How high is the brand awareness of Patagonia in the United States?When it comes to outdoor fashion owners, brand awareness of Patagonia is at **% in the United States. The Brand KPI survey was conducted using the concept of aided brand recognition, showing respondents both the brand's logo and the written brand name.How popular is Patagonia in the United States?In total, **% of U.S. outdoor fashion owners say they like Patagonia. However, in actuality, among the **% of U.S. respondents who know Patagonia, **% of people like the brand.What is the usage share of Patagonia in the United States?All in all, **% of outdoor fashion owners in the United States own Patagonia. That means, of the **% who know the brand, **% own them.How loyal are the owners of Patagonia?Around **% of outdoor fashion owners in the United States say they are likely to purchase Patagonia again. Set in relation to the **% usage share of the brand, this means that **% of their owners show loyalty to the brand.What's the buzz around Patagonia in the United States?In March 2024, about **% of U.S. outdoor fashion owners had heard about Patagonia in the media, on social media, or in advertising over the past three months. Of the **% who know the brand, that's **%, meaning at the time of the survey there's some buzz around Patagonia in the United States.

How high is the brand awareness of Patagonia in the UK?When it comes to outdoor fashion users, brand awareness of Patagonia is at **% in the UK. The survey was conducted using the concept of aided brand recognition, showing respondents both the brand's logo and the written brand name.How popular is Patagonia in the UK?In total, **% of UK outdoor fashion users say they like Patagonia. However, in actuality, among the **% of UK respondents who know Patagonia, **% of people like the brand.What is the usage share of Patagonia in the UK?All in all, *% of outdoor fashion users in the UK use Patagonia. That means, of the **% who know the brand, **% use them.How loyal are the owners of Patagonia?Around *% of outdoor fashion users in the UK say they are likely to use Patagonia again. Set in relation to the *% usage share of the brand, this means that **% of their owners show loyalty to the brand.What's the buzz around Patagonia in the UK?In September 2022, about **% of UK outdoor fashion users had heard about Patagonia in the media, on social media, or in advertising over the past three months. Of the **% who know the brand, that's **%, meaning at the time of the survey there's little buzz around Patagonia in the UK.If you want to compare brands, do deep-dives by survey items of your choice, filter by total online population or users of a certain brand, or drill down on your very own hand-tailored target groups, our Consumer Insights Brand KPI survey has you covered.

How high is the brand awareness of Patagonia in Germany?When it comes to outdoor fashion users, brand awareness of Patagonia is at **% in Germany. The survey was conducted using the concept of aided brand recognition, showing respondents both the brand's logo and the written brand name.How popular is Patagonia in Germany?In total, **% of German outdoor fashion users say they like Patagonia. However, in actuality, among the **% of German respondents who know Patagonia, **% of people like the brand.What is the usage share of Patagonia in Germany?All in all, *% of outdoor fashion users in Germany use Patagonia. That means, of the **% who know the brand, **% use them.How loyal are the owners of Patagonia?Around *% of outdoor fashion users in Germany say they are likely to use Patagonia again. Set in relation to the *% usage share of the brand, this means that **% of their owners show loyalty to the brand.What's the buzz around Patagonia in Germany?In September 2022, about *% of German outdoor fashion users had heard about Patagonia in the media, on social media, or in advertising over the past three months. Of the **% who know the brand, that's **%, meaning at the time of the survey there's little buzz around Patagonia in Germany.If you want to compare brands, do deep-dives by survey items of your choice, filter by total online population or users of a certain brand, or drill down on your very own hand-tailored target groups, our Consumer Insights Brand KPI survey has you covered.

Historical Dataset of Patagonia Union High School is provided by PublicSchoolReview and contain statistics on metrics:Total Students Trends Over Years (1987-2023),Total Classroom Teachers Trends Over Years (1987-2023),Distribution of Students By Grade Trends,Student-Teacher Ratio Comparison Over Years (1987-2023),American Indian Student Percentage Comparison Over Years (1996-2021),Asian Student Percentage Comparison Over Years (1989-2014),Hispanic Student Percentage Comparison Over Years (1991-2023),Black Student Percentage Comparison Over Years (1989-2015),White Student Percentage Comparison Over Years (1991-2023),Two or More Races Student Percentage Comparison Over Years (2017-2023),Diversity Score Comparison Over Years (1991-2023),Free Lunch Eligibility Comparison Over Years (2006-2023),Reduced-Price Lunch Eligibility Comparison Over Years (2006-2023),Reading and Language Arts Proficiency Comparison Over Years (2011-2022),Math Proficiency Comparison Over Years (2012-2023),Overall School Rank Trends Over Years (2012-2023),Graduation Rate Comparison Over Years (2013-2023)

This dataset tracks annual total students amount from 1987 to 2023 for Patagonia Union High School

This dataset tracks annual total classroom teachers amount from 1987 to 2023 for Patagonia Union High School

This dataset includes audiomagnetotelluric (AMT) sounding data collected in 2008 in and near the Patagonia Mountains of southern Arizona. The U.S. Geological Survey (USGS) conducted a series of multidisciplinary studies as part of the Assessment Techniques for Concealed Mineral Resources project funded by the USGS Minerals Resources Program in cooperation with the U.S. Forest Service. The USGS used AMT data at six sites along a southwest-northeast profile of about 10 kilometers (km) across the northwest-trending Sunnyside porphyry copper system.

