Current profile data from Downward-looking ADCP #01 on MODU GSF Celtic Sea, 2.741000e+01N, 9.027000e+01W, 2006/05/19 13:49 through 2006/08/07 14:47

As of January 2023, Billy McNeill had played the most games for Celtic, making 822 appearances in total. The former center back was captain of the Glaswegian side as they won the European Cup in 1967.

This dataset is about book subjects. It has 7 rows and is filtered where the books is Celtic : keeping the faith. It features 10 columns including number of authors, number of books, earliest publication date, and latest publication date.

In 2023, Celtic FC's total revenue amounted to just under 120 million British pounds, representing an increase of over 35 percent on the previous year. Overall, the club has won the Scottish top flight on more than 50 occasions.

This survey was carried out by the Marine Institute and National University of Ireland, Galway (NUIG) in May 2008 on board the R.V. Celtic Explorer along the Irish Continental Shelf . It was a collaborative multi-disciplinary research effort between the Earth and Ocean Sciences department of NUI, Galway and the Marine Institute. The objectives of the survey were to occupy a set of standard hydrographic transects across the Irish continental shelf to both provide data for climate status reports for ICES and other bodies, as well as to study the bio-geochemistry of Irish shelf waters in relation to plankton ecology and also Carbon cycling (and associated ocean acidification aspects). The objectives of the survey were to occupy a set of standard hydrographic transects across the Irish continental shelf to both provide data for climate status reports for ICES and other bodies, as well as to study the bio-geochemistry of Irish shelf waters in relation to plankton ecology and also Carbon cycling (and associated ocean acidification aspects).

As part of a large Higher Education Authority (HEA) funded PTRLI cycle 3 marine program carried out at the National University of Ireland, Galway (NUIG), this cruise was part of a multi-disciplinary survey of the deep waters west and north of Porcupine Bank in the North East Atlantic Ocean carried out in October 2003 and led by NUIG. Hydrographic measurements (including mooring and float deployment), deep water microbial and benthic sediment sampling (cores and photography) were carried out. Standard oceanographic research data collection to ascertain the condition of the ocean.

This statistic shows the number of social media followers of Celtic FC in November 2019, by platform. At that time Celtic FC had two million Facebook fans.

This data set consists of biogeochemical sensor data from seabed moorings. The mooring consists of a 3 legged stainless steel "minilander" 1.5 meters high. The biogeochemical sensors are mounted at 1 meter above the seabed. Temperature, salinity, dissolved oxygen, chlorophyll fluorescence, turbidity where fitted to a Cefas ESM2 data logger. These instruments gathered data for 5 minutes every 30 minutes. Sensors were validated against in-situ samples during deployment and recovery. Fluorometers were standardised using fluorosphere beads. Turbidity meters were calibrated using Stabical (Hach, US). These moorings were also fitted with upward facing acoustic Doppler current profilers (ADCP), this data is held by BODC.

This dataset provides information about the number of properties, residents, and average property values for Celtic Circle cross streets in Edgemont, AR.

This dataset is about book series. It has 2 rows and is filtered where the books is Celtic. It features 10 columns including number of authors, number of books, earliest publication date, and latest publication date.

This data set contains incubations with sediment cores to assess macro faunal activity in the Celtic Sea. The data were collected between 1^st April 2014 - 16^th April 2014 on board the RRS Discovery cruise DY008. The authors do not have any concerns over the quality of the data set and values are consistent with similar data reported in the wider literature. Replicate sediment cores (n = 5) of size 20 cm by 20 cm and depth 12 cm were collected from NIOZ cores taken at 4 sites (Muddy, site A; Sandy Mud, site G; Muddy Sand, site H; and Sand, site I). These sediment cores were transferred to clear perspex mesocosms and placed in randomised locations in the controlled temperature laboratory on board the RRS Discovery. Luminophores, coloured sand which fluoresces under ultra-violet light, were added to assess bioturbation. The mesocosms were then inoculated with sodium bromide to enable bioirrigation analysis. Sub-samples were also analysed for inorganic nutrients and faunal abundance and biomass. The data were collected as part of the Shelf Sea Biogeochemistry (SSB) research programme as part of Module 3, Task 3.1.1 of the Biogeochemistry, Macronutrient and Carbon Cycling in the benthic layer (BMCC) research programme. SSB was co-funded by the Natural Environment Research Council (NERC) and the Department for Environment, Food and Rural Affairs (Defra). The programme took a holistic approach to the cycling of nutrients and carbon and the controls on primary and secondary production in UK and European shelf seas, to increase understanding of these processes and their role in wider biogeochemical cycles. The British Oceanographic Data Centre (BODC) created the metadata entry and is responsible for holding master copies of the data.

