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Children's independent mobility and activity spaces during COVID-19 in Finland.

Children's Geographies; 08/01/2023
(AN 167303413); ISSN: 14733285
Academic Search Premier







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Reconfiguring school learning spaces: students' and teachers' voices on well-being.

Children's Geographies; 02/01/2024
(AN 175911767); ISSN: 14733285
Academic Search Premier







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From contested spaces to choice-centered places: using geographic interviews to understand young adults' experiences in permanent supportive housing.

Children's Geographies; 10/01/2024
(AN 180134747); ISSN: 14733285
Academic Search Premier




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Traces of Our Past: The Social Representation of the Physical World

Current Directions in Psychological Science, Ahead of Print. How do humans build and navigate their complex social world? Standard theoretical frameworks often attribute this success to a foundational capacity to analyze other people’s appearance and behavior to make inferences about their unobservable mental states. Here we argue that this picture is incomplete. Human behavior leaves […]

The post Traces of Our Past: The Social Representation of the Physical World was curated by information for practice.



  • Journal Article Abstracts

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"WE PAINT...Spaces and Faces!"

The Vault at Gallery Mortgage
121 E 6th Street
Bloomington IN 47408
Ongoing through Friday, November 22, 2024, 5pm

Come enjoy the beautiful artwork by the talented artists of the Bloomington Watercolor Society. The Fall Membership Show, "Spaces and Faces" features 30 paintings by the BWS portrait and plein air painters.
Gallery Hours 9-5, M-F.
Receptions take place on Gallery Walk Fridays, 5-8 pm.

Presenter: Bloomington Watercolor Society Annual Fall Show
Contact: Jeanne Dutton
Cost: Free
Communities: Bedford, Bloomington, Brown County, Columbus, Greene County, Indianapolis, Martinsville, Seymour, Spencer



  • 2024/10/04 (Fri)

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Northwestern, U. of C. presidents talk 'safe spaces' on Katie Couric's new series

President Robert J. Zimmer and Northwestern president discuss safe spaces and discourse on campus




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No Clear Danger in Asia as EM Faces Stress, Ex-RBI Chief Says

Prof. Raghuram Rajan discusses outcomes for emerging markets in Asia




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Friends in high places: Dayton asks Garth Brooks for another show, Brooks says 'I'm in'

Minnesota Gov. Mark Dayton on Friday called on Garth Brooks to add another Minneapolis show to his upcoming stadium tour — and it sounds like the country music star is on board with the idea.




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Dogs Pooping in Beautiful Places 2025 Calendar

Shut Up and Take My Money created a rather self-explanatory Dogs Pooping in Beautiful Places" 2025 calendar.




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Sherburne County will pay for recount of election results in close races

County officials say a damaged or uncleared memory card did not fully collect and transmit results from some mail-in ballots to the Minnesota Secretary of State's office on election night. That led to the state website displaying inaccurate unofficial results for Sherburne County.




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How generational differences shape workplaces

Gen Z does a good job taking sick days, unlike their older coworkers. MPR News host Angela Davis talks about how the mix of generations in today’s workforce is redefining how we work.




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Travel: In Europe, 3 places to visit this fall

As the calendar ushers in fall, now is the perfect time to visit Europe.




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Holy Sepulchre faces destruction

AP Photo The Empty tomb of Jesus Christ at the Church of the Holy Sepulchre in Jerusalem may face destruction because of frail foundation. Such a conclusion was drawn by experts of the National Technical University of Athens. They assert that repair work could save the Tomb. Six million euros are required though. According to them, renovation will take nine months. The case is that there are a lot of passageways inside the foundation, these are tunnels and canals. They have been found in course of restoration. Thus, the foundation stones will have to be covered with cement. And water disposal systems should be installed.




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MMA fighter faces up to seven years in prison for assaulting another fighter

Notorious pop MMA fighter Nabi Nabiev faces seven years in prison for assaulting another pop fighter, Arkady Osipyan. Law enforcement officers detained Nabi Nabiev at a Moscow airport as he was returning from filming a sports reality show. Law-enforcers told Nabiev that Osipyan filed a statement against him after the fight. Nabiev was charged with hooliganism and placed under house arrest. Nabiev's upcoming fights have been canceled. In April 2024, Nabi Nabiev was expelled from Hardcore Fighting after he started a mass brawl at one of the shows. Then the promotion terminated the contract with Nabi and kicked him out for unsportsmanlike behaviour. Nabiev thus ended up in the reality show of another promotion in Thailand.




