Stormwater runoff has negative impacts on water resources, human health and environment. In this research the effectiveness of Rain Water Harvesting (RWH) systems is examined as a stormwater Best Management Practice (BMP). Time-based, evapotranspiration-based, and soil moisture-based irrigation scheduling methods in conjunction with RWH and a control site without RWH were simulated to determine the effect of RWH as a BMP on a single-family residence scale. The effects of each irrigation scheduling method on minimizing water runoff leaving the plots and potable water input for irrigation were compared. The scenario that reflects urban development was simulated and compared to other RWH-irrigation scheduling systems by a control treatment without a RWH component. Four soil types (sand, sandy loam, loamy sand, silty clay) and four cistern sizes (208L, 416L, 624L, 833L) were evaluated in the urban development scenario. To achieve the purpose of this study; a model was developed to simulate daily water balance for the three treatments. Irrigation volumes and water runoff were compared for four soil types and four cistern sizes. Comparisons between total volumes of water runoff were estimated by utilizing different soil types, while comparisons between total potable water used for irrigation were estimated by utilizing different irrigation scheduling methods. This research showed that both Curve Number method and Mass-Balance method resulted in the greatest volumes of water runoff predicted for Silty Clay soil and the least volumes of water runoff predicted for Sand soil. Moreover, increasing cistern sizes resulted in reducing total water runoff and potable water used for irrigation, although not at a statistically significant level. Control treatment that does not utilize a cistern had the greatest volumes of predicted supplemental water among all soil types utilized, while Soil Moisture-based treatment on average had the least volume of predicted supplemental water.

Cette thèse a pour objectif d’étudier les aménagements hydrauliques de Termessos en Pisidie dont le site montagneux et isolé est dépourvu de sources, en rassemblant le corpus de toutes les structures explorables, et d’en définir l’intérêt technologique et socio-Historique durant l’époque hellénistique et impériale. Après le dépouillement des sources écrites et de la bibliographie moderne, nous avons effectué une exploration détaillée du terrain. Plusieurs méthodes ont été appliquées au cours des six prospections archéologiques qui ont eu lieu entre 2010 et 2013, telles qu’une étude géophysique par radar à pénétration du sol et une analyse par magnétomètre à vapeur (gradiomètre). Nous avons eu également recours à la collaboration interdisciplinaire avec des spécialistes architectes, géographes, géologues, hydrologues et archéologues. Dans le cadre d’une recherche comparative, de nombreux sites antiques ont été visités en Anatolie, en Grèce, en France et en Espagne afin de mieux appréhender l’évolution du système hydraulique dans différentes conditions géographiques. Suite à ces travaux, 162 structures hydrauliques ont été observées et inventoriées. Nous avons identifié deux nouveaux types de citernes antiques, un barrage bien conservé, un édifice de spectacle et l’unique sanctuaire dédié à Pan découvert en Anatolie jusqu’ici. Nous avons interprété les vestiges de deux constructions comme des établissements thermaux. Force est de constater que face à un milieu naturel hostile, les Termessiens ont romanisé leur ville en effectuant des travaux considérables, leur permettant de couvrir leurs besoins en eau et d’accéder au niveau de vie urbain de l’époque impériale romaine. / The aim of this PhD is not only to focus on Termessos' hydraulic settlement, which has been erected on a sourceless location, but also to examine all explorable structures in order to define their socio-Historical interest and highlight their value to the understanding of hellenistic and roman times. We have started by studying the written sources and by conducting extensive research on site. Different technics have been employed such as georadar technology (Ground Penetration Radar, GPR) and vapour magnetometer (gradiometer) in order to collect data during the six archaeological prospections which took place between 2010 and 2013. Researchers from various disciplines have brought their expertise to this work : architects, geographers, geologists, hydrologists and archaeologists. During this investigation, many ancient sites have been explored in Anatolia, Greece, France and Spain in order to understand the evolution of the hydraulic system with regard to geographical requirements. Followings this, 162 hydraulic structures have been studied and registered. The irrigation and water supply network as well as the sewerage system have been restored. We have discovered two new types of ancient tank, a well preserved water dam, an entertainment building and the only sanctuary dedicated to Pan found in Anatolia so far. The remains of two establishments have been interpreted as thermal baths. Most of all, and despite a challenging natural environment, the Termessians have romanized their city by carrying out great major construction projects allowing them to fulfill their water needs and to celebrate their power.

Sjöfartshögskolan i Kalmar behövde förnya sin programvara för programmerbara styrsystem (PLC), detta ledde till att två styrsystem blev påverkade. Det ena är för att styra och reglera en ångprocess medan den andra används för att styra en simulatortank. Det har tidigare varit relativt svårt för lärare att få studenter att komma igång med programmeringen då det förra systemet var komplext. Linnéuniversitet bestämde sig därför att ett utbyte av styrsystemet för ångprocessen och arbetsstationer var att föredra. Ett viktigt mål var att få arbetsstationerna mindre eftersom antalet stationer kommer utökas. Det framkom under arbetets gång att uppdatering av dokumentation av systemen behövde göras samt en förenkling av växling mellan PLC och regulator. Resultatet är ett system som är kompakt och lättare att hantera. / Kalmar Maritime Academy needed to renew the software for programmable logic controller (PLC). There are two systems that are involved, one is for controlling a steam process and the other a simulation of a cistern. Previously it has been relatively difficult for the teachers to get the students to begin with the programming because the prior system was to complex. Linnaeus University therefore decided that a change of control system for the steam system and workstation was preferable. An important task was to minimize the workstation size because the number of stations are increasing. While performing the work it became apparent that the documentation for the system needed to be updated, and to simplify the switch between PLC and regulator control. The result was a compact and easier system to use.