This survey was conducted by the Marine Institute in Autumn 2017 as part of the annual Celtic Sea Herring Acoustic Survey. The aim of an acoustic survey is to determine the relative abundance of the target species. This information is then used to determine catch rates and management advice for the following year. In the southwest of Ireland and the Celtic Sea herring are an important commercial species. Since 2004 the acoustic survey has been carried out in October on-board the RV Celtic Explorer. The geographical confines of the annual 21 day survey have been modified in recent years to include areas to the south of the main winter spawning grounds in an effort to identify the whereabouts of winter spawning fish before the annual inshore spawning migration. The 2017 survey covered the area from Mizen Head in Co. Cork and extended along the south coast into the Celtic Sea. For biological sampling, a single pelagic midwater trawl was used. A total of 14 trawl hauls were carried out . All components of the catch from the trawl hauls were sorted and weighed; fish and other taxa were identified to species level. Length measurements of herring, sprat and pilchard were taken. Acoustic data were collected using the Simrad EK60 scientific echosounder. Visual marine mammal and seabird surveys were also conducted during daylight hours. Oceanographic data (conductivity, temperature and depth (CTD)) was collected at preset stations. The aim of the acoustic survey is to determine the relative abundance of the target species, herring. This information is then used to determine catch rates and management advice for the following year. Other objectives include collecting physical oceanography data and visual surveys for marine mammals and seabirds.

Dataset - Women, Celtic-History in the news

This two day survey took place in March 2017 on board the R.V. Celtic Voyager off the coast of Co. Cork to carry out trials the under water television (UWTV) equipment and INFOMAR gear. To conduct equipment trials on board the R.V. Celtic Voyager.

Celtic Sea Offshore Habitats. Published by Marine Institute. Available under the license Creative Commons Attribution 4.0 (CC-BY-4.0).Celtic Seas Offshore habitats classified to EUNIS habitat classification. The EUNIS habitat classification is a comprehensive pan-European system to facilitate the harmonised description and collection of data across Europe through the use of criteria for habitat identification. It is hierarchical and covers all types of habitat types from natural to artificial, from terrestrial to freshwater and marine. The habitat data geographic coverage is a part of the Celtic Sea to the south of Ireland. The Celtic Seas habitats data is a collation of historical data from the 1970's, 1980's, 1990's and 2000's. The Celtic Seas offshore habitats consist of interpolated point data from the collation of historical habitat data by Aquafact Environmental Consultants as part of the Strategic Environmental Assessment of the Irish and Celtic Seas, and published in the IOSEA 4 Report. Habitat classification and extent mapping supports understanding and knowledge on the nature of the seabed. Habitat mapping translation completed by the Advanced Mapping Services data analyst within the Marine Institute (Ireland). Habitat coverage 100% for the area defined and surveyed....

This statistic presents the operating income of Celtic FC from 2016/17 to 2017/18, by segment. Even though broadcasting revenues have slightly decreased, the commercial revenue stream has increased significantly between the two given seasons.

