Ngai, Fai Shuet. / Thesis (M.Phil.)--Chinese University of Hong Kong, 1994. / Includes bibliographical references (leaves 67-72). / ABSTRACT / ACKNOWLEDGMENT / Chapter Chapter 1. --- Introduction --- p.1 / Chapter 1.1 --- The Management Structure Before1978 --- p.3 / Chapter 1.2 --- The Post-1978 Enterprise Reform --- p.5 / Chapter 1.3 --- An Introduction to Wuhan --- p.8 / Chapter 1.4 --- A Review of Recent Empirical Studies on the Productivity of Chinese Industry --- p.13 / Chapter 1.5 --- Aims of the Study --- p.18 / Chapter Chapter 2. --- "Wuhan's Industrial Productivity Changes, 1962-1992" --- p.24 / Chapter 2.1 --- The Theoretical Framework --- p.24 / Chapter 2.2 --- The Production Function Estimates --- p.26 / Chapter 2.3 --- The Productivity Changes --- p.27 / Chapter Chapter 3. --- The Sources of Productivity Differences - Theoretical Foundation --- p.32 / Chapter 3.1 --- The Technological Progress --- p.32 / Chapter 3.2 --- The Incentive to Work --- p.3 6 / Chapter 3.2.1 --- The Bonus Payment --- p.37 / Chapter 3.2.2 --- The Retained Profit --- p.39 / Chapter 3.3 --- The Vintage Adjustment on Capital --- p.41 / Chapter 3.4 --- The Refined Production Function --- p.42 / Chapter Chapter 4. --- The Sources of Productivity Differences - Empirical Analysis --- p.46 / Chapter 4.1 --- The Estimation Procedure --- p.46 / Chapter 4.2 --- The Empirical Results --- p.49 / Chapter 4.3 --- Discussions on Sources of Productivity Differences --- p.54 / Chapter Chapter 5. --- "An Analysis on Allocative Efficiency,1987-89" --- p.59 / Chapter 5.1 --- An Introduction --- p.59 / Chapter 5.2 --- The Value of Marginal Products and Their Implications --- p.61 / Chapter Chapter 6. --- Concluding Remarks --- p.64 / REFERENCES --- p.67 / APPENDIXES --- p.73 / Appendix 1: The Data Set --- p.74 / Appendix 2: The Correction on Capital --- p.76 / Appendix 3: A Summary of Notations --- p.78 / Appendix 4: The Relationship between Payment Scheme and the Incentive to Work --- p.79 / "Appendix 5a: Mean, Variance, Maximum and Minimum for Each Variable (Original Data)" --- p.81 / "Appendix 5b: Mean, Variance, Maximum and Minimum for Each Variable (Without outliers)" --- p.83

The Chinese middle class will be central to the continued sustainable development of China. This paper investigates the role of the middle class in the development of individual cities utilizing the Solow growth model. The paper breaks down the Solow growth model into the individual factors of production and calculates values for them over the period 2000 to 2010. Then using the data and the Cobb-Douglas production function shows that, for both Shanghai and Wuhan, total factor productivity is decreasing over the period. The size of the middle class in both cities is also calculated using a relative definition in order to compare its growth to the change in total factor productivity. The study shows that the middle class have yet to play a significant part in the economic development of Shanghai or Wuhan. / published_or_final_version / China Development Studies / Master / Master of Arts in China Development Studies

Denna studies centrala syfte är att undersöka rollen som informationsteknik spelar samt de problem som inte gå att komma undan i så kallad tvärkulturell och gränsöverskridande samarbete genom att undersöka fallet mellan den svenska staden Borlänge och den kinesiska staden Wuhan. Arbets- och utvärderingsmetoden som används i studien bygger på är den vetenskapliga forskningsansatsen hermeneutik och det innebär utvärdering av intervjuer på ett kvalitativt sätt som handlar främst om observationer, förståelse och sökning efter mönster och samband. Genom detta sätt fick författaren resultat som visar att informationsteknik spelar en avgörande roll för samarbete mellan Borlänge och Wuhan men har vissa barriärer som har svårt att komma undan såsom skillnader och avvikelse i kultur, geografi, tid, språk, arbetsvanor och politik. / The aim of this study is to investigate the role of information technology plays, and the problems which information technology are not able to escape from the so-called cross-cultural and cross-border cooperation by examining the case between the Swedish city of Borlänge and the Chinese city of Wuhan. Employment and the evaluation method used in the study is based on the scientific research approach hermeneutics and it involves evaluation of interviews in a qualitative way that focuses on the observation, understanding and search for patterns and relationships. By this way the author got result which shows that information technology plays a critical role in cooperation between Borlänge and Wuhan but has some barriers that are difficult to escape such as differences and variation in culture, geography, time, language, work habits and policies.

