cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.1594/pangaea.263844
title: Paleomagnetic measurements on ODP Hole 138-848D
DOI: 10.7275/10133
title: Thames River subwatershed soil, sediment, water data

description: Associated publication in <em><strong>Science of the Total Environment</strong></em>, and their interpretations can be found there. Title: "Accumulation and transport of nutrient and pollutant elements in riparian soils, sediments, and river waters across the Thames River Watershed, Connecticut, USA" Authors: Mark J. Butler, Brian C. Yellen, Oluyinka Oyewumi, William Ouimet, Justin B. Richardson
description: Trace element and nutrient data are for riparian soils, suspended sediments, eddy bottom sediments, and river water collected between 2019 and 2020 in the Thames River watershed of Connecticut, USA. Trace elements and nutrients were measured using EPA 3050B digestion method and analyzed by ICP-OES or ICP-MS.
DOI: 10.7275/10204
title: Designing Sustainable Landscapes: Representative Species Model: Blackpoll Warbler (Setophaga striata)

description: Blackpoll Warbler was selected as a representative species for the Designing Sustainable Landscapes project of the North Atlantic LCC (https://scholarworks.umass.edu/designing_sustainable_landscapes/). The habitat clusters (ecological systems) and associated wildlife species that it represents generally comprise boreal coniferous forests and montane boreal forests in particular. The Landscape Capability (LC) index integrates habitat capability, climate suitability and prevalence into a single index that reflects the relative capacity of a site to support the species.
DOI: 10.7275/10214
title: Source Data for "Tuning charge transport dynamics via clustering of doping in organic semiconductor thin films"

description: README.txt and source data files included in one .zip file
DOI: 10.1594/pangaea.253536
title: Color reflectance of ODP Hole 208-1264A
DOI: 10.1594/pangaea.257285
title: Gas elements of ODP Hole 183-1141A
DOI: 10.7275/10104
title: Source Data for "End exclusion zones in strongly stretched, molten polymer brushes of arbitrary shape"

description: Supplementary code for solving the constraint equations that describe curved polymer brushes. Also contains software for analyzing the resulting solutions.
DOI: 10.7275/10128
title: Rainbow Beach Sediment Grain Size Analysis, Northampton, Massachusetts

description: This dataset was prepared by Brian Yellen, a research assistant professor in the Department of Earth, Geographic, and Climate Sciences at the University of Massachusetts Amherst. Dr. Yellen worked in conjunction with Melissa Grader of the USFWS and colleagues to conduct the associated field sampling. This report provides information related to the substrate grain size at surveyed locations on Rainbow Beach on the Connecticut River in Northampton, MA (42.322125, -72.584928). This location is a known breeding site of the endangered puritan tiger beetle (PTB), Ellipsoptera puritana.
DOI: 10.1594/pangaea.255779
title: Geochemistry of interstitial water of ODP Hole 133-812C
DOI: 10.1594/pangaea.266865
title: P-wave velocity (PWL whole-core system) on ODP Hole 133-811C
DOI: 10.25549/gar-c81-41974
title: Chambers Baird, misc. documents, 1896-03, to Hamlin Garland

description: Chambers Baird, Ripley, Ohio, USA, 2 notes, 2 clippings, photograph, promissory note, and business card, sent to [Hamlin Garland]. Note: "From W.B. Campbell…", 1896 March 23. Notes on an envelope "U.S. Grant…". Clipping: "A historic school house". Clipping: "The old school house" Georgetown gazette. Halftone print of Georgetown, Ohio, court house. Promissory note from Ripley National Bank, to Chambers Baird, due 1896 April 11-14. Chambers Baird business card. With typed transcription.
DOI: 10.7275/10175
title: Designing Sustainable Landscapes: Roads
DOI: 10.7275/10205
title: Designing Sustainable Landscapes: Representative Species Model: Black Bear (Ursus americanus)