The size of the Celtic Salt Market was valued at USD 721.0 million in 2023 and is projected to reach USD 1084.12 million by 2032, with an expected CAGR of 6.0 % during the forecast period. Celtic salt, also termed grey sea salt, is naturally unrefined salt acquired from the coastal regions of France. Unlike table salt, Celtic salt contains the minerals such as calcium, magnesium, and potassium that are lost in the refinement process. It is usually hand-harvested using traditional processes where sea water is evaporated in clay ponds, resulting in salt crystals left in the ponds. The salt is light gray in color, due to the clay and minerals absorbed when it is harvested. It is usually considered as being healthier compared to the refined salts as it will be full of minerals that support hydration, muscle work, and balance of electrolytes within the body. Many people have believed that this salt has more flavors than common salt. It is essential to consume it in moderation because too much sodium can lead to health problems such as high blood pressure. For best health benefits, it should be used with a balanced diet. Recent developments include: In May 2024, Aashirvaad brand by ITC introduced its new product: Himalayan Pink Salt, emphasizing “Purity You Can See & Taste. This salt is naturally deep pink in color reflecting its premium quality and purity, with no added colors. This Himalayan Pink Salt is sourced from Himalayan salt mines and is rich in essential minerals like calcium and magnesium. This launch enhances Aashirvaad’s reputation for providing products that blend quality, safety, and natural goodness..

This survey was conducted by the Marine Institute in Autumn 2016 as part of the annual Celtic Sea Herring Acoustic Survey. The aim of an acoustic survey is to determine the relative abundance of the target species. This information is then used to determine catch rates and management advice for the following year. In the southwest of Ireland and the Celtic Sea herring are an important commercial species. Since 2004 the acoustic survey has been carried out in October on-board the RV Celtic Explorer. The geographical confines of the annual 21 day survey have been modified in recent years to include areas to the south of the main winter spawning grounds in an effort to identify the whereabouts of winter spawning fish before the annual inshore spawning migration. For biological sampling, a single pelagic midwater trawl was used. All components of the catch from the trawl hauls were sorted and weighed; fish and other taxa were identified to species level. Length measurements of herring, sprat and pilchard were taken. Acoustic data were collected using the Simrad EK60 scientific echosounder. Visual marine mammal and seabird surveys were also conducted. Oceanographic data (conductivity, temperature and depth (CTD)) was collected at preset stations. The aim of the acoustic survey is to determine the relative abundance of the target species, herring. This information is then used to determine catch rates and management advice for the following year. Other objectives include collecting physical oceanography data and visual surveys for marine mammals and seabirds.

Data presented here were collected as part of the UK Shelf Sea Biogeochemistry project at a site in the central Celtic Sea, at a nominal location of 49.32N and -8.49E, in a mean water depth of 145.4 m. The study site was chosen to portray the general characteristics of a seasonally stratifying shelf sea, and was therefore located well away from any topographic features (such as sea mounts or the continental shelf edge) and tidal mixing fronts. Here, five consecutive deployments of a temperature-salinity (TS) chain mooring led to a continuous time series of full depth water column structure spanning 17 months from March 2014 to July 2015.

Data from the underway system includes observations and measurements of meteorological (e.g. air temperature, atmospheric pressure, relative humidity, wind speed and direction) at 10m above sea level and oceanographic (e.g. sea surface temperature/salinity) at approximately 3m below surface at a per minute rate. Data has been collected in survey areas including the greater North Atlantic Ocean, Irish Sea, Saint Georges Channel, Celtic Sea, North Sea and Inner Seas off the West Coast of Scotland. Geographic coverage also includes areas around Newfoundland Canada. Data has been collected since the launch of the RV Celtic Explorer in May 2003. Underway near-surface measurements of sea temperature are typically made using the cooling water intake of a vessel using a thermosalinograph. Underway data collection has been initiated to create a long-run time series of sea surface temperature supporting knowledge and information on the physical oceanographic conditions of waters where the RV Celtic Explorer has undertaken marine surveys. Weather station data collected to support knowledge on meteorological conditions at sea. Data collection activity on-board Irelands largest national marine research vessel Celtic Explorer operated by PO Maritime Services on behalf of the Marine Institute. Data is not 100% complete for every research day of vessel activity due to technical issues with underway instrumentation. Coverage estimated at >95% research days at sea.