Active water management uses real-time information to continually respond and adjust to water management needs and situations. To support active water management, the Texas Commission on Environmental Quality (TCEQ) needs tools to access and understand data and to apply that understanding to operational decisions. The work described herein addresses two objectives in providing decision-support for the TCEQ: (1) methods for including environmental pulse flow regulations in water rights documents, and (2) improved ease of access to information needed for TCEQ watermaster operations, particularly in times of drought. A Pulse Scaling Method for calculating the trigger flow rate, volume, and duration of flow pulses, using known characteristics at a reference location A, that are appropriate at a target location B (with unknown characteristics) was developed from three key relationships found in the written environmental flow regulations for fifteen locations in the Trinity, San Jacinto, Sabine, and Neches basins. Applying the method and analyzing the results shows that the predictions are statistically consistent with original regulations. A Common Operating Picture is a layered web-map allowing simultaneous access to one or more spatially-related datasets that TCEQ watermaster staff need to consider in decision-making. By its very nature as a dynamic map with associated time series, the Common Operating Picture presents data as information in a way that can support water resource management and decision-making. The project is currently in the pilot stage, with a number of data sources included and an interface available, but with additional work planned and further testing needed before larger-scale implementation. / text

Goal number 12 of the Sustainable Development Goals (SDGs) by the United Nations (UN)emphasises on how the increase in the world population is hampering the achievement ofenvironmental sustainability. The diminishing resources of nature draw attention to the factthat more innovative methods need to salvage the environment and the planet at large.Textiles or clothing are one of the essential things that every human owns and with a globalpopulation of over 7 billion, there is an urgency to find ways to reduce its production, due tothe number of resources used and the amount of emissions the textile/clothing industryproduces.The Swedish Red Cross is a charitable organisation that deals with second-hand clothing toraise profits for its activities while contributing to environmental sustainability. Their secondhandretail shops give customers value for their money while extending the lifecycle of clothes.Due to their non-profitable nature puts much pressure on their finances. The need for revenuecalls for finding more environmentally sustainable ways of making a profit out of the clothesthey receive while evaluating the transportation options to reduce cost.Literature review and route optimisation in ArcGIS are used in the analysis. Driving timeanalysis is carried out to link stores to the closest depots to provide graphical and efficientmeans of reaching all the stores. The review of literature offers insights for environmentallysustainable ways of making a profit from second-hand clothes.The outcome provides results which will help generate more profit as well as cut down themajor contributor to the high transportation cost by more than 50%. Moreover, a suggestion ismade for a new time frame and a new travel mode to improve the coordination between thestores and the depots