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Why choose phones with antibacterial surfaces?

In recent times, there has been a greater focus on hygiene in the workplace, likely spurred on by the COVID pandemic. While some germs are completely harmless, others can cause unpleasant illnesses. The chances of a germ surviving largely depends on the type of species, the surface where it is present, and other factors such as ambient temperature or solar radiation.




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PervasID’s TrackMaster replaces manual handheld with accurate handsfree real-time location tracking solution

PervasID, provider of passive Radio Frequency Identification (RFID) reader systems for automating inventory and asset tracking, has launched a new advanced version of TrackMaster, claimed to provide greatly enhanced return on investment performance.



  • RFID Data Capture

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Russia faces serious problems because of Indian coronavirus strain

The Indian coronavirus strain, known as the delta variant or B.1.617, has four dangerous new symptoms, Express reports with reference to Abdul Ghafur, an infectious disease doctor from the Indian city of Chennai. According to the doctor, the symptoms of the delta variant of COVID-19 are similar to those of common cold: an infected individual develops a headache, runny nose and sore throat. Four new symptoms of the disease have been identified to date: diarrhea, hearing impairment, severe stomach disorders and blood clots that may lead to gangrene. Doctors note the new variant of the virus is unpredictable and state that any of the above symptoms could indicate an infection.




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Barbara Brizuela Embraces Interdisciplinarity as Dean of the School of Arts and Sciences

Barbara Brizuela, who has been named dean of the School of Arts and Sciences, is a big believer in interdisciplinary research. "Knowledge-seeking has no disciplinary boundaries," says Brizuela. "We're going to need broad and connected perspectives to be able to solve the world's biggest problems." The dean of the Graduate School of Arts and Sciences (GSAS) and professor of education served as the school's dean ad interim since July. Her appointment to lead the School of Arts and Sciences builds on a long and distinguished career as a teacher, mentor, researcher, and administrator.




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Son Heung-min Returns as National Team Faces Kuwait, Palestine in World Cup Qualifiers

[Sports] :
The men’s national football team is set to face Kuwait and Palestine in mid-November in the third round of 2026 FIFA World Cup qualifiers with the return of captain Son Heung-min, who sat out matches in October due to a hamstring injury. Head coach Hong Myung-bo announced the 26-member roster on Monday, ...

[more...]




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Which Places Have a Blue and Yellow Flag? There Are at Least 8

Blue and yellow flags are common among national and state flags, and the blue and yellow color combinations often symbolize nature.




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Duality of spaces and the origin of integral reflection conditions

The reciprocal of a non-primitive unit cell is not a unit cell and the basis vectors do not correspond to cell lengths.




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Duality of spaces and the origin of integral reflection conditions

The dualism between direct and reciprocal space is at the origin of well known relations between basis vectors in the two spaces. It is shown that when a coordinate system corresponding to a non-primitive unit cell is adopted, this dualism has to be handled with care. In particular, the reciprocal of a non-primitive unit cell is not a unit cell but a region in reciprocal space that does not represent a unit of repetition by translation. The basis vectors do not correspond to reciprocal-space cell lengths, contrary to what is stated even in the core CIF dictionary. The corresponding unit cell is a multiple of this region. The broken correspondence between basis vectors and unit cell is at the origin of the integral reflection conditions.




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A brief review on com­puter simulations of chal­co­py­rite surfaces: structure and reactivity

Chalcopyrite, the world's primary copper ore mineral, is abundant in Latin America. Copper extraction offers significant economic and social benefits due to its strategic importance across various industries. However, the hydro­metallurgical route, considered more environmentally friendly for processing low-grade chal­co­py­rite ores, remains challenging, as does its concentration by froth flotation. This limited understanding stems from the poorly understood structure and reactivity of chal­co­py­rite surfaces. This study reviews recent contributions using density functional theory (DFT) calculations with periodic boundary conditions and slab models to elucidate chal­co­py­rite surface properties. Our analysis reveals that reconstructed surfaces preferentially expose S atoms at the topmost layer. Furthermore, some studies report the formation of di­sulfide groups (S22−) on pristine sulfur-terminated surfaces, accom­panied by the reduction of Fe3+ to Fe2+, likely due to surface oxidation. Additionally, Fe sites are consistently identified as favourable adsorption locations for both oxygen (O2) and water (H2O) mol­ecules. Finally, the potential of com­puter modelling for investigating collector–chal­co­py­rite surface inter­actions in the context of selective froth flotation is discussed, highlighting the need for further research in this area.




