The aim of this diploma thesis „Actual division of multifunctional building in Dolní Bečva“ is to consider possibilities of real division of estates as a way of joint ownership property settlement. Theoretical section of the thesis explains selected terms that are necessary for expert work on real division. Practical part of the thesis proposes real division of estates, namely value estimation regarding current condition, construction alterations including respective expenses assessment, and finally value estimation of divided parts and ensuing property settlement.

<p>Commercial and regional brewers are increasingly investing in sustainability equipment that reduces input use, operating costs, and environmental impact. These technologies often require significant upfront costs that can limit market access to microbreweries. One potential solution for these brewers is to market their product as sustainable and charge a premium for their product to offset some of the costs. A stated preference choice experiment of a nationally-representative sample is undertaken to elicit consumer willingness-to-pay (WTP) for sustainability attributes in beer, thus determining whether a market for sustainably-made beer exists. The facets of sustainability, including water reduction, energy reduction, and landfill diversion, are portrayed through eco-labels affixed the front of the primary packaging (aluminum can or glass bottle). Multiple specifications are employed to handle model shortcomings and incorporate discrete heterogeneity. Across all model specifications, <a>consumers show a positive and statistically significant marginal WTP for landfill diversion practices and carbon reduction practices, ranging from $0.40 to $1.37 per six-pack and $0.67 to $1.21 per six-pack, respectively. </a>These results indicate consumers do in fact place value on beer produced using sustainable practices, and the demographics of consumers with the greatest WTP are similar to that of craft beer consumer.</p>

Models are important tools for understanding the hydrological processes that govern water transport in the landscape and for prediction at times and places where no observations are available. The degree of trust placed on models, however, should not exceed the quality of the data they are fed with. The overall aim of this thesis was to tune the modeling process to account for the uncertainty in the data, by identifying robust parameter values using methods from computational geometry. The methods were developed and tested on data from the Choluteca River basin in Honduras. Quality control of precipitation and discharge data resulted in a rejection of 22% percent of daily raingage data and the complete removal of one out of the seven discharge stations analyzed. The raingage network was not found sufficient to capture the spatial and temporal variability of precipitation in the Choluteca River basin. The temporal variability of discharge was evaluated through a Monte Carlo assessment of the rating-equation parameter values over a moving time window of stage-discharge measurements. Al hydrometric stations showed considerable temporal variability in the stage-discharge relationship, which was largest for low flows, albeit with no common trend. The problem with limited data quality was addressed by identifying robust model parameter values within the set of well-performing (behavioral) parameter-value vectors with computational-geometry methods. The hypothesis that geometrically deep parameter-value vectors within the behavioral set were hydrologically robust was tested, and verified, using two depth functions. Deep parameter-value vectors tended to perform better than shallow ones, were less sensitive to small changes in their values, and were better suited to temporal transfer. Depth functions rank multidimensional data. Methods to visualize the multivariate distribution of behavioral parameters based on the ranked values were developed. It was shown that, by projecting along a common dimension, the multivariate distribution of behavioral parameters for models of varying complexity could be compared using the proposed visualization tools. This has a potential to aid in the selection of an adequate model structure considering the uncertainty in the data. These methods allowed to quantify observational uncertainties. Geometric methods have only recently begun to be used in hydrology. It was shown that they can be used to identify robust parameter values, and some of their potential uses were highlighted. / Modeller är viktiga verktyg för att förstå de hydrologiska processer som bestämmer vattnets transport i landskapet och för prognoser för tider och platser där det saknas mätdata. Graden av tillit till modeller bör emellertid inte överstiga kvaliteten på de data som de matas med. Det övergripande syftet med denna avhandling var att anpassa modelleringsprocessen så att den tar hänsyn till osäkerheten i data och identifierar robusta parametervärden med hjälp av metoder från beräkningsgeometrin. Metoderna var utvecklade och testades på data från Cholutecaflodens avrinningsområde i Honduras. Kvalitetskontrollen i nederbörds- och vattenföringsdata resulterade i att 22 % av de dagliga nederbördsobservationerna måste kasseras liksom alla data från en av sju analyserade vattenföringsstationer. Observationsnätet för nederbörd befanns otillräckligt för att fånga upp den rumsliga och tidsmässiga variabiliteten i den övre delen av Cholutecaflodens avrinningsområde. Vattenföringens tidsvariation utvärderades med en Monte Carlo-skattning av värdet på parametrarna i avbördningskurvan i ett rörligt tidsfönster av vattenföringsmätningar. Alla vattenföringsstationer uppvisade stor tidsvariation i avbördningskurvan som var störst för låga flöden, dock inte med någon gemensam trend. Problemet med den måttliga datakvaliteten bedömdes med hjälp av robusta modellparametervärden som identifierades med hjälp av beräkningsgeometriska metoder. Hypotesen att djupa parametervärdesuppsättningar var robusta testades och verifierades genom två djupfunktioner. Geometriskt djupa parametervärdesuppsättningar verkade ge bättre hydrologiska resultat än ytliga, var mindre känsliga för små ändringar i parametervärden och var bättre lämpade för förflyttning i tiden. Metoder utvecklades för att visualisera multivariata fördelningar av välpresterande parametrar baserade på de rangordnade värdena. Genom att projicera längs en gemensam dimension, kunde multivariata fördelningar av välpresterande parametrar hos modeller med varierande komplexitet jämföras med hjälp av det föreslagna visualiseringsverktyget. Det har alltså potentialen att bistå vid valet av en adekvat modellstruktur som tar hänsyn till osäkerheten i data. Dessa metoder möjliggjorde kvantifiering av observationsosäkerheter. Geometriska metoder har helt nyligen börjat användas inom hydrologin. I studien demonstrerades att de kan användas för att identifiera robusta parametervärdesuppsättningar och några av metodernas potentiella användningsområden belystes.

