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“Tools, techniques, and tutorials” section in Interpretation “解释”中的“工具、技术和教程”部分
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-07-04 DOI: 10.1190/int-2023-0629-fe.1
Sumit Verma, V. Egorov
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引用次数: 0
Regional source rock thermal stress modeling and map-based charge access modeling of the Port Isabel passive margin foldbelt, northwestern Gulf of Mexico 墨西哥湾西北部伊莎贝尔港被动边缘褶皱带的区域源岩热应力建模和基于地图的电荷获取建模
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-07-04 DOI: 10.1190/int-2023-0004.1
M. N. Bugti, Paul Mann
The Port Isabel passive margin foldbelt covers 17,000 km2 of the northwestern, deepwater U.S. Gulf of Mexico (GOM). Seven oil exploration wells were drilled in the area from 1996 to 2007, yielding a single, uncommercial gas discovery. The 5-7 km thick Oligo-Miocene section prevented drilling from penetrating the underlying Paleogene and Mesozoic source rocks. Accommodation space for the Oligo-Miocene section was created by the collapse of a paleo-salt wall, leading to linked fault systems in the upper decollement to the west. We used 13 exploration wells to construct 1D and map-based 2D basin models to investigate the burial and thermal history of three inferred source rock horizons (Paleogene, Turonian, and Tithonian). We interpreted a 2D seismic data grid tied to four wells to constrain stratigraphic depths and thicknesses, younger and shallower Wilcox source rock horizons, and interpreted Jurassic and Cretaceous source rock horizons. Our results show vitrinite reflectance as a proxy for the thermal stress levels reached by the source rocks combined with maps of hydrocarbon charge access. We conclude that all three source rock intervals reached varying degrees of maturity and expelled hydrocarbons in late Paleogene to mid-Neogene and likely continue expelling hydrocarbons to the present-day at a reduced rate. The deposition of the Oligocene and Middle Miocene sedimentary section buried the underlying source intervals and likely brought them into the gas/condensate window at present-day. Our mapping of the seismic grid revealed four-way structural closures, three-way stratigraphic traps, and salt truncation structures associated with amplitude anomalies which may support our predictions for maturity in the underlying source rocks. Thermal stress maps predict source rocks have matured. There arises a need to investigate the hydrocarbon migration model, including assessing charge access for each well. The timing of late trap formation and early hydrocarbon charge remains a risk factor.
伊莎贝尔港被动边缘褶皱带覆盖了美国墨西哥湾(GOM)西北部17000平方公里的深水区域。从1996年到2007年,该地区共钻探了7口石油探井,发现了一口非商业性天然气。5-7公里厚的渐新世-中新世剖面阻止了钻探穿透下伏的古近系和中生代烃源岩。渐新世-中新世剖面的容纳空间是由古盐墙的坍塌形成的,导致西部上部滑脱带的断层系统相连。我们使用13口探井构建了1D和基于地图的2D盆地模型,以调查三个推断的源岩层(古近系、土仑系和提香系)的埋藏和热史。我们解释了与四口井相连的二维地震数据网格,以限制地层深度和厚度、更年轻和更浅的威尔科克斯源岩层,并解释了侏罗纪和白垩纪源岩层。我们的结果显示,镜质组反射率是烃源岩达到的热应力水平的代表,并结合碳氢化合物电荷获取图。我们得出的结论是,所有三个烃源岩层段都达到了不同程度的成熟度,并在古近纪晚期至新近纪中期排出了碳氢化合物,并可能继续以较低的速率排出碳氢化合物至现今。渐新世和中新世中期沉积段的沉积掩埋了下伏的源层段,并可能将其带入现今的天然气/凝析油窗口。我们对地震网格的绘制揭示了与振幅异常相关的四向结构闭合、三向地层圈闭和盐截断结构,这可能支持我们对下伏源岩成熟度的预测。热应力图预测烃源岩已经成熟。有必要研究碳氢化合物运移模型,包括评估每口井的装药途径。晚期圈闭形成和早期碳氢化合物充注的时间仍然是一个风险因素。
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引用次数: 0
Book Notes 书本笔记
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-07-01 DOI: 10.1111/lsi.12039
Civil Liberties, E. Debs
CIVIL LIBERTIES ....................................................................................................................766 COURTS AND JUDGES ............................................................................................................766 CRIMINAL JUSTICE AND SOCIAL CONTROL ............................................................................766 ISSUES IN RESEARCH ON LAW AND BEHAVIOR ........................................................................767 JUDGE LEARNED HAND .........................................................................................................767 LAW AND CAREGIVING .........................................................................................................767 LAW AND CONTRACT ...........................................................................................................768 LAW AND FAMILY RELATIONSHIPS .........................................................................................768 LAW AND GENDER ................................................................................................................769 LAW AND GLOBALIZATION ....................................................................................................769 LAW AND GOVERNANCE .......................................................................................................769 LAW AND IMMIGRATION ........................................................................................................769 LAW AND INDIGENOUS PEOPLES .............................................................................................770 LAW AND PROPERTY .............................................................................................................770 LAW AND SEXUALITY ............................................................................................................770 LAW AND SURVEILLANCE ......................................................................................................771 LAW AND TECHNOLOGY ........................................................................................................771 LAW AND THE WORKPLACE ...................................................................................................771 LEGAL EDUCATION ...............................................................................................................771 SOCIOLEGAL THEORY ............................................................................................................772
CIVIL LIBERTIES .................................................................................................................... 766COURTS, AND JUDGES ............................................................................................................ 766CRIMINAL重温,AND“社会进步特工局 ............................................................................ 766ISSUES打印RESEARCH,上阿劳,AND BEHAVIOR ........................................................................ 767只要坚持与伟大高潮近了 ......................................................................................................... 767阿劳,AND CAREGIVING ......................................................................................................... 767阿劳,AND CONTRACT ........................................................................................................... 768阿劳,AND全家福》RELATIONSHIPS ......................................................................................... 768阿劳,AND GENDER ................................................................................................................ 769阿劳,AND GLOBALIZATION .................................................................................................... 769阿劳,AND GOVERNANCE ....................................................................................................... 769阿劳,AND IMMIGRATION ........................................................................................................ 769阿劳,AND INDIGENOUS PEOPLES ............................................................................................. 770阿劳,AND PROPERTY ............................................................................................................. 770阿劳,AND SEXUALITY ............................................................................................................ 770阿劳,AND SURVEILLANCE ...................................................................................................... 771阿劳,AND TECHNOLOGY ........................................................................................................ 771阿劳,AND THE WORKPLACE ................................................................................................... 771全球教育无效移动 ............................................................................................................... 771SOCIOLEGAL博弈论 ............................................................................................................ 772
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引用次数: 0
Properties of High-Performing Horizontal Wells in the Midland Basin Midland盆地高效水平井特性研究
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-06-28 DOI: 10.1190/int-2022-0105.1
Frank Male, R. Dommisse, Livia Sivila, S. Hamlin, E. Goodman
What do the best horizontal wells in the Midland Basin Spraberry and Wolfcamp tight oil plays have in common? What differentiates them from less productive wells? In this study, we address these questions with data assembled from a high-resolution geomodel and public and vendor-sourced completions data. From 10,064 tight oil horizontal wells, 101 (1%) of the most productive wells by first-year oil production and 101 of the most productive wells by length-normalized first-year production are selected. We compare the completion, spacing, and petrophysical, landing, and fluid properties between the most productive wells and others. Among the discoveries, we find that Wolfcamp A wells are more likely to be in the top 1%, especially those drilled in the carbonate-poor rock. Average hydrocarbon-filled pore volume and oil formation factors still led to high-performing wells. High pressure is an important consideration for Wolfcamp B top producers. All of the best oil producers have low producing gas-oil ratios. The top 1% of wells are usually the first well in the pad to be completed, and they come from above-average pads. The top 30% of completions led to the top 1% of wells more often than extremely intense completions. Operators can apply these results to the further development of the Midland Basin. Specifically, they can prioritize development areas in Wolfcamp A with low carbonate abundance and save costs by not implementing extremely intense completions.
