This report identifies opportunities and challenges for local financing of water utilities in Peru and suggests recommendations for removing barriers and creating incentives for scaling-up local financing to local water utilities. It was developed with an understanding that meeting the Millennium Development Goals (MDGs) in water and sanitation in Peru will require scaling up local financing for the sector and that efficiency and effectiveness can be enhanced by greater involvement of local institutional investors and other parties. This joint study exposes many of the barriers to local private financing facing the urban water supply and sewerage (WS&S) sector in Peru. In short, the majority of local water utilities cannot meet credit rating and governance standards required to access private financing. Consequently, loans from financial markets are rare. These findings are probably not specific to Peru. Accordingly, there is great value for central governments to undertake similarly detailed studies to identify the obstacles preventing access to local financing unique to their country's WS&S sector. | Este informe identifica oportunidades y retos para el financiamiento local de las Empresas de Agua (EPS) en Perú y sugiere recomendaciones para eliminar las barreras y crear los incentivos que permitan expandir el financiamiento local a las EPS. Fue desarrollado partiendo de la premisa de que el logro de los Objetivos de Desarrollo del Milenio en Perú, en materia de agua y saneamiento, requerirá la expansión del financiamiento privado al sector; asimismo, que es posible incrementar la eficacia y la eficiencia de las EPS por medio de una mayor participación de inversores institucionales locales y otros actores.

Stream water quality is controlled by the interaction of natural and anthropogenic factors over a range of temporal and spatial scales. Among these anthropogenic factors, land cover changes at catchment scale can affect stream water quality. This work aims to evaluate the influence of land use and seasonality on stream water quality in a representative tropical headwater catchment named as Córrego Água Limpa (Sao Paulo, Brasil), which is highly influenced by intensive agricultural activities and urban areas. Two systematic sampling approach campaigns were implemented with six sampling points along the stream of the headwater catchment to evaluate water quality during the rainy and dry seasons. Three replicates were collected at each sampling point in 2011. Electrical conductivity, nitrates, nitrites, sodium superoxide, Chemical Oxygen Demand (DQO), colour, turbidity, suspended solids, soluble solids and total solids were measured. Water quality parameters differed among sampling points, being lower at the headwater sampling point (0m above sea level), and then progressively higher until the last downstream sampling point (2500m above sea level). For the dry season, the mean discharge was 39.5ls⁻¹ (from April to September) whereas 113.0ls⁻¹ were averaged during the rainy season (from October to March). In addition, significant temporal and spatial differences were observed (P<0.05) for the fourteen parameters during the rainy and dry period. The study enhance significant relationships among land use and water quality and its temporal effect, showing seasonal differences between the land use and water quality connection, highlighting the importance of multiple spatial and temporal scales for understanding the impacts of human activities on catchment ecosystem services.

El agua residual urbana depurada proveniente de la planta depuradora de Orgiva (Granada) puede ser utilizada, sin restricciones, para el riego de la mayoria de los cultivos, ya que su contenido en sales, elementos toxicos y solidos en suspension es escaso. Su aporte, en un experimento de invernadero, al sistema suelo-planta provoco un aumento de la conductividad del extracto de saturacion del suelo y de los niveles de Na y B en suelo y planta, aunque ellos no resultaron perjudiciales para un cultivo de tomate.

Between 1996 and 2005, natural catastrophic events had an estimated cost of US$575.2 billion world-wide. In particular, it has been observed that developing countries are relatively more affected by such events, since its gross domestic product (GDP) have showed sharper declines than developed countries' ratios. On August 15, 2007, an earthquake measuring 7.9 on the Richter scale shook the southern part of the central coast of Peru, with devastating consequences. Given the magnitude of the damage caused, one wonders how much less the cost of rehabilitating water and sanitation systems might have been if public investment projects and management of urban utilities (companies in charge of the water and sanitation provision), had incorporated disaster risk reduction measures. For this reason, and because this is a key public sector service for the wellbeing of population, the World Bank's water and sanitation program commissioned Apoyo Consultoria S.A.C. to conduct a research on the water and sanitation sector in order to attend the following inquiry: how much unpreparedness cost to the sector providing water and sanitation services? In other words, in economic terms, what will have been the gain to society or the reconstruction savings if risk prevention measures had been included in the management of services in the sector proposed for the analysis?