Cette thèse porte une vision urbanistique et morphologique sur le rapport ville/environnement. Elle se focalise sur le problème de la forme urbaine et sur un espace particulier : interface ville/eau. Elle a étudié le cas de Wuhan - une métropole fluviale en Chine où le réseau hydrographique a déterminé des formes spécifiques. Les analyses sont d'abord centrées sur l'état actuel des interfaces ville/eau : leur déploiement dynamique, leurs caractères spatiaux et les différentes logiques des tissus urbains. Les analyses portent ensuite sur l'évolution des interfaces, en examinant les projets et les modèles spatiaux appliqués durant quatre périodes successives selon quatre politiques : militaire, commerciale, industrielle et environnementale. La thèse se propose ainsi de renouer le dialogue entre la ville et ses eaux. Elle confirme que lorsque les eaux sont consciemment prises en compte, elles peuvent se révéler comme élément stimulant pour le développement urbain de toutes échelles / This thesis takes an urbanistic and morphological vision on the relation city/environment. It focuses on the problem of urban form at a particular space: interface city/water. It studies the case of Wuhan – a Chinese fluvial metropolis where the waters have determined the special urban forms. The analysis focus at first on the current state of the interfaces city/water: their dynamic deployment, their spatial characters and the different logics of the urban fabric. And then the analysis concern in the evolution of these interfaces on reviewing the urban projects and spatial models applied at waterfront in four successive periods with four distinct policies: military, commercial, industrial and environmental. In the end, the thesis proposes to resume the dialogue between the city and its waters. It confirms that when the waters are consciously taken into account, they may be revealed as a stimulant element for the urban development in all scales

Although it remains a tea consuming nation, both production and consumption of coffee in China has been increasing at double-digit rates and is not expected to slow down (International Coffee Organization (ICO), 2015). With investments and upward trends in production and rapid increases in consumption of coffee in China it is important for producers and retailers of the bean1 in China to understand the new Chinese coffee consumer. Using survey data from Wuhan, China we help understand the Chinese coffee consumer by explaining their consumption using standard OLS regression. Results show that whether or not consumers make/brew their own coffee, how long consumers have been consuming coffee regularly, the size of the coffee cup most often purchased and individuals’ prediction of their coffee consumption in the following year are all important in explaining Chinese coffee consumption. We suggest for long-run success, that Chinese coffee producers and retailers in China focus on the quality of their coffee bean. 1 ‘bean’ refers to coffee

