伪蒙疆政权的绵羊改良活动

日本树立伪蒙疆政权后,为了掠夺该地区丰富的畜产资源,实行畜产统制政策。羊毛统制是畜产统制的核心,即对绵羊的增产改良、羊毛的收购、对外输出等,实行强制性的政府指导、控制措施。其中,绵羊改良是羊毛统制政策的重点之一。为了获取重要战略资源羊毛,日本将该地域作为大陆绵羊改良的基地,通过伪蒙疆政府、日系企业、蒙古绵羊协会等组织对肉、皮兼用型的蒙古原种绵羊进行改良,实质是为日本的对外侵略扩张提供羊毛这一急需的战略资源。     

A journey to Mars: John Dewey’s lectures and inquiry in China

ABSTRACT

Instead of the framework of influence–acceptance commonly used in previous studies, the author uses new sources to reexamine John Dewey’s visit to China from the perspective of interactive experience. This study presents Dewey’s lectures in China as the result of interrelationships among a variety of elements – Columbia University, different hosts and audiences, the media, all levels of the Chinese government, the domestic situation in the United States, the international situation, and Dewey’s expectations and work – against the general background of China’s New Culture Movement and new educational reforms. Dewey’s speeches on democracy, science, and new education were remarkably successful in the first year of his visit to China, but began to meet with resistance from some students beginning in June 1920. Because of the Red Scare in the United States, Dewey had to stay in China. In the second year of his visit, he gave warmly welcomed lectures on the same topics in Jiangxi, Fujian, and Guangdong Provinces. With a deeper understanding of China, Dewey not only identified himself with reform plans but also began to pay more attention to China’s economic problems. His inquiry into the problems confronting China is a good example of what he advocated in his lectures: seeing democracy, science, and new education as a way of thinking and carrying out actions and making intellectual choices while moving forward.     

3D Digital Survey of Iron Tie-Rods in Masonry Buildings: Cross-Sections Analysis and Error Estimation

Ancient iron tie-rods are handcrafted elements with large geometric irregularities, due to production techniques (they are shaped by hammering and linked by hot-forging) and corrosion processes. In common practice, their cross section (that is one of the main parameter to assess their strength) is manually measured on site with a manual caliber. By analyzing a set of detailed three-dimensional (3D) digital surveys of real ancient tie-rods, this study provide an evaluation of the errors made by in-situ manual geometric measurements. In particular, it shows that, in some cases, manual on-site survey is sufficiently reliable and has errors that fall below 10%. Moreover, it shows that when tie-rods have high corrosion levels in hidden zones (typically those close or within the retaining walls) the on-site survey of visible parts only may produce far greater errors that exceed 100%, leading to a strong overestimation of the cross-section of the tie. The ongoing study is a first step toward the definition of correction coefficients to be applied to the on-site manual measurements of ancient tie-rods, with the final aim to improve the reliability of structural analyses.     

Dynamical Assessment of the Work Conditions of Reinforcement Tie-Rods in Historical Masonry Structures

Tie-rods are essential structural elements, which have been employed for centuries in masonry historical buildings, either during the construction or in successive strengthening interventions, with the aim of containing dangerous horizontal actions. The actual work conditions of these tie-rods, which are strongly influenced by their load history, are difficult to be quantified theoretically, and an effective method for their measure is of great importance in order to ensure the efficiency of these elements during the time and the stability of the entire building. Common measurements are often carried out adopting models based upon significant simplifications, like, for example, hinges at the extremities. These assumptions, rarely represent the real work conditions for anchorages. In this work, a non-destructive testing method is presented, based upon sophisticated dynamical models that can take into consideration many of the circumstances neglected by the simplified models. Four case studies are extensively described, trying to embrace the most common situations in term of peculiar features of the building, structural configuration, and load history. The discussion of the results yields the safety margin of the rod with respect to the material failure and provides important indications about the overall stability of the whole building.     

A Behavioral Theory of Policy Feedback in Tobacco Control: Evidence From a Difference‐In‐Difference‐In‐Difference Study

Public policy scholars argue that in highly tangible policies, such as tobacco control, the public learns from the direct experience of the beneficial effects of the policy. Empirical evidence supports this argument, suggesting that in the United States the introduction of tobacco control measures makes people more inclined to further regulation. By relying on a set of cases which allows testing the effects of the introduction of tobacco control measures across European countries on a series of relevant variables, this study confirms that the introduction of tobacco control measures makes the public more inclined to further regulation. Yet, when the effects of these policies are disaggregated between smokers and nonsmokers, results show that these positive effects are driven by smokers. This puzzle suggests that different effects than mass attitudinal policy feedback effects, driven by learning from direct experience, might explain the positive reaction to tobacco control. This study puts forward a behavioral theory of policy feedback, which suggests that smokers react positively to the introduction of tobacco control measures because they see these measures as commitment devices, which can help them quit smoking. Evidence for this argument is found by demonstrating that the introduction of tobacco control measures increases smokers’ welfare.     

