“It’s like a big freaking fake circus”: An exploration of intersectionality and women’s experiences in higher education fundraising

Women in higher education fundraising navigate the broad forces of sexism and racism in society and their profession, a profession in which they are being paid less than their male counterparts and are under-represented in leadership roles, despite being the majority of fundraising professionals. This study provided a platform for women in higher education fundraising to tell their stories and to explain, in their own words, how they navigated a traditionally White patriarchal system of philanthropy, interacted with fundraising prospects and donors, and experienced the fundraising profession. The research questions included: • What do women say are their lived experiences as higher education fundraisers? • What are the perceptions of access to professional advancement (pay and promotion) amongst women in higher education fundraising? • What do women see as their advantages and barriers in higher education fundraising practice? • How do women perceive race as a mediator of the experiences of women in higher education fundraising? Tenets of feminist research and a conceptual framework rooted in intersectionality framed the lived experiences of women in higher education fundraising. Of a qualitative design and utilizing the portraiture approach, this study explored the interplay of power and privilege as women navigate the landscape of higher education fundraising. This context included their institutions, colleagues and supervisors, and interactions with fundraising prospects and donors. Five individual portraits revealed women fundraisers that were tenacious, hardworking, and committed. They were savvy about their identities and disclosed frank observations regarding the possibilities of fundraising in higher education as well as the unique challenges they faced as women in the profession. Women fundraisers described feeling motivated by the difference they could make for their institutions and students, shared the ways in which they tailored their personal performances and strategies to engage prospective donors, and revealed the complexities of navigating fundraising organizations. Advancement organizations, the researcher concluded, were encouraging women fundraisers to fit a prototypical standard. The results of the study inform the strategies employed by institutional advancement leaders as they support women in fundraising

A new visual trap for Rhagoletis cerasi (L.) (Diptera: Tephritidae).

The European cherry fruit fly, Rhagoletis cerasi (L.) (Diptera: Tephritidae), is the most important pest of sweet cherries in Europe. The aim of our experiments was to develop a new, cost-efficient, lead chromate-free and more eco-friendly trap for monitoring and mass trapping of R. cerasi. Five different-colored yellow panels and three different trap shapes were compared to a standard Rebell® amarillo trap in three experimental orchards in 2012. Trap color F, with a strong increase in reflectance at 500–550 nm and a secondary peak in the UV-region at 300–400 nm, captured significantly more flies than the standard Rebell® amarillo trap. Yellow traps with increased reflectance in the blue region (400–500 nm) were least attractive. Trap shape was of minor importance, as long as the object was three-dimensional and visible from all directions. Based on economic and practical considerations, a cylinder-shaped trap ―UFA-Samen Kirschenfliegenfalle‖ was developed for commercial use and is currently under on-farm evaluation

Mineral Royalty Mispayments: The Payor’s Rights, Obligations, and Risks in Royalty Mispayment Scenarios, Including the Pitfalls and Prerogative of Self-Help Recoupment

To aid in these efforts, this Article provides a survey of the legal doctrines and defenses commonly encountered in mineral royalty mispayment cases, including whether the payor is entitled to self-help recoupment of overpaid royalties. This Article is not a comprehensive study on all aspects of royalty mispayments, but instead provides a practical overview of the foundational legal theories underlying typical mispayment claims and defenses

A Practical Guide to Operator/ Surface-Owner Disputes and the Current State of the Accommodation Doctrine

This Article provides an overview of the operator\u27s rights and a practical guide to the procedures available to enforce them. Of particular emphasis, this Article will discuss how an operator can use injunctive relief to prevent surface-owner interference, and will specifically provide a checklist of sorts for how an operator can obtain a temporary restraining order. This Article will also address how the operator\u27s rights can be limited by the accommodation doctrine. In this regard, this Article will examine how the accommodation doctrine is triggered, what the surface owner must prove when asserting the accommodation doctrine, and whether the accommodation doctrine provides a mechanism for the surface owner to recover damages from the operator for unreasonable surface use

AcinoSet: A 3D Pose Estimation Dataset and Baseline Models for Cheetahs in the Wild

Animals are capable of extreme agility, yet understanding their complex dynamics, which have ecological, biomechanical and evolutionary implications, remains challenging. Being able to study this incredible agility will be critical for the development of next-generation autonomous legged robots. In particular, the cheetah (acinonyx jubatus) is supremely fast and maneuverable, yet quantifying its whole-body 3D kinematic data during locomotion in the wild remains a challenge, even with new deep learning-based methods. In this work we present an extensive dataset of free-running cheetahs in the wild, called AcinoSet, that contains 119,490 frames of multi-view synchronized high-speed video footage, camera calibration files and 7,588 human-annotated frames. We utilize markerless animal pose estimation to provide 2D keypoints. Then, we use three methods that serve as strong baselines for 3D pose estimation tool development: traditional sparse bundle adjustment, an Extended Kalman Filter, and a trajectory optimization-based method we call Full Trajectory Estimation. The resulting 3D trajectories, human-checked 3D ground truth, and an interactive tool to inspect the data is also provided. We believe this dataset will be useful for a diverse range of fields such as ecology, neuroscience, robotics, biomechanics as well as computer vision.Comment: Code and data can be found at: https://github.com/African-Robotics-Unit/AcinoSe

