Ambient Water Monitoring Strategy for Iowa: 2016-2021, November 30, 2016

The Iowa Department of Natural Resources (DNR) Ambient Water Monitoring Program provides consistent, unbiased information about the condition of Iowa’s water resources to support decisions affecting the development, management and protection of these resources. To strengthen its services, the program worked with a variety of stakeholders and other DNR programs to develop a five-year strategy for Iowa’s ambient water monitoring efforts. The strategy identifies opportunities to improve the program’s effectiveness in several categories: monitoring objectives, sampling design, data management, products and services, and program evaluation and coordination. Iowa DNR managers and technical staff will use the new strategy to guide decisions affecting the ambient monitoring program over the next five years. The strategy should also serve as a robust informational resource for stakeholders, policy makers, legislators and the public.

Stream water‐quality monitoring conducted in support of the Iowa Nutrient Reduction Strategy (2016)

Monitoring of nitrogen and phosphorus in streams and rivers throughout Iowa is an essential element of the Iowa Nutrient Reduction Strategy (INRS). Sampling and analysis of surface water is necessary to develop periodic estimates of the amounts of nitrogen and phosphorus transported from Iowa. Surface and groundwater monitoring provides the scientific evidence needed to document the effectiveness of nutrient reduction practices and the impact they have on water quality. Lastly, monitoring data informs decisions about where and how best to implement nutrient reduction practices, by both point sources and nonpoint sources, to provide the greatest benefit at the least cost. The impetus for this report comes from the Water Resources Coordination Council (WRCC) which states in its 2014‐15 Annual Report “Efforts are underway to improve understanding of the multiple nutrient monitoring efforts that may be available and can be compared to the nutrient WQ monitoring framework to identify opportunities and potential data gaps to better coordinate and prioritize future nutrient monitoring efforts.” This report is the culmination of those efforts.

Iowa Nutrient Reduction Strategy : a science and technology-based framework to assess and reduce nutrients to Iowa waters and the Gulf of Mexico (2014)

In May 2014, the Iowa Department of Agriculture and Land Stewardship, Iowa State University College of Agriculture and Life Sciences, and the Iowa Department of Natural Resources met to identify needed updates to the Iowa Nutrient Reduction Strategy. Updates were necessary to keep the text of the strategy up¬‐to¬‐date based on current information and status of efforts related to the strategy. Proposed updates were presented to the Water Resources Coordinating Council (WRCC) at its July 29 meeting, along with the annual strategy progress report. Comments were requested from both the WRCC and the Watershed Planning Advisory Council. Based on those comments, the draft report was updated and presented to the WRCC again on September 18, and finalized following that meeting. Below is a summary of the updates that have been made to the May 29, 2013 strategy document.

Water Summary Review, January 1 - December 31, 2014, No. 71

A review of water resource trends prepared by the Iowa DNR in collaboration with the Iowa Department of Agriculture and Land Stewardship, the U.S. Geological Survey, and The Iowa Homeland Security and Emergency Management Department.