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Further evaluation of the shape of atomic Hirshfeld surfaces: M⋯H contacts and homoatomic bonds

It is well known that Hirshfeld surfaces provide an easy and straightforward way of analysing inter­molecular inter­actions in the crystal environment. The use of atomic Hirshfeld surfaces has also demonstrated that such surfaces carry information related to chemical bonds which allow a deeper evaluation of the structures. Here we briefly summarize the approach of atomic Hirshfeld surfaces while further evaluating the kind of information that can be retrieved from them. We show that the analysis of the metal-centre Hirshfeld surfaces from structures refined via Hirshfeld Atom Refinement (HAR) allow accurate evaluation of contacts of type M⋯H, and that such contacts can be related to the overall shape of the surfaces. The com­pounds analysed were tetra­aqua­bis­(3-carb­oxy­propionato)metal(II), [M(C4H3O4)2(H2O)4], for metal(II)/M = manganese/Mn, cobalt/Co, nickel/Ni and zinc/Zn. We also evaluate the sensitivity of the surfaces by an investigation of seemingly flat surfaces through analysis of the curvature functions in the direction of C—C bonds. The obtained values not only demonstrate variations in curvature but also show a correlation with the hybridization of the C atoms involved in the bond.




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Tripling of the scattering vector range of X-ray reflectivity on liquid surfaces using a double-crystal deflector

The maximum range of perpendicular momentum transfer (qz) has been tripled for X-ray scattering from liquid surfaces when using a double-crystal deflector setup to tilt the incident X-ray beam. This is achieved by employing a higher-energy X-ray beam to access Miller indices of reflecting crystal atomic planes that are three times higher than usual. The deviation from the exact Bragg angle condition induced by misalignment between the X-ray beam axis and the main rotation axis of the double-crystal deflector is calculated, and a fast and straightforward procedure to align them is deduced. An experimental method of measuring scattering intensity along the qz direction on liquid surfaces up to qz = 7 Å−1 is presented, with liquid copper serving as a reference system for benchmarking purposes.




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Unlocking the surface chemistry of ionic minerals: a high-throughput pipeline for modeling realistic interfaces

A systematic procedure is introduced for modeling charge-neutral non-polar surfaces of ionic minerals containing polyatomic anions. By integrating distance- and charge-based clustering to identify chemical species within the mineral bulk, our pipeline, PolyCleaver, renders a variety of theoretically viable surface terminations. As a demonstrative example, this approach was applied to forsterite (Mg2SiO4), unveiling a rich interface landscape based on interactions with formaldehyde, a relevant multifaceted molecule, and more particularly in prebiotic chemistry. This high-throughput method, going beyond techniques traditionally applied in the modeling of minerals, offers new insights into the potential catalytic properties of diverse surfaces, enabling a broader exploration of synthetic pathways in complex mineral systems.




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Reconstructing the reflectivity of liquid surfaces from grazing incidence X-ray off-specular scattering data

The capillary wave model of a liquid surface predicts both the X-ray specular reflection and the diffuse scattering around it. A quantitative method is presented to obtain the X-ray reflectivity (XRR) from a liquid surface through the diffuse scattering data around the specular reflection measured using a grazing incidence X-ray off-specular scattering (GIXOS) geometry at a fixed horizontal offset angle with respect to the plane of incidence. With this approach the entire Qz-dependent reflectivity profile can be obtained at a single, fixed incident angle. This permits a much faster acquisition of the profile than with conventional reflectometry, where the incident angle must be scanned point by point to obtain a Qz-dependent profile. The XRR derived from the GIXOS-measured diffuse scattering, referred to in this paper as pseudo-reflectivity, provides a larger Qz range compared with the reflectivity measured by conventional reflectometry. Transforming the GIXOS-measured diffuse scattering profile to pseudo-XRR opens up the GIXOS method to widely available specular XRR analysis software tools. Here the GIXOS-derived pseudo-XRR is compared with the XRR measured by specular reflectometry from two simple vapor–liquid interfaces at different surface tension, and from a hexadecyltri­methyl­ammonium bromide monolayer on a water surface. For the simple liquids, excellent agreement (beyond 11 orders of magnitude in signal) is found between the two methods, supporting the approach of using GIXOS-measured diffuse scattering to derive reflectivities. Pseudo-XRR obtained at different horizontal offset angles with respect to the plane of incidence yields indistinguishable results, and this supports the robustness of the GIXOS-XRR approach. The pseudo-XRR method can be extended to soft thin films on a liquid surface, and criteria are established for the applicability of the approach.