Midland Basin Spraberry和Wolfcamp致密油区块中最好的水平井有什么共同点?它们与产量较低的油井有什么区别?在这项研究中,我们用高分辨率地质模型收集的数据以及公共和供应商来源的完井数据来解决这些问题。从10064口致密油水平井中,选择了101口(1%)第一年产量最高的井和101口长度归一化第一年产量最高产的井。我们比较了产量最高的油井和其他油井的完井、间距、岩石物理、着陆和流体特性。在这些发现中,我们发现Wolfcamp A井更有可能位于顶部1%,尤其是在碳酸盐岩贫乏的岩石中钻探的井。平均充烃孔隙体积和油形成因素仍然导致高性能井。高压是Wolfcamp B顶级制作人的一个重要考虑因素。所有最好的石油生产商都有较低的天然气-石油产量比率。顶部1%的井通常是井场中第一口要完成的井,它们来自高于平均水平的井场。前30%的完井导致前1%的井比极端密集的完井更频繁。运营商可以将这些结果应用于米德兰盆地的进一步开发。具体而言,他们可以优先考虑Wolfcamp A中碳酸盐丰度较低的开发区域,并通过不进行极密集的完井来节省成本。
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引用次数: 0
Horizontal Well Path Design with Seismic Inversion for a Shale Oil Reservoir in the Ordos Basin, China 鄂尔多斯盆地页岩油藏地震反演水平井路径设计
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-06-20 DOI: 10.1190/int-2022-0107.1
Hu Xinhai, Lu Minghui, Cao Hong, Yang Zhifang, Song Jianyong
The shale oil reservoir of Chang 7 member, Yanchang Formation in Ordos basin has shown great potential. They are highly heterogeneous and relatively thin sand body interbedded with mudstone and siltstone. This proposes the demand for accurate and high-resolution inversion data. We propose a workflow to plan the horizontal well path with seismic interpretation. Basic interpretation is conducted, which included well tie, horizon interpretation, and fault interpretation. A time-to-depth conversion workflow based on full waveform inversion, is proposed to gain the precise seismic and inversion data. The velocity model of FWI shows more high wavenumber variations that reflect thin and localized geological features than that of conventional migration velocity analysis. The geological statistical inversion is applied to get the high-resolution reservoir models for the thin layers beyond the seismic resolution. A comprehensive index is computed with the inverted parameters to reflect the quality of reservoir and identify the sweet-spots. We define the coordinates, direction and length of horizontal section on the sweet-spot maps. After that, the sections of seismic and inversion data along the paths are extracted to define the depth of the paths. In the study, the optimal paths are close to the centerline of target oil sand layers. The effectiveness of the workflow was verified by the application practice in Qingcheng oil field, Ordos Basin.
鄂尔多斯盆地延长组长7段页岩油气藏显示出巨大的开发潜力。它们是高度不均匀的,相对较薄的砂体,与泥岩和粉砂岩互层。这就提出了对精确和高分辨率反演数据的需求。我们提出了一种利用地震解释来规划水平井径的工作流程。进行了基本解释,包括井结解释、层位解释和断层解释。提出了一种基于全波形反演的时深转换工作流程,以获得精确的地震和反演数据。FWI的速度模型比传统的偏移速度分析显示出更多的高波数变化,这些变化反映了薄的局部地质特征。应用地质统计反演方法,得到了地震分辨率以外的薄层的高分辨率储层模型。利用反演的参数计算了一个综合指标,以反映储层的质量并识别最佳点。我们在最佳点地图上定义了水平截面的坐标、方向和长度。之后,提取沿着路径的地震和反演数据的截面,以定义路径的深度。在研究中,最优路径接近目标油砂层的中心线。通过在鄂尔多斯盆地青城油田的应用实践验证了该工作流程的有效性。
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引用次数: 0
Mass balance of generation, retention, and production for the Wolfcamp-sourced hydrocarbon in the Permian Delaware Basin: Insight on remaining recoverable resource and expulsion efficiency 特拉华州二叠纪盆地Wolfcamp来源碳氢化合物的生成、保留和生产质量平衡:剩余可采资源和排出效率的见解
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-06-20 DOI: 10.1190/int-2022-0119.1
A. Baskoro, A. Yu, E. Grossman
Detailed quantification of basin-wide hydrocarbon (HC) masses from generation to production is necessary for a quantitative petroleum system analysis, and ultimately, for accurate resource estimation. Such quantified HC masses must be balanced following the fundamental laws of mass conservation. Mass balance is particularly important for unconventional-conventional petroleum systems in which expulsion efficiency (EE) is a critical parameter defining HCs in place, within the source rock (SR) interval and outside. This study performs an HC mass balance assessment aiming primarily to obtain insights on the