Concert recording 2018-04-28a

[Track 1]. Bordel 1900 / Astor Piazzolla -- [Track 2]. Prelude, cadence et finale / Alfred Desenclos -- [Track 3]. Blue caprice / Victor Morosco -- [Track 4]. Concert suite. I. Lively ; -- [Track 5]. IV. Introduction and jump / William Bolcom -- [Track 6]. Café 1930 / Astor Piazzolla -- [Track 7]. Revolution. II. Mara’s toys ; -- [Track 8]. IV. Groove machine

Perturbation-Expression Analysis Identifies RUNX1 as a Regulator of Human Mammary Stem Cell Differentiation

The search for genes that regulate stem cell self-renewal and differentiation has been hindered by a paucity of markers that uniquely label stem cells and early progenitors. To circumvent this difficulty we have developed a method that identifies cell-state regulators without requiring any markers of differentiation, termed Perturbation-Expression Analysis of Cell States (PEACS). We have applied this marker-free approach to screen for transcription factors that regulate mammary stem cell differentiation in a 3D model of tissue morphogenesis and identified RUNX1 as a stem cell regulator. Inhibition of RUNX1 expanded bipotent stem cells and blocked their differentiation into ductal and lobular tissue rudiments. Reactivation of RUNX1 allowed exit from the bipotent state and subsequent differentiation and mammary morphogenesis. Collectively, our findings show that RUNX1 is required for mammary stem cells to exit a bipotent state, and provide a new method for discovering cell-state regulators when markers are not available.National Science Foundation (U.S.). Graduate Research Fellowship (1122374)Smith Family FoundationBreast Cancer Allianc

OB Stars & Stellar Bowshocks in Cygnus-X: A Novel Laboratory Estimating Stellar Mass Loss Rates

We use mid-IR images from the Spitzer Cygnus~X Legacy Survey to search for stellar bowshocks, a signature of early type "runaway" stars with high space velocities. We identify ten arc-shaped nebulae containing centrally located stars as candidate bowshocks. New spectroscopic observations of five stars show that all are late O to early B dwarfs. Our morphologically selected sample of bowshock candidates encompasses diverse physical phenomena. Three of the stars appear to be pre-main-sequence objects on the basis of rising SEDs in the mid-IR, and their nebulae may be photon-dominated regions (PDRs). Four objects have ambiguous classification. These may be partial dust shells or bubbles. We conclude that three of the objects are probable bowshocks, based on their morphological similarity to analytic prescriptions. Their nebular morphologies reveal no systematic pattern of orientations that might indicate either a population of stars ejected from or large-scale hydrodynamic outflows from Cyg OB2. The fraction of runaways among OB stars near Cyg OB2 identified either by radial velocity or bowshock techniques is ~0.5%, much smaller than the 8% estimated among field OB stars. We also obtained a heliocentric radial velocity for the previously known bowshock star, BD+43\degr3654, of -66.2+/-9.4 km/s, solidifying its runaway status and implying a space velocity of 77+/-10 km/s. We use the principles of momentum-driven bowshocks to arrive at a novel method for estimating stellar mass loss rates. Derived mass loss rates range between 10^-7 and few x10^-6 solar masses/yr for the three O5V -- ~B2V stars identified as generating bowshocks. These values are at the upper range of, but broadly consistent with, estimates from other methods. (Abridged)Comment: 49 pages, 19 figures; Accepted for publication in ApJ; full-resolution color figure version available at http://physics.uwyo.edu/~chip/Papers/CygXBowshocks; comments invite

Mobility choices - an instrument for precise automatized travel behavior detection & analysis

Within the Mobility Choices (MC) project we have developed an app that allows users to record their travel behavior and encourages them to try out new means of transportation that may better fit their preferences. Tracks explicitly released by the users are anonymized and can be analyzed by authorized institutions. For recorded tracks, the freely available app automatically determines the segments with their transportation mode; analyzes the track according to the criteria environment, health, costs, and time; and indicates alternative connections that better fit the criteria, which can individually be configured by the user. In the second step, the users can edit their tracks and release them for further analysis by authorized institutions. The system is complemented by a Web-based analysis program that helps authorized institutions carry out specific evaluations of traffic flows based on the released tracks of the app users. The automatic transportation mode detection of the system reaches an accuracy of 97%. This requires only minimal corrections by the user, which can easily be done directly in the app before releasing a track. All this enables significantly more accurate surveys of transport behavior than the usual time-consuming manual (non-automated) approaches, based on questionnaires