<p>År 2000 startades ett samarbete mellan Wuhan i Kina och Borlänge Energi i Sverige. De två parterna bestämde år 2005 tillsammans med IVL, Svenska Miljöinstitutet, att samarbeta inom följande områden; hållbar energiproduktion, hållbar avfallsproduktion samt grundandet av ett miljöteknikcentrum i Wuhan. Miljöteknikcentrumet är till för att vara en plattform för svensk miljöteknik och expertis. Som ett första steg inför grundandet av ett miljöteknikcentrum gjordes en undersökning för att se inom vilka sektorer svensk miljöteknik kan etableras.</p><p>Undersökningen var inriktat på industriell avloppsvattenrening i Wuhan; bedömning av vilka typer av industrier/företag som har problem med avloppsvattenreningen och i vilken utsträckning det finns svenska tekniklösningar på problemen. Undersökningen genomfördes genom intervjuer med myndigheter och en del utvalda företag. Det var svårt att få fram information om vilka företag som inte följer de kinesiska gränsvärdena, varför en del besök gjordes till företag som lever upp till gränsvärdena. På grund av detta togs även andra problem med miljön som företagen hade upp. Några kommunala reningsverk besöktes och intervjuades också för att få en bättre bild av den kommunala vattenreningssituationen. En generell beskrivning av Wuhans miljösituation utfördes också samt en beskrivning av de viktigaste miljömyndigheterna och institutionerna.</p><p>Wuhans största utmaning är att konstruera reningsverk till alla de 3.5 miljoner som fortfarande släpper sitt avloppsvatten rätt ut till sjöar och floder, snarare än att ytterligare rena det industriella avloppsvattnet. Behandlingsgraden av det industriella avloppsvattnet har nått 97 % medan behandlingsgraden av det kommunala avloppsvattnet endast nått 70 %.</p><p>Besök vid de utvalda företagen och kommunala reningsverk ledde till slutsatsen att svensk teknik och expertis kan införas i följande områden: hantering av slam från reningsverk, byggandet av förbränningsanläggningar för sopor och hur man löser problemet med att rena luften från gaser som SO2 och dioxiner. De flesta företagen kunde följa de kinesiska gränsvärdena för utsläpp av avloppsvatten men mycket kan göras för att förbättra företagens tekniker ytterligare. Detta utförs dock nästan aldrig eftersom det är en ekonomisk fråga. Det är möjligt för Wuhan att sätta lokala, hårdare gränsvärlden för att tvinga företagen att förbättra sina reningstekniker ytterligare.</p> / <p>In 2000 a co-operation between Wuhan in China and Borlänge Energi in Sweden started. The two parts decided in 2005 together with IVL, the Swedish Research Institute, to co-operate in the fields of sustainable energy production, sustainable waste management and the establishment of an Environmental Technology Centre, supplying Swedish environmental expertise to companies in Wuhan. As a first step for the establishment of an Environmental Technology Centre in Wuhan, an investigation was made to find out in which sectors Swedish environmental technology could be established.</p><p>The investigation took aim at observing the industrial wastewater treatment in Wuhan and to see which types of companies that have problems with the wastewater treatment and if there existed Swedish technology that could solve the problems. The investigation was performed through interviews with the authorities and some selected companies. It was difficult to get information about companies that did not comply with the National Chinese wastewater standards. This meant that some of the visits were made to companies that comply with the standards, also taking into consideration other problems with the environment that the companies might have. Visits were also paid to municipal wastewater treatment plants to get an overview over the municipal wastewater treatment situation. An overall survey of the environmental situation in Wuhan was also made and a presentation of the most important environmental departments and institutions is given.</p><p>The greatest challenge for Wuhan is to construct wastewater treatment plants for the around 3.5 million people that still discharge their wastewater directly to rivers and lakes, rather than to improve the industrial wastewater treatment further. The treatment rate of the industrial wastewater has reached 97%, but the municipal wastewater treatment rate has only reached 70%.</p><p>After the visits to the selected companies and municipal wastewater treatment plants the conclusion was made that Swedish technologies and expertise can be applied to the following areas; handling sludge from the wastewater treatment plants, construction of waste incineration plants and handling flue gas and dioxins. Most of the visited companies could follow the wastewater standards. Although much can be done to improve their technologies further, this is not done since it is too expensive. It is possible for Wuhan to apply stricter local wastewater treatment standards. This could be used as a tool to make companies invest more money in improvements of their technologies.</p>