remaining recoverable and EE, applied to the Wolfcamp Formation (Fm) in the Permian Delaware Basin. Calculated generated HC volumes from the Wolfcamp Fm based on the assumed 3D geologic model and p90/50/10 SR properties are 878/2107/4514 billion barrels of oil equivalent (BBOE). The mass balance is performed with three calculation scenarios: (1) inversion of EE (based on the United States Geological Survey [USGS]-estimated remaining recoverable HC in the Wolfcamp Fm), (2) forward calculation with multiple assumed EE, and (3) HC expulsion simulation. The mass balance with the inversion of EE indicates that the p90/50/10 of 58%/62%/69% overall EE is required for the Wolfcamp Fm to achieve the USGS-estimated remaining recoverable HC of 35/78/140 BBOE. Both mass balance with forward calculation and expulsion simulation predict overall lower p90/50/10 EE of 50% and 30%/56%/75%, respectively, thus resulting in higher than the USGS-estimated remaining recoverable HC in the Wolfcamp Fm in most scenarios. All of the mass balance calculations are also consistent with the interpretation of Wolfcamp unconventional play as a self-sourced play. This workflow is an efficient tool for taking a quantitative look at the petroleum system, especially related to the possibilities of generated HC distribution in the system. The calculated mass balance can serve as a reference in modeling unconventional systems and resources.
从生成到生产的全盆地碳氢化合物(HC)质量的详细量化对于定量的石油系统分析以及最终的准确资源估计是必要的。这些量化的HC质量必须按照质量守恒的基本定律进行平衡。质量平衡对于非常规常规石油系统尤其重要,在该系统中,排油效率(EE)是定义烃源岩(SR)层段内和层外原位HC的关键参数。本研究进行HC质量平衡评估,主要目的是了解剩余可采储量和EE,适用于二叠纪特拉华盆地的Wolfcamp组(Fm)。根据假设的三维地质模型和p90/50/10 SR特性,计算出Wolfcamp组的HC生成量为878/2107/4514亿桶石油当量(BBOE)。质量平衡采用三种计算方案进行:(1)EE反演(基于美国地质调查局【USGS】-Wolfcamp组中估计的剩余可采HC),(2)采用多重假设EE的正向计算,以及(3)HC排出模拟。EE反演的质量平衡表明,Wolfcamp组需要58%/62%/69%总EE的p90/50/10,以实现USGS估计的35/78/140 BBOE的剩余可采HC。采用正向计算的质量平衡和排出模拟预测的p90/50/10 EE总体较低,分别为50%和30%/56%/75%,因此在大多数情况下,Wolfcamp组的剩余可采HC高于美国地质调查局估计的值。所有的质量平衡计算也与Wolfcamp非传统游戏作为一种自来源游戏的解释一致。该工作流程是对石油系统进行定量研究的有效工具,特别是与系统中生成的HC分布的可能性有关。计算出的质量平衡可作为非常规系统和资源建模的参考。
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引用次数: 0
Pore pressure prediction using S-wave velocity based on rock physics modeling 基于岩石物理模型的S波速度预测孔隙压力
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-06-20 DOI: 10.1190/int-2022-0088.1
Shuailong Cheng, Z. Zong, Yu Chen, Yaming Yang
Pore pressure plays a critical role in improving drilling safety and exploring hydrocarbons. It is well known that the prediction of pore pressure is mainly based on P-wave velocity or acoustic transit time. However, due to the influence of various factors on P-wave velocity, it may not be sensitive enough to the perturbations of effective stress, which results in inaccurate pore pressure prediction results. To solve this issue, we perform a specialized analysis of rock physics data and find that S-wave velocity is more sensitive to the perturbations in effective stress than P-wave velocity. Therefore, in this study, we propose a new pore pressure prediction method based on shear waves to predict pore pressure more accurately. In order to obtain the normal compaction trend (NCT) required by the proposed method, an anisotropic rock physics model of mudstone is first constructed, and normal compaction porosity is added to the rock physics model. The difference between the obtained NCT and the measured S-wave velocity is then utilized for predicting pore pressure through the proposed method. In practical data application, the pore pressure predicted by the proposed method is highly consistent with the measured pore pressure points, which proves the advantages of S-wave velocity in predicting pore pressure.
