Insights from the Field: Forests for Water

This issue brief describes analyses by the World Resources Institute (WRI) in support of emerging payments for watershed services (PWS) programs in two major watersheds in Maine and North Carolina and insights gleaned from work in progress. The three pilot initiatives discussed represent different approaches to establishing PWS programs that protect forests and other green infrastructure elements. In the Neuse River Basin in North Carolina, WRI is working with partners to identify beneficiaries and their water-related dependencies. We learned that clear documentation of the risks that beneficiaries face from water pollution, drought, and watershed degradation will help jump-start their participation in emerging PWS programs. In the Sebago Lake Watershed in Maine, WRI is finalizing a methodology for "green-gray" analysis that will provide beneficiaries a way to identify cost-effective green infrastructure solutions to water infrastructure demands of the 21 st century. Green infrastructure comprises all natural, seminatural and artificial networks of multifunctional ecological systems within, around, and between urban areas at all spatial scales. We learned that, to convince public investment managers to invest in green rather than gray, it is important to make the financial and business case using the same basic methodologies that are used for calculating the costs and benefits of conventional gray approaches. WRI is also working to develop PWS programs that help the city of Raleigh meet streetscape, conservation development, tree conservation, storm water management, and water quality goals contained in its Unified Development Ordinance in a least cost manner. We learned that market-based solutions like PWS can play a large role in land-use planning processes and that these processes may represent a large untapped demand driver for PWS programs throughout the Sout

Stream Power: Origins, Geomorphic Applications, and GIS Procedures

Stream power is a widely used parameter to investigate, engineer, and manage river systems.The varied uses ofstream power are increasing as it becomes easier to derive stream power using remotely sensed data coupled with Geographic Information Systems (GIS) and improved computational power and technology. This document was created to provide clarity to researchers and practitioners using stream power in their work. It includes a review of the physical basis, terminology, and applications of stream power; an examination of the many considerations and techniques for computing stream power; and a step by step example workflow to compute stream power using GIS and Microsoft Excel. The 33 steps in this example can be adjusted to suit individual needs of different projects

Born-again Christians need not apply: religious discrimination in clinical psychology graduate school admissions.

Like about 1,000 other people, Sandra was disappointed on April 1st to find a rejection slip in her mail from a Northeastern graduate program in clinical psychology, which we will call Dudley University. It was a bit of a blow, since both her interviewers had been visibly impressed with her perfect record, and she had expressed a strong interest in Dudley. What was more painful, however, was the reason for her rejection, told to a friend of hers by a professor on the admissions committee: We felt that someone of her religious orientation would not feel comfortable in the program

Configuring the caller in ambiguous encounters: volunteer handling of calls to Samaritans emotional support services

This paper discusses volunteer strategies for handling and assessing calls to Samaritans emotional support services for the suicidal and despairing. It presents findings from the qualitative components of a two year mixed methods study based on an online caller survey, branch observations and interviews with volunteers and callers throughout the UK. A thematic analysis of the qualitative data analysis was undertaken using the principle of constant comparison. Many calls fell beyond the primary remit of a crisis service, and called for rapid attribution and assessment. Uncertainty about identifying ‘good’ calls and recognizing those which were not caused difficulty, frustration and negative attribution towards some callers. This paper presents our analysis of volunteers’ accounts of how they configure the caller in intrinsically uncertain and ambiguous encounters, and how such strategies relate to the formal principles of unconditional support and non-judgemental active listening espoused by the organization

The River Process Corridor: A Modular River Assessment Method Based on Process Units and Widely Available Data in the Northeast US.

We define the river process corridor (RPC) as the area adjacent to a river that is likely to affect and be affected by river and floodplain processes. Here we present a novel approach for delineating the RPC that utilizes widely available geospatial data, can be applied uniformly across broad and multi-scalar spatial extents, requires relatively low levels of expertise and cost, and allows for modular additions and adaptations using additional data that is available in particular areas. Land managers are increasingly using a variety of delineated river and floodplain areas for applied purposes such as hazard avoidance, ecological conservation, and water quality protection. Currently, the most-used delineation methods rely on historic maps, field surveys, and/or calibrated empirical models. These approaches are examples of what is possible, but they may be time-intensive, may rely on jurisdiction or organization-specific data or data information systems, or may require specific local-user input or hand-drawing. Our approach, the River Process Corridor Modular Assessment Method, offers a rapid, uniform and objective river and floodplain process area delineation method that uses transparent, easily accessible data, and may be used across large areas. it is derived from the sum of five functional process units that together capture the RPC: (i) the Flood Processes Unit, derived from hydraulic modeling to determine areas subject to overbank deposition and erosion, in-channel deposition and erosion, bank erosion, and channel avulsions; (ii) the Landslide and Steep Terrain Processes Unit, based on terrain slope to show locations subject to sediment delivery, bank failures, and other mass wasting proximal to the flood-prone area; (iii) Wetland Processes Unit, based on the U.S. National Wetlands Inventory to show areas where wetland processes occur; (iv) Channel Migration Processes Unit, based on channel location and migration rates to show areas susceptible to lateral channel movement; and (v) Riparian Ecologic Processes Unit. This paper details the assessment approach for each of these units, and provides a summary outline and table for users. To illustrate and evaluate its potential, we apply the approach in three river reaches in mountainous and low-relief watersheds in the northeastern U.S. and compare results with recent geomorphic change, observed in the field and in historic imagery. The River Process Corridor Modular Assessment Method performs very well, capturing 92% of observed landslide areas, 87% of observed floodplain deposition areas, and 100% of channel migration areas. We also provide an example of how additional data available from the State of Vermont could be added in a modular approach. These results indicate the RPC method is successful at providing both an accurate assessment of potential active hazard areas and sensitive environmental areas, and that it also includes a margin of safety that many managers desire. Its modular nature allows for flexible weighting of different metrics to suit specific applications, and piecewise updating as new data or approaches become available. We conclude that maps of the RPC can be useful as an advisory layer to natural resource managers, property owners, planners and regulators to identify areas that may be valuable for ecological conservation or at risk of future damage during floods, or where they might consider allowing natural river processes occur, in order to enhance ecological processes and help attenuate future flood damage elsewhere

It is ethical to diagnose a public figure one has not personally examined

Should psychiatrists be able to speculate in the press or social media about their theories? John Gartner argues the risk to warn the public of concerns about public figures overrides the duty of confidentiality; whereas Alex Langford suggests this is beyond the ethical remit of psychiatric practice