description: Black bear was selected as a representative species for the Designing Sustainable Landscapes project of the North Atlantic LCC (https://scholarworks.umass.edu/designing_sustainable_landscapes/). The habitat clusters (ecological systems) and associated wildlife species that it represents generally comprise of wetlands, early successional forests and mature hard mast-producing forests. The Landscape Capability (LC) index only includes Habitat Capability for this species. Climate niche (CN) is not estimated for black bear because its suitable climate conditions encompass the majority of North America. Therefore, it is unlikely that the northeast will experience climate conditions outside of this range by 2080. Prevalence is also not used for black bear LC due its extensive range in North America and the lack of broad scale occupancy data.
DOI: 10.25549/gar-c81-41812
title: Daniel F.W. Bursch, letter, 1896-03-12, to Hamlin Garland

description: Daniel F.W. Bursch (Library Association of Portland, Oregon), Portland, Oregon, USA, letter, 1896 March 12, to Hamlin Garland, 474 Elm Street, Chicago, Illinois, USA. "Your communication under date of March 3 was referred to our Library Committee. Col[onel] L.E.S. Wood as member of the committee, who served under General Howard in this Department has supplied me with the following data." -- first line. Note from Garland to John Sanburn Phillips of S.S. McClure written at top.
DOI: 10.7275/10145
title: Designing Sustainable Landscapes: Soil available water supply, Soil depth to restrictive layer, and Soil pH settings variables

description: These three soils variables are among several ecological settings variables that collectively characterize the biophysical setting of each 30 m cell at a given point in time (McGarigal et al 2017). Soils are important drivers of natural communities. We picked three soil attributes that represent the most important factors: depth, chemistry, and water-holding capacity. Depth to resistant layer measures the depth of soils to a restrictive layer (e.g., bedrock) that limits root depth. Areas with shallow soils (usually on steep slopes or ridgetops) can’t support deep-rooted plants. Soil pH strongly affects nutrient uptake by plants. In the east, soils with higher pH (e.g., in areas with limestone bedrock) tend to support a greater diversity of plants, including a number of species that typically grow only in sweet soils. Conversely, some groups of plants (such as members of Ericaceae) are specialized to acidic soils, where generalist species grow poorly at best. Available water supply (AWS) measures the water-holding capacity of soils. It is measured as the total volume of water that available to plants when the soil, inclusive of rock fragments, is at field capacity. Soils with a high AWS are more drought-resistant, supporting plant growth through periods without rain—for instance, good agricultural soils have a high AWS. AWS is calculated as the available water capacity times the thickness of each soil horizon to a specified depth (25 cm in this case). Note that AWS is distinct from our topographic wetness settings variable, which estimates the amount of water delivered to the soil at each point.
DOI: 10.1594/pangaea.790603
title: Gamma-ray attenuation measurements of bulk density using whole-core multi-sensing track on ODP Hole 161-975B
DOI: 10.1594/pangaea.791739
title: Thermal conductivity of ODP Hole 108-657A
DOI: 10.7275/10132
title: Trans Women and Reproductive (In)Justice - How Race, Class, and Gender Shape Experiences of Family Formation and Parenthood

description: The following support document includes demographic data from my dissertation research, disaggregated to preserve the anonymity of respondents. It also includes two separate interview schedules for semi-structured interviews I conducted with trans women who were either currently parents (the first guide) or who want to be parents in the future (the second guide). My dissertation examines how race, class, and gender shape trans women’s parenting journeys. Trans women, and particularly trans women of color, experience high levels of discrimination across the contexts of employment, healthcare, and the legal system, yet remain virtually absent from contemporary research on family and parenting inequalities. I have conducted 54 semi-structured interviews with current and prospective parents across North America, including 27 white trans women and 27 trans women of color. Using the intersectional concepts of transmisogyny and racialized transmisogyny, I argue that trans women face unique barriers to parenting and becoming a parent but also share challenges with other minoritized parents. My findings speak more broadly to theory regarding the increased policing and regulation of motherhood (i.e., reproductive governance), the perceived link between motherhood and womanhood (i.e., R.W. Connell’s concept of mis/recognition), and ongoing transformations in family structure (i.e., queer and trans kinship studies). Whereas existing research on trans women often reduces them to victims of violence, my research highlights trans women’s resilience, resistance, and their ability to build families and community networks despite institutional barriers.
DOI: 10.7275/10185
title: Designing Sustainable Landscapes: Northeast terrestrial ecosystem cores