År 2000 startades ett samarbete mellan Wuhan i Kina och Borlänge Energi i Sverige. De två parterna bestämde år 2005 tillsammans med IVL, Svenska Miljöinstitutet, att samarbeta inom följande områden; hållbar energiproduktion, hållbar avfallsproduktion samt grundandet av ett miljöteknikcentrum i Wuhan. Miljöteknikcentrumet är till för att vara en plattform för svensk miljöteknik och expertis. Som ett första steg inför grundandet av ett miljöteknikcentrum gjordes en undersökning för att se inom vilka sektorer svensk miljöteknik kan etableras. Undersökningen var inriktat på industriell avloppsvattenrening i Wuhan; bedömning av vilka typer av industrier/företag som har problem med avloppsvattenreningen och i vilken utsträckning det finns svenska tekniklösningar på problemen. Undersökningen genomfördes genom intervjuer med myndigheter och en del utvalda företag. Det var svårt att få fram information om vilka företag som inte följer de kinesiska gränsvärdena, varför en del besök gjordes till företag som lever upp till gränsvärdena. På grund av detta togs även andra problem med miljön som företagen hade upp. Några kommunala reningsverk besöktes och intervjuades också för att få en bättre bild av den kommunala vattenreningssituationen. En generell beskrivning av Wuhans miljösituation utfördes också samt en beskrivning av de viktigaste miljömyndigheterna och institutionerna. Wuhans största utmaning är att konstruera reningsverk till alla de 3.5 miljoner som fortfarande släpper sitt avloppsvatten rätt ut till sjöar och floder, snarare än att ytterligare rena det industriella avloppsvattnet. Behandlingsgraden av det industriella avloppsvattnet har nått 97 % medan behandlingsgraden av det kommunala avloppsvattnet endast nått 70 %. Besök vid de utvalda företagen och kommunala reningsverk ledde till slutsatsen att svensk teknik och expertis kan införas i följande områden: hantering av slam från reningsverk, byggandet av förbränningsanläggningar för sopor och hur man löser problemet med att rena luften från gaser som SO2 och dioxiner. De flesta företagen kunde följa de kinesiska gränsvärdena för utsläpp av avloppsvatten men mycket kan göras för att förbättra företagens tekniker ytterligare. Detta utförs dock nästan aldrig eftersom det är en ekonomisk fråga. Det är möjligt för Wuhan att sätta lokala, hårdare gränsvärlden för att tvinga företagen att förbättra sina reningstekniker ytterligare. / In 2000 a co-operation between Wuhan in China and Borlänge Energi in Sweden started. The two parts decided in 2005 together with IVL, the Swedish Research Institute, to co-operate in the fields of sustainable energy production, sustainable waste management and the establishment of an Environmental Technology Centre, supplying Swedish environmental expertise to companies in Wuhan. As a first step for the establishment of an Environmental Technology Centre in Wuhan, an investigation was made to find out in which sectors Swedish environmental technology could be established. The investigation took aim at observing the industrial wastewater treatment in Wuhan and to see which types of companies that have problems with the wastewater treatment and if there existed Swedish technology that could solve the problems. The investigation was performed through interviews with the authorities and some selected companies. It was difficult to get information about companies that did not comply with the National Chinese wastewater standards. This meant that some of the visits were made to companies that comply with the standards, also taking into consideration other problems with the environment that the companies might have. Visits were also paid to municipal wastewater treatment plants to get an overview over the municipal wastewater treatment situation. An overall survey of the environmental situation in Wuhan was also made and a presentation of the most important environmental departments and institutions is given. The greatest challenge for Wuhan is to construct wastewater treatment plants for the around 3.5 million people that still discharge their wastewater directly to rivers and lakes, rather than to improve the industrial wastewater treatment further. The treatment rate of the industrial wastewater has reached 97%, but the municipal wastewater treatment rate has only reached 70%. After the visits to the selected companies and municipal wastewater treatment plants the conclusion was made that Swedish technologies and expertise can be applied to the following areas; handling sludge from the wastewater treatment plants, construction of waste incineration plants and handling flue gas and dioxins. Most of the visited companies could follow the wastewater standards. Although much can be done to improve their technologies further, this is not done since it is too expensive. It is possible for Wuhan to apply stricter local wastewater treatment standards. This could be used as a tool to make companies invest more money in improvements of their technologies.

This report is divided into two parts. The first part explores the history of historic preservation and campus heritage movement in the United States. As historic preservation has advanced in recent years, traditional preservation concerns have changed and new challenges have arrived. The unique challenges and opportunities for campus preservation have differed from traditional historic building preservation. The second part of the report focuses on the campus design and preservation of Wuhan University in China. It first introduces the original planning and design for Wuhan University by American architect F. H. Kales. Then, it assesses the significance of the campus design on its historical, scientific, artistic values of mixed Western and Chinese cultures. Challenges facing Wuhan University for campus heritage preservation are reviewed next and recommendations are provided in the end. / text

