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Chapter 13.8 Sampling with Covariates Examples
No full textData and associated examples shown in Chapter 13, Section 13.8 Sampling with Covariates, Forest Mensuration, 6th Editio
Robust and Sustainable Synthesis of Al-Based MOFs form Waste Aluminium
No full textRaw Data supporting work in which Aluminium MOFs have gained researchers attention for their applications in gas sequestration, water harvesting, drug delivery and chemical storage. Current synthetic methods, however, rely on a variety of aluminium salts for synthesis of MOFs within the same family and are not the most efficient sources of aluminium. Herein, we demonstrate a robust synthetic pathway to MOFs CAU-9, CAU-10 (-NO2,-NH2,-N3), CAU-10-py, CAU-15, CAU-21, MIL-53(Al)-TCD, MOF-303 and Al-Fum from aluminium formate, a compound that we have previously synthesized from industrial aluminium waste. We replace commercial aluminium salts with sustainably sourced aluminium, reducing the amount of waste and harmful byproducts, all by using a common aluminium precursor
Search for barriers and facilitators for Canadian medical providers engaging in MAiD
No full textThe notes field contains the full MEDLINE (Ovid) search strategy for barriers and facilitators for Canadian medical providers engaging in MAiD. The files in this dataset contains the full MEDLINE (Ovid), CINAHL (EBSCO), PsycINFO (EBSCO), EMBASE (Elsevier), and Dissertations & Theses (Proquest) search strategies for this topic. Search dates: (2022-06-09) (2024-07-02) (2025-12-19
Rooftop Fredericton NB Sample
No full textThis dataset contains 1,498 rooftop samples from the city of Fredericton, New Brunswick, Canada. It is designed to support research in roof segmentation, roof geometry extraction, and 3D building reconstruction. The dataset includes:
Orthophoto (7.2 cm resolution): High-resolution RGB aerial imagery.
Normalized Digital Surface Model (nDSM) of rooftops: Derived from LiDAR point clouds (6 p/m2) and resampled to match the resolution of the Orthophoto.
Roof geometrical component masks: single-channel mask images where pixel values represent different roof geometrical components:
Pixel values 1–59 represent individual roof planes (each instance has a unique ID).
Pixel value of 70 indicates inlines (e.g., ridges, valleys).
Pixel value of 71 indicates outlines (edges of roof structures).
This dataset is provided under the Open Government License - New Brunswick (http://www.snb.ca/e/2000/data-E.html)
Simplex - Modular Building Design System for Multi-Family Housing
No full textSImplex is an open source modular design for multi family residential units in New Brunswick, Canada. Awarded 2nd Place in the 2023 Off-site Construction Student Design Competition, presented by Off-Site Construction Research Centre (OCRC) at the University of New Brunswick
The INTENSITY Study- Disease Duration Analysis
No full textThe purpose of this dataset was to explore the impact of type 2 diabetes duration on change in anthropometric, body composition, and glycemia measures after an aerobic exercise intervention. This dataset is a subset of the original INTENSITY study and only includes participants that met the inclusion criteria for a disease duration based secondary analysis
Supplementary Data Files accompanying “Re-evaluation of the Mesozoic–Cenozoic biostratigraphy of the Laurentian Subbasin of the Scotian Basin, offshore eastern Canada” (Weston et al., 2023)
No full textThese five files are supplementary data that accompanies the publication for which the full citation is given below. Abstract: We use new and existing nannofossil, palynological, and microfossil biostratigraphic data in conjunction with lithologic and geophysical logs from four wells to establish a series of sequence-stratigraphic events in the Mesozoic–Cenozoic of the Laurentian Subbasin of offshore Newfoundland, eastern Canada. Well biostratigraphic events are integrated with reflection seismic in the area to correlate regional seismic stratigraphic surfaces. The four wells are: Bandol-1, Emerillon C-56, East Wolverine G-37, and Heron H-73. We extend the event stratigraphic scheme previously developed for the Scotian Margin, offshore Nova Scotia, into new areas to the east along the southern Grand Banks, where we recognize four new well-log sequence stratigraphic events, and we modify the definition of a previously recognized regional surface. The new and modified regional surfaces are the Early Albian Unconformity, the Late Bathonian Maximum Flooding Surface (MFS), the Late Bajocian MFS (renamed from Bathonian/Bajocian MFS), the Bajocian/Toarcian Unconformity, and the Late Pliensbachian MFS. We recognize the “Avalon Unconformity” and “Base-Tertiary Unconformity” of previous studies as amalgamations of multiple smaller-scale unconformities and refine their age in the studied wells. A major improvement over our earlier Scotian Margin event schemes is the extension of the event stratigraphy into the Early Jurassic using a suite of marine biostratigraphic markers. We compare the Early Jurassic event scheme to Deep Sea Drilling Project Site 547B on the conjugate Moroccan Margin to better constrain potential source rock intervals and the early history of the central Atlantic Ocean
T1 T2* Relaxation Time Correlation NMR Monitoring of the Mechanochemical Formation of Quinoxaline Derivatives
No full textRaw data for using T1 T2* 1H NMR to monitor the reaction between benzil or 4,4’ dimethybenzil with o phenylenediamine. For both reactions, the T1 T2* correlation plots show differences in relaxation times throughout the reaction. This work demonstrates using two different strageties to monitor the reaction progression. In the first case the reaction is monitered by the appearance of peaks corresponding to the product, and side product water. In the second case the reaction is monitored by the dissapearance of the peaks corresponding to the starting material, and subsquent appearance of peaks corresponding to the product. This magnetic resonance correlation measurement provides an excellent option for whole sample solid state analysis by virtue of its simplicity and versatilit
Camera-LiDAR Datasets
No full textThe datasets are original and specifically collected for research aimed at reducing registration errors between Camera-LiDAR datasets. Traditional methods often struggle with aligning 2D-3D data from sources that have different coordinate systems and resolutions. Our collection comprises six datasets from two distinct setups, designed to enhance versatility in our approach and improve matching accuracy across both high-feature and low-feature environments.
Survey-Grade Terrestrial Dataset:
Collection Details: Data was gathered across various scenes on the University of New Brunswick campus, including low-feature walls, high-feature laboratory rooms, and outdoor tree environments.
Equipment: LiDAR data was captured using a Trimble TX5 3D Laser Scanner, while optical images were taken with a Canon EOS 5D Mark III DSLR camera.
Mobile Mapping System Dataset:
Collection Details: This dataset was collected using our custom-built Simultaneous Localization and Multi-Sensor Mapping Robot (SLAMM-BOT) in several indoor mobile scenes to validate our methods.
Equipment: Data was acquired using a Velodyne VLP-16 LiDAR scanner and an Arducam IMX477 Mini camera, controlled via a Raspberry Pi board
Alpha Particle X-ray raw data and derived data products for, "Amapari Marker Band, Gale crater, Mars: Event horizon with highest bedrock iron and zinc concentrations detected by Curiosity’s Alpha Particle X-ray Spectrometer"
No full textAlpha Particle X-ray raw data and derived data products for, "Amapari Marker Band, Gale crater, Mars: Event horizon with highest bedrock iron and zinc concentrations detected by Curiosity’s Alpha Particle X-ray Spectrometer