description: Northeast terrestrial ecosystem cores is one of the principal Designing Sustainable Landscapes (DSL) landscape conservation design (LCD) products, and it is best understood in the context of the full LCD process described in detail in the technical document on landscape design (McGarigal et al 2017). This particular product was developed for the Nature's Network project (www.naturesnetwork.org) — a collaborative partnership under the auspices of the North Atlantic Landscape Conservation Cooperative (NALCC). Northeast terrestrial ecosystem cores represents a set of terrestrial core areas derived using only ecosystem-based criteria (i.e., no species-specific criteria) and scaled to identify the highest valued places by ecosystem and geophysical setting within the Northeast region (Fig. 1). These core areas are intended to complement the HUC6-scaled terrestrial core areas and connectors (see terrestrial core area network document, McGarigal et al 2017) that were derived as the primary ecological network. These regional ecosystem-based cores help identify the best places for each unique ecosystem and geophysical setting within the entire Northeast region, whereas the HUC6-based cores help identify the best places within each HUC6 to ensure a well-distributed core area network across the region. Both of these products are designed to provide strategic guidance for conserving natural areas, and the fish, wildlife, and other components of biodiversity that they support within the Northeast.
DOI: 10.7275/10217
title: Designing Sustainable Landscapes: Biomass settings variable

description: Vegetation biomass is an effective descriptor of the net primary productivity of an ecosystem. As such, it is a fundamental component of the ecosystem's trophic dynamics. In addition, vegetation biomass is an effective proxy for the successional development (or seral stage) of vegetation following a disturbance. Biomass is one of several ecological settings variables that collectively characterize the biophysical setting of each 30 m cell at a given point in time (McGarigal et al 2017). Specifically, biomass measures the estimated above-ground live biomass (Mg/ha) of undeveloped forested (including forested wetlands) cells in 2010 based primarily on a spectral analysis of Landsat imagery by USGS Woods Hole. Note that for forested ecosystems, we also model the predicted change in biomass between 2010-2080 using on a custom succession model trained using Forest Inventory and Analysis (FIA) plot data (see technical document on disturbance and succession, McGarigal et al 2017).
DOI: 10.1594/pangaea.259766
title: Gamma-ray attenuation measurements of bulk density using whole-core multi-sensing track on ODP Hole 138-853A
DOI: 10.1594/pangaea.260862
title: Natural gamma radiation of ODP Hole 168-1027B
DOI: 10.7275/10099
title: Load-Bearing Entanglements in Polymer Glasses

description: README file included in dataset.
description: Data for "Load-bearing entanglements in polymer glasses" Cynthia Bukowski, Tianren Zhang, Robert A. Riggleman, Alfred J. Crosby. 2021. Experimental and simulation data describing the mechanical response of glassy polymer blends in a thin film state. Blends are made of long and short chain polymers. The load-bearing entanglement network is quantified.
DOI: 10.7275/10189
title: Designing Sustainable Landscapes: Northeast Aquatic Core Areas

description: Northeast aquatic cores is one of the principal Designing Sustainable Landscapes (DSL) landscape conservation design (LCD) products for aquatic ecosystems and species, and it is best understood in the context of the full LCD process described in detail in the technical document on landscape design (McGarigal et al 2017). This particular set of products was developed for the entire Northeast region as part of the Nature's Network project (www.naturesnetwork.org) — a collaborative partnership under the auspices of the North Atlantic Landscape Conservation Cooperative (NALCC). Northeast aquatic cores represent a combination of lotic core areas (rivers and streams) and lentic core areas (lakes and ponds) selected at the Northeast regional scale to complement the lotic and lentic cores selected at the HUC6 scale (see aquatic cores document, McGarigal et al 2017) (Fig. 1).The HUC6 aquatic cores represent the primary LCD product for aquatic ecosystems; they were built to capture the best of each aquatic ecosystem in each HUC6 watershed in order to ensure a well-distributed network of aquatic cores across the region. However, the HUC6 scaling of the ecological integrity index (see IEI document, McGarigal et al 2017) from which the HUC6 cores were derived (see below) trades off some of the best areas of each aquatic ecosystem in the region for lower-valued areas in each HUC6 to achieve a more even distribution across the region for same total conserved area. The Northeast scaling of IEI forces the best areas of each ecosystem in the region to be included in the cores regardless of the final distribution.
DOI: 10.1594/pangaea.256612
title: Gas elements of ODP Hole 113-696B
DOI: 10.1594/pangaea.794705
title: Sample corelog of ODP Hole 114-704B
DOI: 10.7275/10097
title: Plant regulatory lists in the U.S. are reactive and inconsistent - Appendix 1

