776 research outputs found

    Gebruik van BIM in Geo in de praktijk: voorbij de hype

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    Gedetailleerde modellen van gebouwen (BIM) worden als waardevol gezien in combinatie met geo-data. Met behulp van virtuele modellen van nieuwe gebouwen (of delen ervan) kan de impact van scenario’s worden doorgerekend op bijvoorbeeld energie, geluid of wind. Al tijdens de ontwerpfase kan rekening worden gehouden met planologische beperkingen, als deze informatie beschikbaar is. Het BIM kan na oplevering van het bouwwerk worden gebruikt als gebouwgebonden informatiedossier voor domeinen als energie, circulaire economie enzovoorts.Urban Data Scienc

    Electricity as Applied to the Practice of Modern Medicine : Preservation Lab Treatment Report

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    This is a small manual. It’s a pamphlet composed of one gathering that is stapled in two places along the spine. Accompanying the pamphlet is a vendor sheet with information about the pamphlet contents, including the author and price. The vendor sheet is a single sheet of paper, measuring 8 ½ x 11 inches that has been folded in half and wrapped around the pamphlet

    Bi-Modal Interaction Loop for a Geo-Spatial Query

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    @inproceedings{CI-DUMONCEL-2005, author = {Dumoncel, F. and Madelaine, J. and Bazin, C. and Gaio M.}, title = {Bi-Modal Interaction Loop for a Geo-Spatial Query}, booktitle = {11th International Conference on Human-Computer Interaction (HCI'05)}, year = {2005}, address = {Las Vegas, Nevada, USA}, month = {July}, publisher = {Mira Digital Publishing} }International audienc

    Klimaatadaptatie in het rivierengebied: Een geo-ecologisch perspectief.

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    Door klimaatverandering verandert het afvoerregime van onze grote rivieren. Hoogwaters worden hoger en frequenter, laagwaters lager en langduriger. Hoe we daarop reageren hangt af van hoe we klimaatverandering zien: als opgave, of als kans om onvolkomenheden aan te pakken. In dit artikel presenteren we aanzetten voor een meer geo-ecologisch gefundeerde inrichting, of – naar McHarg – voor design with nature.Climate change is expected to significantly influence the discharge regime of the Rhine and Meuse rivers. Floods may increase in magnitude and occur more frequently; low discharges are likely to become even smaller and last longer. How to respond to those changes? Can all river functions be fulfilled into the future and which interventions are then needed to keep the country safe and the rivers navigable? The answer to these questions depends on whether climate change is primarily considered as a challenge, or rather as an opportunity to, at the same time, redress a few deficiencies and detrimental geo-ecological developments that are being provoked by how we straightjacketed our floodplains and engineered our rivers in behalf of navigation but negatively impact biodiversity. We propose a more geo-ecologically grounded approach to our rivers’ spatial design and management – inspired by McHarg’s design with nature –, which encompasses making available much more room for safe flood discharge and reduced hydrodynamics for ecosystem development in the floodplains, as well as more nature-based river training to allow for morphological developments and natural rejuvenation.Policy AnalysisRivers, Ports, Waterways and Dredging Engineerin

    Life Cycle Assessment of 3D Printing Geo-polymer Concrete: An Ex-ante Study

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    Three-dimensional (3D) printing and geo-polymers are two environmentally oriented innovations in concrete manufacturing. The 3D printing of concrete components aims to reduce raw material consumption and waste generation. Geo-polymer is being developed to replace ordinary Portland cement and reduce the carbon footprint of the binder in the concrete. The environmental performance of the combined use of the two innovations is evaluated through an ex-ante life cycle assessment (LCA). First, an attributional LCA was implemented, using data collected from the manufacturer to identify the hotspots for environmental improvements. Then, scaled-up scenarios were built in collaboration with the company stakeholder. These scenarios were compared with the existing production system to understand the potential advantages/disadvantages of the innovative system and to identify the potential directions for improvement. The results indicate that 3D printing can potentially lead to waste reduction. However, depending on its recipe, geo-polymer likely has higher environmental impacts than ordinary concrete. The ex-ante LCA suggests that after step-by-step improvements in the production and transportation of raw materials, 3D printing geo-polymer concrete is able to reduce the carbon footprint of concrete components, while it does still perform worse on impact categories, such as depletion of abiotic resources and stratospheric ozone depletion. We found that the most effective way to lower the environmental impacts of 3D concrete is to reduce silicate in the recipe of the geo-polymer. This approach is, however, challenging to realize by the company due to the locked-in effect of the previous innovation investment. The case study shows that to support technological innovation ex-ante LCA has to be implemented as early as possible in innovation to allow for maintaining technical flexibility and improving on the identified hotspots.</p

    Telegraph to Gov. M. A. Otero

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    Telegram to Gov. M. A. Otero from Geo. L. Shoup, C. D. Clark, Binger Hermann, F. K. Ainsworth, and N. O. Murphy, expressing regret that Otero is not with them. The Western Union Telegraph Compan

    Blum, August (Death, 1897-05-18)

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    Address: 3208 GlendoraAge at death: 69 yrs.Pg 47/1897/266/M W Wr/Prussia/Dr. Geo. F. Hermann/W.L. Meyer/Spring GroveOriginal record filed in drawer labeled &#039;BLYER-BLOC&#039;

    Luhn, Bernhardt (Death, 1908-03-01)

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    Address: 2618 Jefferson AvenueAge at death: 87 yrs 9mos we days33/Pg. 29/1908/M W W/B. P- Germany/Dr. Geo. F. Hermann/Joseph Huth/St. Marys Cem.Original record filed in drawer labeled &#039;LUCKER-LUTUHA&#039;

    Atmospheric Ionic Deposition in Tropical Sites of Central Sulawesi Determined by Ion Exchange Resin Collectors and Bulk Water Collector

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    In the light of global change, the necessity to monitor atmospheric depositions that have relevant effects on ecosystems is ever increasing particularly for tropical sites. For this study, atmospheric ionic depositions were measured on tropical Central Sulawesi at remote sites with both a conventional bulk water collector system (BWS collector) and with a passive ion exchange resin collector system (IER collector). The principle of IER collector to fix all ionic depositions, i.e. anions and cations, has certain advantages referring to (1) post-deposition transformation processes, (2) low ionic concentrations and (3) low rainfall and associated particulate inputs, e.g. dust or sand. The ionic concentrations to be measured for BWS collectors may easily fall below detection limits under low deposition conditions which are common for tropical sites of low land use intensity. Additionally, BWS collections are not as independent from the amount of rain fallen as are IER collections. For this study, the significant differences between both collectors found for nearly all measured elements were partly correlated to the rainfall pattern, i.e. for calcium, magnesium, potassium and sodium. However, the significant differences were, in most cases, not highly relevant. More relevant differences between the systems were found for aluminium and nitrate (434–484 %). Almost five times higher values for nitrate clarified the advantage of the IER system particularly for low deposition rate which is one particularity of atmospheric ionic deposition in tropical sites of extensive land use. The monthly resolution of the IER data offers new insights into the temporal distribution of annual ionic depositions. Here, it did not follow the tropical rain pattern of a drier season within generally wet conditions

    Hermann, John (Death, 1886-06-30)

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    Address: Betts St. HospAge at death: 7116/Pg 203/1886/M W W/Germany/Dr. F. Kramer/Geo. Meyer/Corpus Christy, KyOriginal record filed in drawer labeled &#039;HERMAN-HETZ&#039;
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