。它们的低营养环境是由许多因素引起的。泥炭由富含碳的纤维组成,主要是木质素,营养贫乏,营养解吸大于吸附。土壤的低pH值(<4)加剧了这种低阳离子(正离子)吸收能力;即使肥料中的养分也被施用,导致交换效率有限。此外,泥炭地的地貌控制着水源。泥炭地地区形成泥炭地圆顶,这是由厚厚的泥炭土层形成的地势相对较高的地区(中心海拔约10米,沿半径约10公里下降到河流水平)。由于自然水道(河流)在这些建筑物周围流动,它们不能为圆顶内的泥炭土提供水源。因此,天然营养贫乏的降水形成了主要的水源。相对酸性的降水pH值(~5.6)也有助于养分浸出(1)。另一个混淆因素是由于物理特性导致氧气溶解度极低而导致缺氧,从而导致植物对养分的吸收减少[图1和2]。
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引用次数: 0
Vesalius Innovation Awards Impactful technology and the Research World Vesalius创新奖有影响力的技术和研究世界
Pub Date : 2023-02-20 DOI: 10.32907/ro-134-3996723657
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引用次数: 0
Steering STEM education development through play 通过游戏引导STEM教育发展
Pub Date : 2023-02-16 DOI: 10.32907/ro-134-3989745931
Tom Lowrie
for early childhood educators is assessing children’s progression during this particularly free-spirited part of their education. It is a period in their learning that lays the vital groundwork for their educational future. This is especially the case in critical STEM education – science, technology, engineering, and maths. In Australia, as in other countries worldwide, early childhood education practice around STEM is currently geared towards content and assessing children’s knowledge of that content. However, two leading Australian STEM education researchers are encouraging educators to rethink how children interact with these subjects by pointing out that it is a crucial component of their play, and that assessing their progression should capitalise on that.
幼儿教育工作者正在评估儿童在这一特别自由的教育阶段的进步。这是他们学习的一个阶段,为他们未来的教育奠定重要的基础。在关键的STEM教育(科学、技术、工程和数学)中尤其如此。在澳大利亚,与世界其他国家一样,围绕STEM的早期儿童教育实践目前侧重于内容和评估儿童对该内容的知识。然而,两位领先的澳大利亚STEM教育研究人员鼓励教育工作者重新思考孩子们如何与这些科目互动,他们指出这是他们游戏的关键组成部分,评估他们的进步应该利用这一点。
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引用次数: 0
Retrocausality How backwards-in-time effects could explain quantum weirdness 逆因果关系时间倒流效应如何解释量子怪异现象
Pub Date : 2023-02-16 DOI: 10.32907/ro-134-3974837224
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引用次数: 0
Artemis:DNA-PKcs A new drug target for cancer treatment? 阿尔忒弥斯:DNA-PKcs是治疗癌症的新药物靶点?
Pub Date : 2023-02-15 DOI: 10.32907/ro-134-3974738736
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引用次数: 0
Adaptive experiments Machine learning can help scientific discovery 适应性实验机器学习可以帮助科学发现
Pub Date : 2023-02-15 DOI: 10.32907/ro-134-3958595563
Cheng Soon Ong
Machine learning relies on mathematics, data, and algorithms to identify patterns in natural phenomena. In other words, computers gradually improve their accuracy without being explicitly instructed how to do so. Machine learning is a subset of artificial intelligence which can be defined as the ability of a computer program to learn from experience with respect to a specific kind of data and a performance measure. The conventional learning process begins by feeding input data to the algorithm, which extracts features and classifies them by providing a predicted output. We refer to the conventional machine Adaptive experiments Machine learning can help scientific discovery
机器学习依靠数学、数据和算法来识别自然现象中的模式。换句话说,计算机在没有明确指示如何做的情况下逐渐提高其准确性。机器学习是人工智能的一个子集,可以定义为计算机程序从特定类型的数据和性能度量方面的经验中学习的能力。传统的学习过程首先是将输入数据输入到算法中,算法通过提供预测输出来提取特征并对其进行分类。我们参考了传统的机器自适应实验,机器学习可以帮助科学发现
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引用次数: 0
Triharmony/Trilemma of Water Assets in tropical peatland 热带泥炭地水资产的三合一/三难困境
Pub Date : 2023-02-13 DOI: 10.32907/ro-134-3957184811
Tsuyoshi Kato
susceptible to high soil moisture and groundwater levels. As such, conventional water management schemes called ‘Drainage orientated Water-management’ (DoW), predominate in areas of tropical peatland, especially plantations, and are characterised by low groundwater levels. Reducing the groundwater level for agriculture and plantations has long been a fundamental aim for tropical peatland management. Consequently, the DoW has significant impacts on the degradation of tropical peatland (1).
易受高土壤湿度和地下水位的影响。因此,被称为“以排水为导向的水管理”(DoW)的传统水管理方案在热带泥炭地,特别是种植园地区占主导地位,其特点是地下水位低。长期以来,降低用于农业和种植园的地下水位一直是热带泥炭地管理的一个基本目标。因此,DoW对热带泥炭地的退化有显著影响(1)。
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引用次数: 0
The heart of the matter Elamipretide in the treatment of Barth syndrome 问题的核心是埃拉米肽在治疗巴斯综合征中的作用
Pub Date : 2023-02-13 DOI: 10.32907/ro-134-3957221560
Hani Sabbah, Dr Sabbah
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引用次数: 0
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Research outreach : the outreach quarterly connecting science with society
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