孔隙压力对提高钻井安全性和油气勘探具有至关重要的作用。众所周知,孔隙压力的预测主要基于纵波速度或声波传递时间。但由于各种因素对纵波速度的影响,可能对有效应力的扰动不够敏感,导致孔隙压力预测结果不准确。为了解决这个问题,我们对岩石物理数据进行了专门分析,发现横波速度比纵波速度对有效应力的扰动更敏感。因此,在本研究中,我们提出了一种新的基于剪切波的孔隙压力预测方法,以更准确地预测孔隙压力。为了获得该方法所需的正压实趋势(NCT),首先建立了泥岩的各向异性岩石物理模型,并将正压实孔隙度加入到岩石物理模型中。然后利用所获得的NCT与测量的横波速度之间的差值,通过该方法预测孔隙压力。在实际数据应用中,该方法预测的孔隙压力与实测孔隙压力点高度吻合,证明了横波速度预测孔隙压力的优势。
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引用次数: 0
Major Review: 1 Peter: A Commentary 主要评论:1彼得:评论
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-06-12 DOI: 10.1177/00209643231166698a
J. Green
With Commentaries already published on Matthew, John, the Acts of the Apostles, Romans, 1–2 Corinthians, Galatians, and Revelation, Keener now places us further in his debt with this fresh examination of 1 Peter. As readers make their way through this hefty book, those who have sampled Keener’s previous interpretive work will find themselves in familiar territory. He brings the same socio-cultural-historical sensibilities to this volume that we have learned to associate with his work more generally. Given the range of commentaries and commentary series available today, the question naturally arises: What kind of commentary is this? For Keener, clearly, the craft of commentary writing centers squarely on locating and grasping a work like 1 Peter in its literary-historical world. Indeed, the index of “ancient sources”—Old Testament apocrypha and pseudepigrapha, Dead Sea Scrolls, Josephus and Philo, mishnaic and Talmudic literature and other rabbinic writings, works from the early church, books discovered at Nag Hammadi, and a wide-ranging collection of other Greek and Latin sources—runs over sixty pages, and references to these sources are distributed across the commentary on almost every page.
在《马太福音》、《约翰福音》、《使徒行传》、《罗马书》、《哥林多前书1 - 2》、《加拉太书》和《启示录》的注释已经出版之后,Keener现在用他对《彼得前书》的新的考察,让我们进一步感谢他。当读者阅读这本厚重的书时,那些读过基纳之前的解释性作品的人会发现自己置身于熟悉的领域。他给这本书带来了同样的社会文化历史敏感性,我们已经学会了更普遍地将其与他的作品联系起来。考虑到今天可获得的评论和评论系列的范围,问题自然产生了:这是什么样的评论?对于基纳来说,很明显,评论写作的技巧直接集中在定位和把握像《彼得前书》这样的作品在其文学历史世界中的位置。事实上,“古代文献”的索引——旧约伪经和伪经、死海古卷、约瑟夫和菲罗、米什尼和塔木德文献和其他拉比著作、早期教会的作品、在拿格哈玛第发现的书籍,以及其他广泛的希腊和拉丁文献——超过了60页,对这些文献的参考资料几乎分布在每一页的注释中。
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引用次数: 0
Major Review: Bad Faith: Race and the Rise of the Religious Right 主要评论:《恶意:种族与宗教权利的兴起》
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-06-12 DOI: 10.1177/00209643231166698c
D. Torbett
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引用次数: 3
Major Review: Illness, Pain, and Health Care in Early Christianity 主要评论:早期基督教的疾病、疼痛和保健
IF 1.2 4区 地球科学 Q2 Earth and Planetary Sciences Pub Date : 2023-06-12 DOI: 10.1177/00209643231166698
Helen Rhee