How Political Support Influences Red Tape through Developmental Culture

This study examines the interrelationship between external political support, internal organizational factors, and red tape, using a sample of information managers from state health and human service agencies. The study defines a red tape model and tests the model by structural equation modeling method. The study finds that political support has a direct effect on red tape. The higher the political support, the lower the level of red tape. The study also confirms an indirect effect of political support on red tape, mediated by developmental culture. Indirect effect through goal clarity has the correct sign but is not statistically significant. Practical recommendations are made for the political environment to provide the opportunity for managerial reforms that are often advocated.     

朱熹《家礼》与明清徽州宗族以礼治族的实践

明清时期,在徽州社会中形成了对朱熹及其《家礼》极端崇拜的社会风气。徽州宗族多依据《家礼》进行本族内部的制度设计和制度建设,同时还十分重视对礼仪的执行与监督,旨在以此实现以礼治族、维持宗族社会秩序的目的。     

Microclimates of Urban Reproduction: The Limits of Automating Environmental Control

Enclosed, controlled environments, stretching from sites of luxury consumption to urban food production, are proliferating in cities around the world, utilising increasingly advanced techniques for (re)creating and optimising microclimatic conditions for different purposes. However, the role of automated control systems—to filter, reprocess and reassemble atmospheric and metabolic flows with growing precision—remains under-researched. In this article, we explore the phenomenon of automated environmental control at three sites in the UK city of Sheffield: a botanical glasshouse, a luxury hotel and a university plant growth research lab. In doing so, we first show how controlled environments are constituted through specific relations between the inside and outside, which are embedded in inherently political urban contexts and processes. Second, we identify the technical and ecological tensions and limits of indoor environmental control at each site which limit the scope of automation, and the considerable amount of hidden labour and energy required to maintain and restabilise desired conditions. Drawing on these more established examples of ecological interiorisation in a key moment of transition, we raise urgent questions for critical urban and environmental geographers about the possible futures of controlled environments, their practical or selective scalability, and who and what will be left “outside”, when they are emerging as a strategic form of urban adaptation and immunisation in the face of converging ecological pressures.     

An Automatic Modal Identification Procedure for the Permanent Dynamic Monitoring of the Sanctuary of Vicoforte

ABSTRACT

The interest in automatic modal parameter extraction techniques has increased significantly in recent years because of the rising demand for Continuous Structural Health Monitoring (CSHM) of civil structures and infrastructures. The wider use of CSHM is related to its capability for early damage detection and therefore to its usefulness for planning maintenance and strengthening interventions. This article presents the main steps followed in creating a robust routine to run on an online basis the first-ever Continuous Vibration-Based Structural Health Monitoring (CVB-SHM) of a large masonry oval dome, i.e., the dome of the Regina Montis Regalis Basilica, also known as Sanctuary of Vicoforte. The procedure uses an output-only stochastic subspace identification method complemented by an automatic analysis applied to identification results, which are typically provided in terms of stabilization diagrams. In this study, the fully automatic procedure also includes a hierarchical clustering algorithm to separate authentic from spurious modes.     

‘To Prostitute the Elements’: Weather Control and Weaponisation by US Department of Defense

The US military has a long and robust history of scientific research programs, often conducted in conjunction with civilian scientists at non-military governmental agencies as well as universities. These programs flourished in the immediate post-Second World War and the early cold war years, as the field of military science expanded to address the sprawling Soviet threat. One area of growth was in atmospheric science, which had already taken off preceding Second World War in conjunction with the growth of air warfare. Advances in meteorology, cloud science and climatology enabled military interests to align with weather forecasters and also agricultural interests, as old ideas about cloud seeding and weather control were revived in the light of new research. The military, largely through the Air Force, advanced a series of projects investigating the potential of weather and climate control, manipulation, and ultimately weaponisation. These programs, which were sometimes linked to US Department of Agriculture programs aimed at improving agricultural production, persisted for decades. Some of the newly developed tools were deployed: local climate manipulation efforts during the Vietnam conflict were aimed at impeding traffic along the Ho Chi Minh Trail, with mixed results. Significant efforts came during the Weather Bureau leadership of Francis W. Reichelderfer, whose papers contain a wealth of information about efforts ranging from cloud seeding to proposals to drop atomic weapons on hurricanes. These papers, along with those of Weather Bureau scientist Harry Wexler, provide a fascinating window to a time when the US military and scientific establishment seemed poised to grasp the levers of power over nature itself. This paper describes these little-studied programs, and situates these efforts within the broader military science programs accompanying the emergence of air warfare, as well as post-war science programs aimed at countering the Soviet challenge.