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Mirakl partners with Mangopay to accelerate development of European marketplaces

Mirakl has announced its partnership with



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Fintech for Marketplaces and Platforms Report 2024

The 1st edition of the Fintech for Marketplaces and Platforms Report covers essential ecommerce trends and future perspectives.




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The 5 Biggest Pains IT Faces with Telecommuting and How to Solve Them

On-Demand Webinar > >> Watch Now! SPONSORED BY: HP Imaging and Printing GroupBy 2013, there will be 10 million telecommuters in the U.S., according to research firm IDC¹. Watch this FREE...




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U.S. Bioeconomy Is Strong, But Faces Challenges - Expanded Efforts in Coordination, Talent, Security, and Fundamental Research Are Needed

The U.S. is a clear leader in the global bioeconomy landscape, but faces challenges from decentralized leadership, inadequate talent development, cybersecurity vulnerabilities, stagnant investment in fundamental research, and international competition, according to Safeguarding the Bioeconomy, a new report from the National Academies of Sciences, Engineering, and Medicine.




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Big Tech braces for roll-out of EU's Digital Services Act

Across the EU, a host of internet giants - including Meta's Facebook and Instagram platforms, Chinese-owned video app TikTok and a handful of Google services - are adapting to the new obligations, including preventing harmful content from spreading, banning or limiting certain user-targeting practices, and sharing some internal data with regulators and associated researchers.




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Anonymous GPS data could help check people's usage of green spaces: Study

A recent study shows how the public's use of parks and other green spaces in metropolitan areas can be tracked using anonymized GPS data from people's smartphones, which could help guide their management.




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State of the Industry 2022: Bakery faces formidable challenges

State of the Industry Overview for bakery, including a look at baking industry challenges like the supply chain, workforce development, impact from the war in Europe, and the pandemic.




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Trimble ranks #3 on Fast Company’s Annual List of Best Workplaces for Innovators, wins Science and Technology category

Trimble recognized for commitment to innovation across projects, processes and company culture.




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Rise in outdoor living spaces brings opportunity for plumbing pros

Many people look for ways to update their homes to provide a sense of comfort and connection to the outdoors. Outdoor projects are currently flourishing, as people extend their living spaces to feel closer to their natural surroundings.




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Dan Holohan: Creepy crawl spaces

October, being the month for ghosts and goblins, seems like the perfect time to reminisce about those tight spots few want to visit, but many must.




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How to manage gas hazard risks in confined spaces

Confined space work is not limited to descending into compact areas, so it’s important to be prepared for safety both above and below ground.




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Adidas faces OSHA penalties for recurring fall hazards at NY warehouse

Sportswear manufacturer failed to correct its fall hazard violations from 2021 OSHA inspection. 




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Chicago countertop manufacturer faces $1M in penalties for silica dust violations

The company is accused of failing to protect workers from dangerous silica dust, leading to serious health issues.




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J. J. Keller named to Newsweek’s list of the top 100 most loved workplaces for 2023

The results were determined after surveying more than 2 million employees from businesses with workforces varying in size from 50 to more than 100,000. 




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Magid Glove & Safety named a winner of The Chicagoland Top Workplaces Award

With close to 100,000 licensed businesses in the City of Chicago alone, Magid was one of only 196 businesses to make this list.




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How to protect lone workers who deal with confined spaces and fall risk

Regardless of the specific industry or job, lone workers face unique occupational risks due to their isolation from others.




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Workplaces are often mismanaging mental health risk – here’s how

Managers may not always be in the best position to detect subtle signs of mental distress or provide immediate support for employees experiencing severe depression or anxiety.