ILLNESS, PAIN, AND HEALTH CARE IN EARLY CHRISTIANITY by Helen Rhee. Grand Rapids, MI: Eerdmans Publishing, 2022. 367 pages. Hardcover; $49.99. ISBN: 9780802876843. *"The practice of medicine is an art, not a trade; a calling, not a business; a calling in which your heart will be exercised equally with your head." --William Osler (1849-1919) *Helen Rhee, professor of the History of Christianity at Westmont College, has encapsulated this famous saying in her recent book, Illness, Pain, and Health Care in Early Christianity by demonstrating how partially objective medicine as an early science co-evolved with subjective religious thought throughout early Greek, Roman, and Christian history. Indeed, even today, a patient's pursuit of relief from suffering often involves the clinical science of medicine occurring arm-in-arm with spiritual care. Such examples include use of hospital chaplains, visitation and assistance from members of a congregation, and personal prayer. This book is comprehensive in nature and academic in tone, and Rhee has found some fascinating continuing threads of healthcare occurring in these aspects of Western civilization. *The book begins with general ideas of illness in all three cultures. Greek culture considered the importance of the Hippocratic ideas such as humoralism (defined as various body fluids and their effect on human illness) as well as prioritizing an individual's health to be a societal priority. The emphasis placed on one's individual health inherently makes sense when one considers Greek culture's lack of modern medicine, the absence of understanding public health, the high mortality rate of pregnant women and young infants, and the constant presence of death in their society (pp. 1, 2). A Greek athlete was considered the exemplar of health with the expectation that their health attributes, like all humans, would decline over time. *Roman ideas followed, led by Galen, in which each part of the body was defined simply by its usefulness and its ability to work together in concordance with every body part to make up a healthy human. Thus, Galen believed that all human function descended from a divine design; this was in sharp contrast to the ideas of Epicurus who believed nature's design had random underpinnings. This early philosophical debate involving Roman medicine still continues almost 2,000 years later with regard to a potential purpose versus a lack of purpose in biological evolution. Typically, suggestions for changes in diet and exercise were the main Roman recommendations in the setting of illness, in that medicine and public health would not be viable study areas for many centuries. The author brings up the stark reality of terrible sanitation in ancient Rome which exacerbated many of the infectious pandemics. In fact, pandemics often were considered a part of divine punishment possibly for unknown sins. We can consider the parallels of pandemics of our time, such as those associated with HIV/AIDS or C