The aim of this thesis is to explain the operation of the industrial market and the procedure for their valuation. The main objective is the comparison of Czech and international RICS standards and their practical application in the valuation of two concrete industrial estate. The first valuation is based on the Czech legislation and it is used the cost, comparative and DCF method together with the residual method. Valuation of the prime real estate valuation is based on international RICS standards are it is applied Hardcore & Layer and Term & Reversion valuation methods.

The diploma thesis is focused on determining the value of the production cooperative Kovoplast. To valuation will be used income-base method, Discounted Cash Flow. The value of the company will be determined at 31. 12. 2016.

The master’s thesis deals with company’s value estimation of INTEKA Brno spol. s r.o. The theoretical part of the thesis contains literary research, which focused on theory associated with the valuation of the company. The analytical part consists of company presentation, strategic and financial analysis. In the third part, based on the previous results of the analysis, the valuation method has been selected and further developed for INTEKA Brno spol. s r.o.

This diploma thesis is focused on determining the value of the company Sherwin-Williams Czech Republic spol. s r.o. company by using income-based methods to 31. 12. 2013. The first step is the strategic analysis and the financial analysis of the company. The financial plan, required for the actual value, is processed as the final task of the preparatory part before the valuation. Valuation is determined according to the Discounted Cashflow method and Economic Value Added method.

This master’s thesis deals with determination of the value of G-mont, s.r.o. company by using income-based valuation methods. The theoretical part defines the basic concepts of valuation, such as business, value and its category, strategic and financial analysis and valuation methods. In the analytical part, the analyzed company is briefly presented and then are the mentioned theoretical knowledge applied to the selected company. It is the application of strategic analysis, financial analysis and analysis and prognosis of value generators and the compilation of the financial plan. Based on these analyzes, the value of G-mont, s.r.o. is determined using the discounted cash flow method and the economic added value method at 1. 1. 2015.

This diploma thesis deals with assesing the value of a specific company and with theoretical aspects of such valuation. A construction company called MORAVOSTAV Brno, a. s. stavební společnost was chosen for the assessment. Based on the theoretical findings a strategic and financial analysis was conducted and the value of the company was established by valuation methods of discounted cash flow and economic value added.

This diploma thesis deals with estimation of objectified value of the DOMESTAV s. r. o. at 1. 1. 2016. This work has two parts. The first part describes theoretical principles. Second part includes strategic analysis, forecast of the value drivers and financial plan. The valuation of DOMESTAV s. r. o. is based on income – based valuation method, discounted CASH FLOW. Determinination of value is made for needs of splitting the company.