When it comes to the leading outdoor fashion brands, THE NORTH FACE leads the ranking based on brand awareness. The American brand is recognized by 82 percent of online consumers in the U.S., followed closely by fellow American manufacturer Columbia. Eddie Bauer comes in third in this list, followed by Patagonia that is recognized by around half of the online consumers in the United States. For this study, brand awareness was surveyed employing the concept of aided brand recognition, showing respondents both the brand's logo and the written brand name.Interested in more detailed results covering all brands of this ranking and many more? Explore GCS Brand Profiles. These statistics show results of the Brand KPI survey.

This dataset tracks annual diversity score from 1991 to 2023 for Patagonia Union High School vs. Arizona and Patagonia Union High School District (4462)

This dataset presents bulk organic geochemical data (TOC, TN, d13C, d15N) obtained by EA-IRMS analysis on 108 samples from 3 vertical profiles from Holocene volcanic ash soils in Chilean Patagonia (44-48°S). The samples were collected in 2012 and 2013 at a vertical resolution of 5-10 cm. The samples were collected with a metal trowel, after cleaning the vertical profile with a shovel. They were dry-sieved <90 µm before analysis. The mineralogical and inorganic geochemical composition of the same samples was published in Vandekerkhove et al. (2016) and are available on Earthchem (doi:10.1594/IEDA/100526).

This dataset tracks annual distribution of students across grade levels in Patagonia Union High School

The appendix contains the fatty acid profile of fifteen seaweed species from Patagonia. Sixty nine different fatty acids were detected; most of them at trace levels and/or in specific samples only. Five were branched-chain FA with 11-14 carbon chain length and another three were hydroxylated FA with 16-22 carbon chain length. Thirteen of the detected compounds were identified to their chain length and number of double bonds, but could not be determined the double bonds position. Five of the detected compounds were only identified to their chain length. One compound could not be identified in chain length, number and position of double bonds. One of the hydroxylated FA could not be identified in the OH and double bond position. In all cases, cis or trans isomers were confirmed only if the compounds were present in the standards used. For further analysis, a database with 31 FA was constructed by filtering from the raw database those FA whose proportion exceeded 2% in, at least, one sample. This procedure excluded 65% of the detected compounds from the analysis, but its content only accounted for 2.3% of the total FA.

Project SEPA deployed 11 Broadband seismic stations in Chilean Patagonia and the Antarctic Peninsula region from January, 1997 - May, 1999. Stations operated year around, although reliability was marginal during the winter. The recording system consisted of Streckeisen STS-2 seismographs and Reftek 72A-08 digital aquisition systems, with GPS timing. Further information may be obtained at http://levee.wustl.edu/seismology/SEPA . The dataset at the ISC data center consists of 160 local Antarctic earthquakes identified during the project, and the picked arrival times (P waves and S waves) from the SEPA stations used to locate these earthquakes.

Specific station locations are: FELL Estancia Brazo Norte, Patagonia -52.0568 -70.0047 HAMB Puerto del Hambre, Patagonia -53.6140 -70.9309 MILO Cueva del Milodon, Patagonia -51.5680 -72.6170 VTDF Estancia Vicunna, Tierra del Fuego -54.1387 -68.7060 SALM Salmon Farm, Seno Skyring, Patagonia -52.5494 -72.0303 DECP Deception Island, South Shetland Is. -62.9771 -60.6699 PRAT Base Prat, South Shetland Is. -62.4798 -59.6641 FREI Base Frei, South Shetland Is. -62.1947 -58.9840 OHIG Base OHiggins, Antarctica -63.3212 -57.8983 ELEF Elephant Island, South Shetland Is. -61.2198 -55.1390 LOWI Low Island, South Shetland Is. -63.2471 -62.1806 SPPT Spring Point, Antarctic Peninsula -64.2955 -61.0513

This dataset tracks annual white student percentage from 1991 to 2023 for Patagonia Union High School vs. Arizona and Patagonia Union High School District (4462)

Abstract: The dataset comprises XRF and XRD data on bulk soil samples obtained from three andosol profiles AP12-02 (45°9'3"S-72°4'12"W), AP12-04 (45°17'42"S-72°44'23"W) and AP13-11 (46°7'24"S-72°2'55"W) obtained from Northern Chilean Patagonia.