description: This file includes supplemental information for Beaury, E.M.*, Fusco, E.J., Allen, J.M., Bradley, B.A. Plant regulatory lists in the U.S. are reactive and inconsistent. Journal of Applied Ecology. The file contains the sources for regulated plant lists, the lists themselves, and summarized findings of the study (whether taxa are listed proactively or as climate change proactive). Metadata are included in the file. *corresponding author: Evelyn M. Beaury (ebeaury@umass.edu), 312B Holdsworth Hall, University of Massachusetts Amherst, Amherst, MA, 01002.
DOI: 10.7275/10115
title: Sleeper Species Database O'Uhuru et. al. 2022

description: Thousands of non-native plant species have been introduced and naturalized outside of their native ranges. A small portion of these naturalized species go on to become invasive, spreading away from sites where they initially naturalized and causing negative ecological impacts. In some cases, abiotic limitations, such as cold temperatures, prevent naturalized species from becoming invasive within all or a portion of their non-native range. However, rising temperatures due to climate change could lead to rapid population growth of some naturalized populations, triggering new invasions of these ‘sleeper populations’. Here, we present a database of impact assessments for 179 species naturalized in one or more northeastern state (CT, MA, ME, NH, NY, RI, VT). This database can be used to prioritize invasive species management to prevent the awakening of high-impact sleeper populations.
DOI: 10.7275/10211
title: Designing Sustainable Landscapes: Representative Species Model: Common Loon (Gavia immer)

description: Common loon was selected as a representative species for the Designing Sustainable Landscapes project of the North Atlantic LCC (https://scholarworks.umass.edu/designing_sustainable_landscapes/). The habitat clusters (ecological systems) and associated wildlife species that it represents are northern New England lakes. The Landscape Capability (LC) index integrates habitat capability, prevalence and climate suitability into a single index that reflects the relative capacity of a site to support the species.
DOI: 10.1594/pangaea.252884
title: Downhole temperature in ODP Hole 160-967A
DOI: 10.1594/pangaea.791306
title: Shear strength of ODP Hole 120-748B
DOI: 10.7275/10100
title: Historical rates of soil erosion in the Midwestern U.S.

description: In the Midwestern U.S., erosion has caused native prairie remnants to become perched above surrounding farmland, providing an opportunity to measure historical soil loss. We conducted high-resolution topographic surveys across erosional escarpments at the boundary between 20 prairies and adjacent fields. Data were collected in 2016,2017, and 2019 in South Dakota, Nebraska, Minnesota, Iowa, and Illinois. Coordinates, elevation data, and transect number are given for each of the 20 locations. Coordinates are provided in UTM Zones 14, 15, or 16. We used results from the topographic surveys and data from Lidar-derived elevation data to regionally scale estimates of soil loss and historically averaged erosion rates. For each county within the region, we calculated the historically averaged erosion rate and the modern erosion rate estimated by the USDA National Resources Inventory. The data for these analyses are provided as shapefiles.
DOI: 10.7275/10226
title: Designing Sustainable Landscapes: Representative Species Model: Wood Turtle (Glyptemys insculpta)

description: Wood Turtle was selected as a representative species for the Designing Sustainable Landscapes project of the North Atlantic LCC (https://scholarworks.umass.edu/designing_sustainable_landscapes/). The habitat clusters (ecological systems) and associated wildlife species that it represents generally comprise of slow-moving moderately sized streams and forest and wetland systems near those streams. The Landscape Capability (LC) index integrates habitat capability and climate suitability into a single index that reflects the relative capacity of a site to support the species.
DOI: 10.7275/10234
title: Designing Sustainable Landscapes: Representative Species Model: Piping Plover (Charadrius melodus)

