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Sample failure was attributed to several different mechanisms in different tests, ... Ways of controlling low-inductive mega-amper commutators to the operation ... the tandem mirror reactor. 7002 Fusion Power Plant Technology CFU VOL. 84.. Dust samples analyzed by Consol personnel provided a greater than 60% ... and analyzed during the next reporting period. lo, , (DOE/METC-84-13-Vol.1, pp. ... the Cooperatives' 1100 mega-watt Coal Creek Generating Station adjacent to the ...
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When accounting for the total mass, 92% of the debris found in the patch consists of objects larger than 0.5 cm, and three-quarters of the total mass is made of macro- and mega plastic. However, in terms of object count, 94% of the total is represented by microplastics.
Plastic has increasingly become a ubiquitous substance in the ocean. Due to its size and color, animals confuse the plastic for food, causing malnutrition; it poses entanglement risks and threatens their overall behavior, health, and existence. 84% of samples contained toxic chemicals Studies have shown that about 700 species have encountered marine debris, and 92% of these interactions are with plastic. 17% of the species affected by plastic are on the IUCN (International Union for Conservation of Nature) Red List of Threatened Species.
The fleet returned with over 1.2 million plastic samples that rendered an unprecedented amount of plastic measurements from the three months of study. Scientists present on the expedition noted that there was an alarming amount of plastic floating in the patch, and their preliminary findings indicated that there were more large objects than originally expected.
Every piece of plastic that was recovered was cleaned, counted and classified by size and type. In total, 1.2 million plastic samples were counted, one by one, and were used to further study the physical properties and toxicity of the plastic that floats in the GPGP.
It is commonly known that harmful PBT (Persistent Bio-accumulative Toxic) chemicals are found in ocean plastics, so researchers at The Ocean Cleanup tested plastic samples from the expeditions for their chemical levels. Their results helped them to realize what chemicals are present in the patch and what that means for animals feeding there.
All the Samples From Mars is the culmination of 9 years (and tens of thousands of hours) of sampling our favorite, most inspiring (often rare and vintage) drum machines, synthesizers, custom vinyl, and more. Recorded through some of the best recording equipment in the world, all of our samples feature 100% hardware processing - no plugins. And every sample has been painstakingly mapped for various types of software and hardware. We craft everything by hand in our studio:
We capture the cleanest possible samples (we've spent years sampling and at this point may have more experience than anybody else in the world doing so). This starts with making sure the drum machine is serviced, plugging it into the cleanest possible power, high end DIs and our API 1608 console. We record through high quality conversion (Apogee Symphony MKII) and often spice things up with a mastering reel to reel, and a host of mastering level hardware saturators, EQs, and compressors we've collected over the years. Most of our drum products include clean and color samples. The following are demos composed of the one shot drum samples:
The Mag-Bind cfDNA Kit is designed for rapid and reliable isolation of circulating DNA from 500-10,000 µL plasma or serum samples. The Mag-Bind cfDNA Kit can be processed manually or on an automated platform. The procedure eliminates the need for funnels and vacuum steps, providing hands-free operation in automated protocols.
The uniquely formulated binding buffer allows for large sample volumes to be processed in automated formats which allow for 4 mL of serum or plasma to be processed in a single well in 24-well plate format. The magnetic response of the Mag-Bind Particles CH allows for fast magnetization during steps requiring high volumes, and the high binding capacity allows for reduced amounts of magnetic particles required, thus reducing the elution volume down to 50 µL for 4mL serum or plasma samples.
For Research Use Only. Not for use in diagnostic procedures.FeaturesSpecificationsSample TypePlasma/SerumSample Volume500-10,000 µLTechnologyMagnetic BeadsProcessingManual or AutomatedAutomatableYesProcessing Time2 hours for 96 (1mL) samplesFormatTube, 24-well, 96-wellElution Volume50 µLKit Components
Real-time PCR with 16S bacterial-specific primers was performed on triplicates of undiluted and 10-fold dilutions of DNA isolated from samples purified [figure 2]. The data shows the purified DNA is free of PCR inhibitors and the specific cfDNA concentration is higher than Company Q.
At all terrestrial sites NEON collected soil and root samples from a single, temporary soil pit called the 'megapit.' The pit location was selected to be in the locally dominant soil type surrounding the NEON tower based on available soil maps, accessible by a small excavator, and representative of the soil sensor locations. For soils, samples were collected from each horizon to characterize and archive the soil at the time of site construction. Root samples were collected by depth increment, rather than horizon, in order to quantify root biomass distribution with depth. Soil and root samples were collected to 2m at most sites because that depth range contains the vast majority of plant roots and soil organisms and is the location of most biogeochemical processes that influence, and are influenced by, the aboveground part of the ecosystem. The Megapit Soil Archive is curated at the NEON program headquarters in Boulder, CO. Air-dried soil from each horizon is archived and available for request. Root samples from the Megapit are archived and available from the NEON Biorepository.
This archive is a joint project of Battelle/NEON and the University of Michigan. During initial operations, NEON partnered with the U.S. Department of Agriculture - Natural Resources Conservation Service (USDA-NRCS) to describe, sample, and analyze soils across NEON sites, generally to a depth of up to 1m. The central goal was the initial characterization of soils and their properties from all major soil types at each NEON site, and thus included multiple components of the NEON spatial design such as tower and distributed plots. Of the 3246 soil horizons characterized from 715 pits across 46 NEON sites, 1991 horizons from 33 sites possessed sufficient material for archiving in the University of Michigan Biological Station - Sample Archive Facility in Ehlers (UMBS-SAFE), a community-accessible soil archive established with NSF support in 2016-18. Subsamples of these well-characterized, air-dried samples are now available to researchers who complete a request and review process, described below.
Megapit soil samples are typically shipped within 2 months of request approval as long as permitting delays are not encountered. ICS samples are typically shipped within 1-4 months of request approval, depending on the number of samples requested, and provided permitting delays are not encountered.
In order to maintain the quality of the archived soils, returning subsamples to the archive after nondestructive analyses is not permitted due to the reduction in quality assurance that can be provided for material that has changed hands, as well as to protect the archives from external contaminants (e.g., isotopic tracers or biological contaminants). As a result, every subsampling event results in the permanent loss of soil from the archive.
Suggested Megapit Archive acknowledgement: "The National Ecological Observatory Network is a program sponsored by the National Science Foundation and operated under cooperative agreement by Battelle Memorial Institute. This material is based in part upon work supported by the National Science Foundation through the NEON Program, including samples provided by the NEON Megapit Soil Archive."
Suggested ICS Archive acknowledgement: "The National Ecological Observatory Network is a program sponsored by the National Science Foundation and operated under cooperative agreement by Battelle Memorial Institute. This material is based in part upon work supported by the National Science Foundation through the NEON Program, including samples from the NEON Initial Characterization Soil Archive, a joint project of NEON and the University of Michigan Biological Station, as supported by the National Science Foundation (DBI-1624205) and Battelle Memorial Institute (US001-0000757206)."