                  Other Description: Vandekerkhove E., Bertrand S., Reid B., Bartels A., Charlier B. The volcanic ash soils of Northern Chilean Patagonia (44°S-48°S): Nature, weathering and influence on river chemistry.

This dataset presents bulk organic geochemical data (TOC, TN, d13C, d15N) obtained by EA-IRMS analysis on 61 surface soil samples from Chilean Patagonia (44-48⁰S). The samples were collected in 2009 and 2013. They were obtained with a metal trowel in the epipedon, i.e., upper 10 cm of soil profiles, generally in road cuts, river cuts, or recent quarries. They were dry-sieved <90 µm before analysis. These soils constitute one of the most important sources of biospheric organic carbon to the Patagonian fjords. The elemental and isotopic measurements were used to (a) assess the influence of precipitation on organic carbon content and stable isotopes, and (b) characterize the composition of this biospheric organic carbon source to the Patagonian fjords.

Four seismic surveys and a stratigraphic record from southernmost Patagonia (Argentina) based on 51 AMS-14C dates obtained in the framework of ICDP expedition 5022 "Potrok Aike Maar Lake Sediment Archive Drilling Project" (PASADO) provide a database to compare the 106 m composite profile from the lake centre with piston cores from the littoral and outcrops in the catchment area. Based on event correlation using distinct volcanic ash layers with unique geochemical composition and optically stimulated luminescence (OSL) dates on feldspars, sediment records are firmly linked. This approach allows to match the sediment record with water levels during the past ca. 49 ka providing evidence for lake level variations. Reconstructed lake levels were 20 m higher than today during the last Glacial until the early Holocene. With the migration of the Southern Hemispheric Westerlies over this site the lake level dropped ca. 55 m for a period of two millennia. Thereupon the water balance was more positive again causing a stepwise rise of the lake level until the maximum was reached during the Little Ice Age with a subsequent lowering since the 20th century. We suggest that the mid- to late-Holocene lake level variation is caused by intensity changes of the Southern Hemispheric Westerlies.

This dataset tracks annual reading and language arts proficiency from 2011 to 2022 for Patagonia Union High School vs. Arizona and Patagonia Union High School District (4462)

A 3 m-long sediment composite record was retrieved from Laguna Vogt (46.74º S, central west Patagonia) using a UWITEC gravity corer (for the uppermost 70 cm depth) and a modified Livingstone piston corer (for the remaining depths) during march, 2020. Several analytical techniques were applied to the sediment records. Firstly, X-ray fluorescence and magnetic susceptibility scanning were done at 1 mm and 1 cm resolution, respectively. Afterwards, subsampling was carried out at a 1 cm depth resolution. Exceptionally, the resolution was changed to 0.5 cm for sections with contrasting lithologies. Bulk chemistry measurements for elements C, N, and S were performed on the subsamples at intervals between 4 and 0.5 cm. Finally, grain size distributions for the subsamples were measured using a 4 cm step protocol. Results are presented with respect to depth and age. Ages were derived from an age-depth model based on 9 samples taken for radiocarbon dating from the composite profile.

We include data considered in the article ’Dataset for the numerical simulation of a winter algal bloom in a channel of western Patagonia, Data in Brief, P. Mata and C. Medel, 2021 (submitted)'. 1) A record of Chlorophyll-a content (measured in [ug/L]) with a sampling rate of 1-hour at a depth of 2 m in the Puyuhuapi channel (44°35.30’S; 72°43.60’W). The data was collected from a fixed oceanographic and meteorological station (July 10-16, 2015). FILE: Chlorophyll_a_hourly_record.txt 2) A record of the daily average Chlorophyll-a content (measured in [ug/L] at a depth of 2 m in the Puyuhuapi channel (44°35.30’S; 72°43.60’W). FILE: Chlorophyll_a_daily_average.txt 3) Vertical profiles of underwater irradiance (measured in PAR) obtained in a sampling campaign (July, 10-16, 2015) in the Puyuhuapi channel. FILE: underwater_irradiance.txt 4) Several pictures appearing in the article. FILES: DataInBrief_1.eps, DataInBrief_2.eps, DataInBrief_3.eps, DataInBrief_4.eps, DataInBrief_5.eps 5) A Python script to fit polynomial functions to several data (Nutrient, Phytoplankton, Zooplankton, and Detritus content). FILE: Poly_fitting_data.py

This open-access data could be utilized to test and validate alternative numerical models. The aquaculture industry could use the data for making estimations of the primary production in the fjords’ area.