Fusarium head blight (FHB), a fungal disease caused principally by Fusarium graminearum, and barley yellow dwarf (BYD) caused by BYD luteoviruses are two serious fungal and viral diseases of wheat resulting in high economic losses annually. Wuhan, a Chinese wheat cultivar resistant to FHB, and Maringa, a Brazilian cultivar tolerant to BYDV were inter-crossed and crossed with Roblin, a Canada western red spring wheat susceptible to both FHB and BYDV, to determine the genetic basis of resistance/tolerance and to combine the two traits. Four hundred ninety nine F1-derived doubled haploid (DH) lines were generated from reciprocal crosses using corn pollen-mediated DH technology. The DH lines and the parents were evaluated for disease symptoms, reduction in height and spike mass for BYD and for disease incidence, disease severity and Fusarium-damaged kernels for FHB in field and controlled environments. A subset (20/150) of the best performing DH lines from Wuhan/Maringa populations for both BYD and FHB were further evaluated. Plants were point inoculated with F. graminearum in greenhouse experiments, and macroconidial spray inoculations and spread of corn inoculum were used in field environments to evaluate FHB. BYDV inoculations were performed by placing ten to fifteen viruliferous aphids (Rhopalosiphum padi infected with BYDV-PAV isolate 9301PAV), at the one to two leaf stage for both greenhouse and field trials. The studies showed that both FHB and BYDV are quantitatively inherited. Transgressive segregants were observed and the broad sense heritability was high (0.90 to 0.97) for all traits evaluated. Results from independent testing of diseases on Wuhan/ Maringa populations showed fourteen DH lines were as, or more resistant than Wuhan for FHB and Maringa for BYDV tolerance and have combined both BYDV tolerance and FHB resistance. Identifying such lines facilitates the pyramiding of independent genes to obtain adequate levels of enduring resistance. A further experiment was conducted on the 14 lines by inoculating them with BYDV and F. graminearum successively on the same plant. Six out of 14 selected DH lines demonstrated high resistance to FHB and tolerance to BYDV. These six lines can be used in FHB/BYDV resistance/tolerance breeding programs.

Fusarium head blight (FHB), a fungal disease caused principally by Fusarium graminearum, and barley yellow dwarf (BYD) caused by BYD luteoviruses are two serious fungal and viral diseases of wheat resulting in high economic losses annually. Wuhan, a Chinese wheat cultivar resistant to FHB, and Maringa, a Brazilian cultivar tolerant to BYDV were inter-crossed and crossed with Roblin, a Canada western red spring wheat susceptible to both FHB and BYDV, to determine the genetic basis of resistance/tolerance and to combine the two traits. Four hundred ninety nine F1-derived doubled haploid (DH) lines were generated from reciprocal crosses using corn pollen-mediated DH technology. The DH lines and the parents were evaluated for disease symptoms, reduction in height and spike mass for BYD and for disease incidence, disease severity and Fusarium-damaged kernels for FHB in field and controlled environments. A subset (20/150) of the best performing DH lines from Wuhan/Maringa populations for both BYD and FHB were further evaluated. Plants were point inoculated with F. graminearum in greenhouse experiments, and macroconidial spray inoculations and spread of corn inoculum were used in field environments to evaluate FHB. BYDV inoculations were performed by placing ten to fifteen viruliferous aphids (Rhopalosiphum padi infected with BYDV-PAV isolate 9301PAV), at the one to two leaf stage for both greenhouse and field trials. The studies showed that both FHB and BYDV are quantitatively inherited. Transgressive segregants were observed and the broad sense heritability was high (0.90 to 0.97) for all traits evaluated. Results from independent testing of diseases on Wuhan/ Maringa populations showed fourteen DH lines were as, or more resistant than Wuhan for FHB and Maringa for BYDV tolerance and have combined both BYDV tolerance and FHB resistance. Identifying such lines facilitates the pyramiding of independent genes to obtain adequate levels of enduring resistance. A further experiment was conducted on the 14 lines by inoculating them with BYDV and F. graminearum successively on the same plant. Six out of 14 selected DH lines demonstrated high resistance to FHB and tolerance to BYDV. These six lines can be used in FHB/BYDV resistance/tolerance breeding programs.