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This groundbreaking resource moves us from theory to action with a practical plan for reparations. A surge in interest in black reparations is taking place in America on a scale not seen since the Reconstruction Era. The Black Reparations Project gathers an accomplished interdisciplinary team of scholars—members of the Reparations Planning Committee—who have considered the issues pertinent to making reparations happen. This book will be an essential resource in the national conversation going forward. The first section of The Black Reparations Project crystallizes the rationale for reparations, cataloguing centuries of racial repression, discrimination, violence, mass incarceration, and the massive black-white wealth gap. Drawing on the contributors' expertise in economics, history, law, public policy, public health, and education, the second section unfurls direct guidance for building and implementing a reparations program, including draft legislation that addresses how the program should be financed and how claimants can be identified and compensated. Rigorous and comprehensive, The Black Reparations Project will motivate, guide, and speed the final leg of the journey for justice

AbstractThe toxicity of endocrinologically active pharmaceuticals finasteride (FIN) and melengestrol acetate (MGA) was assessed in freshwater mussels, including acute (48 h) aqueous tests with glochidia from Lampsilis siliquoidea, sub-chronic (14 days) sediment tests with gravid female Lampsilis fasciola, and chronic (28 days) sediment tests with juvenile L. siliquoidea, and in chronic (42 days) sediment tests with the amphipod Hyalella azteca and the mayfly Hexagenia spp. Finasteride was not toxic in acute aqueous tests with L. siliquoidea glochidia (up to 23 mg/L), whereas significant toxicity to survival and burial ability was detected in chronic sediment tests with juvenile L. siliquoidea (chronic value (ChV, the geometric mean of LOEC and NOEC) = 58 mg/kg (1 mg/L)). Amphipods (survival, growth, reproduction, and sex ratio) and mayflies (growth) were similarly sensitive (ChV = 58 mg/kg (1 mg/L)). Melengestrol acetate was acutely toxic to L. siliquoidea glochidia at 4 mg/L in aqueous tests; in sediment tests, mayflies were the most sensitive species, with significant growth effects observed at 37 mg/kg (0.25 mg/L) (ChV = 21 mg/kg (0.1 mg/L)). Exposure to sublethal concentrations of FIN and MGA had no effect on the (luring and filtering) behaviour of gravid L. fasciola, or the viability of their brooding glochidia. Based on the limited number of measured environmental concentrations of both chemicals, and their projected concentrations, no direct effects are expected by these compounds individually on the invertebrates tested. However, organisms are exposed to contaminant mixtures in the aquatic environment, and thus, the effects of FIN and MGA as components of these mixtures require further investigation.