Guia dos peixes de água doce de Portugal Continental

O trabalho desenvolvido insere-se num projecto do FFishGUL, Freshwater Fish Group of the University of Lisbon, que consiste na publicação de um guia ilustrado que reúna e disponibilize informação sobre a fauna ictiológica dulciaquícola de Portugal Continental, dirigido a diversos públicos-alvo. Este guia procura promover o conhecimento sobre as espécies e comunidades piscícolas e ser uma ferramenta técnica de resposta a questões prioritárias em termos de conservação do património natural, gestão dos recursos hídricos e ordenamento do território. O âmbito deste trabalho de mestrado centra-se na ilustração de algumas das espécies de peixes tratadas, investigando e criando pela primeira vez uma representação rigorosa que promova a documentação e identificação destas, como ponto de partida para o trabalho a realizar para a totalidade das espécies a tratar no guia. O trabalho desenvolvido é um trabalho que se pode considerar inédito, na medida em que não existe, tanto quanto sabemos e após extensiva pesquisa bibliográfica neste domínio, nada publicado que se assemelhe aos níveis de rigor, detalhe e coerência entre todo o conjunto apresentado. O resultado pretendido para este guia é o de uma publicação de referência, de grande utilidade técnica e de cuidada comunicação visual. Nesse sentido foi também desenvolvido um layout gráfico, visando uma apresentação cuidada e apelativa dos conteúdos do guia, pretendendo contribuir para uma maior sensibilização dos vários públicos a que se destina; ABSTRACT: This Masters thesis is part of a larger project, developed by FFishGUL, the Freshwater Fish Group of the University of Lisbon, consisting of the edition of an illustrated guide to the freshwater fish of mainland Portugal. This guide aims to create a hitherto nonexistent tool to promote knowledge on Portuguese freshwater fish communities and species and help on the management of water resources and land-use planning. This Masters thesis is centered on the illustration of some of the guide’s fish species, aiming to study and create an accurate representation that will facilitate their correct identification. These illustrations serve as an example of the process that will be followed for the total guide’s species range. The developed work can be regarded as unprecedented, to the extent that there is not, as far as we know, and after extensive bibliographic research in this field, any published work resembling the levels of accuracy, detail and coherence of what is here presented. This guide intends to be a reference publication, of major technical utility and careful visual communication. In this sense a graphic layout was also developed, aiming a careful and attractive presentation of the guide’s contents and contributing to greater awareness of the various target audiences.

Sugarcane Water Productivity Assessments in the São Paulo state, Brazil.

São Paulo state, Brazil, has been highlighted by the sugarcane crop expansion. The actual scenario of climate and land use changes, bring attention for the large-scale water productivity (WP) analyses. MODIS images were used together with gridded weather data for these analyses. A generalized sugarcane growing cycle inside a crop land mask, from September 2011 to October 2012, was considered in the main growing regions of the state. Actual evapotranspiration (ET) is quantified by the SAFER (Simple Algorithm for Evapotranspiration Retrieving) algorithm, the biomass production (BIO) by the RUE (Radiation Use Efficiency) Monteith?s model and WP is considered as the ratio of BIO to ET. During the four generalized sugarcane crop phases, the mean ET values ranged from 0.6 to 4.0 mm day-1; BIO rates were between 20 and 200 kg ha-1 day-1, resulting in WP ranging from 2.8 to 6.0 kg m-3. Soil moisture indicators are applied, indicating benefits from supplementary irrigation during the grand growth phase, wherever there is water availability for this practice. The quantification of the large-scale water variables may subsidize the rational water resources management under the sugarcane expansion and water scarcity scenarios.

SISTEMA DE INFORMACIÓN GEOGRÁFICA PARA LA GESTIÓN DE RECURSOS HÍDRICOS

Este artículo describe la puesta en funcionamiento de una herramienta de información geográfica para la gestión y planificación de recursos hídricos de Cataluña desarrollada mediante plataformas OpenSource. Esta herramienta ha de permitir responder a sucesos extremos como la sequía, facilitando de manera intuitiva y rápida elementos de  evaluación y toma de decisiones. Este Sistema de Información Geográfica (SIG) de gestión de los recursos hídricos se ha  desarrollado para obtener resultados a medida del cliente. Su interfaz ágil y sencilla, su capacidad multiusuario, su alto  rendimiento y escalabilidad y la ausencia de costes de licencia hacen que, con una inversión limitada, se obtenga una amortización muy rápida. Cabe destacar la automatización de procesos sistemáticos, geoprocesos y análisis multicriterio definidos por el cliente, que le permiten ahorrar tiempo y recursos, así como aumentar la productividad.Palabras clave: Sistema de Información Geográfica (SIG), acceso abierto, gestión, agua, automatizaciónAbstractThis article describes the implementation of a geographical information tool developed on an OpenSource platform for the management and planning of water resources in Catalonia. This Geographic Information System (GIS) is designed to deliver fast and intuitive evaluation and decision making criteria in response to extreme events, such as drought. Its strong customization, user friendliness, multiuser capability, performance and scalability, together with its license-free condition, allow for an extremely fast return on investment. The embedded automation of user-defined systemic processes, geo-processes and multi-criteria analyses provide significant time and resource savings and productivity Key Words: Geographic Information System (GIS), Open Source, water supply management, automation