description: Piping Plover was selected as a representative species for the Designing Sustainable Landscapes project of the North Atlantic LCC (https://scholarworks.umass.edu/designing_sustainable_landscapes/). Piping Plover was selected as an additional species to the originally selected 30 representative species as part of the Coastal Resiliency, Hurricane Sandy Project. The associated wildlife species that it represents are marine and estuarine beaches throughout the NA LCC. The Landscape Capability (LC) index integrates habitat capability and climate suitability into a single index that reflects the relative capacity of a site to support the species.
DOI: 10.1594/pangaea.257213
title: Gas elements of ODP Hole 177-1089A
DOI: 10.1594/pangaea.315291
title: Range table from nannofossils in ODP Hole 204-1245B
DOI: 10.25549/gar-c81-42222
title: Melancthon T. Burke, letter, 1896-09-28, to Hamlin Garland

description: Melancthon T. Burke (Security Savings Bank), La Crosse, Wisconsin, USA, letter, 1896 September 28, to Hamlin Garland. "In response to your request of 24th inst[ant], I enclose herewith a copy of my Grant recollections up to and including the Galena period." -- first line.
DOI: 10.7275/10167
title: Designing Sustainable Landscapes: The index of ecological impact

description: The primary file is a PDF document that provides a description of the ecological impact metric that is suitable for both applications found in the associated datasets (described in greater detail below). Dataset 1: The ecological impact associated with the SPRAWL paper [updated 3/17/2017] — includes two landscape change scenarios: 1) baseline 70-year (2010-2080) climate change and urban growth scenario without additional land protection, and 2) same 70-year landscape change scenario but with additional terrestrial reserve areas (core areas) protected from development as established for Nature's Network landscape design (www.naturesnetwork.org). Dataset 2: The ecological impact associated with the INTEGRITY paper [updated 3/17/2017] — includes five landscape change scenarios: 1) baseline 70-year (2010-2080) climate change and urban growth scenario without additional land protection; 2) same as #1 but with 25% more demand for new development; 3) same as #1 but with increased sprawl to the pattern of development; 4) same as #1 but with both 25% more demand for new development and increased sprawl; and 5) same as #1 but with additional terrestrial reserve areas (core areas) protected from development as established for Nature's Network landscape design (www.naturesnetwork.org).
description: Includes five landscape change scenarios: 1) baseline 70-year (2010-2080) climate change and urban growth scenario without additional land protection; 2) same as #1 but with 25% more demand for new development; 3) same as #1 but with increased sprawl to the pattern of development; 4) same as #1 but with both 25% more demand for new development and increased sprawl; and 5) same as #1 but with additional terrestrial reserve areas (core areas) protected from development as established for Nature's Network landscape design (www.naturesnetwork.org).
DOI: 10.7275/10169
title: Designing Sustainable Landscapes: DSLland and Subsysland

description: DSLland is the land cover map used as an organizational framework in the Designing Sustainable Landscapes (DSL) project (McGarigal et al 2017). It is derived primarily from The Nature Conservancy's Northeast Habitat Classification map (Ferree and Anderson 2013; Anderson et al. 2013; Olivero and Anderson 2013; Olivero-Sheldon et al 2014). To meet the needs of the DSL project, we substantially modified the TNC map. The TNC map is a hierarchical classification. For our purposes, we adopted the 'habitat' level of the hierarchy, which we refer to as "ecosystems", as our finest scale, as it is the most appropriate classification for our ecological assessment. The attribute table also includes the ‘formation’ level for users that prefer a coarse classification.
DOI: 10.7275/10225
title: Designing Sustainable Landscapes: Development settings variable, Hard development settings variable

description: Development and hard development are two of several ecological settings variables that collectively characterize the biophysical setting of each 30 m cell at a given point in time (McGarigal et al 2017). Development represents all development, scaled from 0 to 10 by development intensity. Hard development is a subset of development, with a value of 1 for very high intensity development only. Both layers come from DSLland, the primary landcover map. These are dynamic settings variables, increasing with future urban growth.
DOI: 10.1594/pangaea.257171
title: Gas elements of ODP Hole 172-1057A
DOI: 10.1594/pangaea.794122
title: P-wave velocity (PWS split-core system) on ODP Hole 168-1032A
DOI: 10.7275/10068
title: Designing Sustainable Landscapes: Subsysland