罗马历史上的书面疼痛叙述内容广泛,似乎经常模仿现代医学生的当前历史和体检过程。早期基督教关于疼痛的思想与斯多葛主义的信仰结构有点相似,在斯多葛主义中,人类的疼痛可以作为一种学习工具。早期的基督教作家经常认为,通过个人的痛苦来模仿基督的痛苦是一种学习和神圣的体验。这些想法最终导致了“烈士”的概念,作者用非常详细的例子描述了这一概念*这本书的最后一节涉及古代世界的医疗保健,当我考虑到医疗保健在现代社会中的实践时,我发现这本书最引人入胜。希腊人和罗马人都利用他们的寺庙作为治疗场所,利用祈祷和净化仪式。治疗极其有限,主要是由于缺乏对科学方法的了解。危险的放血、清洗和烧灼是古代常见的做法。作者指出,罗马人确实建造了一段时间的医院,但这些医院只是为了保护财产(奴隶)和士兵的健康*早期基督徒认为医学是上帝的礼物,在瘟疫复发期间,他们建造了早期医院(实际上,通常是为病人提供休息和营养的家),这可能标志着早期医疗保健的重大进步,因为这种简单但基本的疗法确实有治愈的好处。令人着迷的是,早期的作家,如奥里金,相信更多有精神的人会被上帝治愈,而不一定需要医生的医疗护理。这些命题平行于仍然渗透在现代社会中的伪科学思想;一些宗教运动中反疫苗接种运动的兴起就是一个很好的例子。不管早期基督教作家的写作如何,可以理解的是,许多患者会继续遵循希腊罗马社会的一些异教徒医疗疗法,因为良好的治疗选择是有限的,而古希腊和古罗马人的写作本质上提供了一种“第二种观点”*关于这本书,我有很多好的话要说。李详细介绍了古希腊、罗马和基督教社会中治疗师的著作。在这些早期历史时期,用于治愈的患者和疗法的例子被提供了大量的细节。预防的许多医学方面在当今社会仍有回响,包括强调锻炼和饮食以改善健康,利用疼痛来确定病因,以及建设医院以改善护理。不幸的是,在一些宗教体系中,疾病是由罪恶引起的,只有祈祷才能治愈。这种信念是不幸的;一个更好的信念是上帝提供了现代医学作为礼物来改善人类的福祉。我强烈推荐这本书,不仅是为了那些对希腊罗马和早期基督教社会的早期医疗保健感兴趣的人,也是为了那些关注医疗保健随着时间的推移而演变的人,因为它开始慢慢发展成为今天的科学、循证、现代医学*审核人:John F.Pohl,医学博士,儿科教授,犹他大学盐湖城初级儿童医院,UT 84113。
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引用次数: 0
期刊
Interpretation-A Journal of Subsurface Characterization
全部 Geobiology Appl. Clay Sci. Geochim. Cosmochim. Acta J. Hydrol. Org. Geochem. Carbon Balance Manage. Contrib. Mineral. Petrol. Int. J. Biometeorol. IZV-PHYS SOLID EART+ J. Atmos. Chem. Acta Oceanolog. Sin. Acta Geophys. ACTA GEOL POL ACTA PETROL SIN ACTA GEOL SIN-ENGL AAPG Bull. Acta Geochimica Adv. Atmos. Sci. Adv. Meteorol. Am. J. Phys. Anthropol. Am. J. Sci. Am. Mineral. Annu. Rev. Earth Planet. Sci. Appl. Geochem. Aquat. Geochem. Ann. Glaciol. Archaeol. Anthropol. Sci. ARCHAEOMETRY ARCT ANTARCT ALP RES Asia-Pac. J. Atmos. Sci. ATMOSPHERE-BASEL Atmos. Res. Aust. J. Earth Sci. Atmos. Chem. Phys. Atmos. Meas. Tech. Basin Res. Big Earth Data BIOGEOSCIENCES Geostand. Geoanal. Res. GEOLOGY Geosci. J. Geochem. J. Geochem. Trans. Geosci. Front. Geol. Ore Deposits Global Biogeochem. Cycles Gondwana Res. Geochem. Int. Geol. J. Geophys. Prospect. Geosci. Model Dev. GEOL BELG GROUNDWATER Hydrogeol. J. Hydrol. Earth Syst. Sci. Hydrol. Processes Int. J. Climatol. Int. J. Earth Sci. Int. Geol. Rev. Int. J. Disaster Risk Reduct. Int. J. Geomech. Int. J. Geog. Inf. Sci. Isl. Arc J. Afr. Earth. Sci. J. Adv. Model. Earth Syst. J APPL METEOROL CLIM J. Atmos. Oceanic Technol. J. Atmos. Sol. Terr. Phys. J. Clim. J. Earth Sci. J. Earth Syst. Sci. J. Environ. Eng. Geophys. J. Geog. Sci. Mineral. Mag. Miner. Deposita Mon. Weather Rev. Nat. Hazards Earth Syst. Sci. Nat. Clim. Change Nat. Geosci. Ocean Dyn. Ocean and Coastal Research npj Clim. Atmos. Sci. Ocean Modell. Ocean Sci. Ore Geol. Rev. OCEAN SCI J Paleontol. J. PALAEOGEOGR PALAEOCL PERIOD MINERAL PETROLOGY+ Phys. Chem. Miner. Polar Sci. Prog. Oceanogr. Quat. Sci. Rev. Q. J. Eng. Geol. Hydrogeol. RADIOCARBON Pure Appl. Geophys. Resour. Geol. Rev. Geophys. Sediment. Geol.
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