title: Mince and potato croquettes with home made houmous

text:
Dinner was late this evening – as usual I got started on recipes I’d not tried before and underestimated how long it’d all take.
The troops got understandably quite restless, but Matthew did a grand job of keeping the boys out of the kitchen and in the garden spoaching about.
When I’d got my Tessa Kiros book out yesterday for the banana bread recipe, I noticed this little beauty:
Mince and potato croquettes
600g potatoes, scrubbed
360g minced beef
50g Parmesan cheese, grated
1 tsp salt
100g dried breadcrumbs
4 tbsp olive oil
Put a pan of salted water on to boil. Add the unpeeled potatoes and boil, covered, for about 20 mins, or until they are soft and completely cooked through.
Preheat the oven to 180’c
Drain the potatoes and, when they are cool enough, peel them. Mash them well in a wide bowl. Add the mince, Parmesan, egg and salt and mix thoroughly with your hands.
Roll into balls about the size of small walnuts and then flatten them a bit into little ovals. Put the breadcrumbs on a plate and pat the croquettes in them to coat both sides.
Drizzle about 2 tbsps of oil over the bottom of a large baking tray, spreading it around with the back of a spoon. Pack the croquettes like tight soldiers on the tray and drizzle lightly with another couple of tablespoons of oil.
Put the tray in the oven and bake for about 30 mins, or until the undersides are nicely golden and a bit crisp. Turn them over gently and bake for another 10 mins, or longer if necessary.
Serve warm or at room temperature with a small scattering of salt, if you think they need it.
Makes about 40 small croquettes.
Not sure about boiling whole potatoes and then peeling afterwards – I think I’d peel and cut them up first next time!
I used two baking trays.
I think they’d make great nibbles at a drinks party or kids birthday.
I decided to whizz up some houmous while I was waiting for the croquettes to do their thing in the oven.
As I’ve just bought Rosie Lovell’s book Spooning With Rosie, I decided to try out her houmous recipe.
Lots of Houmous
2 x 400g tins of chickpeas
6 garlic cloves
2 tbsps tahini
Juice of 2 lemons
4 tbsps extra virgin olive oil
2 tsps maldon sea salt
Drain the chickpeas and rinse thoroughly.
Place all the ingredients in a jug and whiz up with a hand held blender.
Do taste, as getting the balance of houmous right is a satisfying calculation and can take a little playing around.
I found this tasty but garlicky – I can still taste it now!
You can add things like coriander, sunblushed tomatoes and olives for a different spin.
So a very tasty supper and pretty cheap at that!
Matthew and Arlo hoovered it up. Sam started enthusiastically, but a few mouthfuls in decided it wasn’t for him. He ate salad and pitta instead.
I thought both recipes were fun to make and would defo knock them up for a party. But as it’s not a tick from Sam it’s not making the list for everyday meal options.


tier: cub

shelf: history-culture

title: By Al-Fassel and AFP |

text:
By Al-Fassel and AFP |
Yemen's Iran-backed Houthis said they had on Monday (November 6) launched a fresh drone attack against Israel as they step up a campaign of disruptive strikes amid the Israel-Hamas war.
Israeli authorities did not immediately confirm the attack, which is the latest in a series of Houthi drone launches in recent days.
In a post on X (formerly Twitter), a Houthi spokesman said the group had launched "a batch of drones" in recent hours "at various sensitive targets."
"As a result of the operation, the activity at the targeted bases and airports stopped for several hours," the spokesman claimed.
According to the Times of Israel, however, "there were no sirens or infiltration alerts set off indicating any such intrusion, and airports and military bases across the country appeared to continue operating as normal."
Previous Houthi attacks have been intercepted by the United States and Israel.
The Israel-Hamas war erupted when Hamas terrorists crossed from Gaza into southern Israel on October 7, killing some 1,400 people, mostly civilians, and taking more than 200 hostages.
Aerial threats intercepted
The Houthis on November 1 said they had launched a "large batch of drones" towards Israel, claiming that "they reached their goals."
On October 31, the Houthis claimed an attack with drones and ballistic missiles on Israel and pledged more attacks, saying they had fired drones and ballistic missiles previously in three separate operations.
Israel had blamed the Houthis for another drone attack on October 27, saying its aircraft had intercepted "hostile targets" headed for the south of the country.
A "hostile aircraft intrusion" had set off warning sirens in Eilat, its military said, later saying a "surface-to-surface missile" was "successfully intercepted by the 'Arrow' aerial defence system."
"All aerial threats were intercepted outside of Israeli territory," it said.
At the same time, six people were lightly injured when debris hit a building across the border from Eilat in the neighboring Egyptian resort of Taba, the Egyptian army said at the time.
On October 19, the US Navy said it shot down three land-attack cruise missiles and several drones fired by the Houthis, possibly at Israel.
A US nuclear-powered Ohio-class submarine is deployed in the Middle East to help prevent the Israel-Hamas war from spiraling into a broader conflict, the Pentagon said Monday.
The US military's Central Command posted a picture of the submarine the day before on X that appeared to show it transiting Egypt's Suez Canal.
"What this does... is further support our deterrence efforts in the region," Pentagon spokesman Brig. Gen. Pat Ryder said, without providing further details.


shelf: civic-law

text:
Saturday, November 15, 2014 - Saturday in the 32th Week in Ordinary Time
[3 John 5-8 and Luke 18:1-8]Pay attention to what the dishonest judge says. Will not God then secure the rights of his chosen ones who call out to him day and night?
NOVEMBER 15 ST. ALBERT THE GREAT, O.P. [scientist, theologian, bishop]
The parable in today's gospel scripture is about a widow who is determined to get a local judge to rule in her favor against an adversary. The judge delays but the widow is so insistent that he fears losing his "honor" in the community, so he rules for her. Jesus applies this to the subject of perseverance at prayer. If a dishonest judge can respond to persistence, will not the good God respond to protect those who believe?
Perseverance in prayer is a subject that frequently appears in the Sacrament of Reconciliation. The pace of life in our culture seems to militate against thinking about or speaking to God except on Sunday, if even then! In response I suggest to many of those who complain about this that they should consider prayer as much a part of their day as brushing their teeth. They wouldn't dream of going to work without having taken care of that bit of hygiene. If prayer becomes a part of their hygiene, they will consider their day incomplete if they have not spent some time in prayer.
It may seem to us a bit strange to be nagging God, but the Lord seems to recommend that we do exactly that! Persistence and perseverance can be valuable qualities when employed in working with God to bring about the salvation freely offered to us! AMEN


shelf: science-engineering

title: How bacteriophages build a protein based nucleus to outsmart bacteria

text:
Bacteriophages — viruses that infect bacteria — are locked in a constant arms race with their microbial hosts. A family of phages known as jumbo phages have evolved a remarkable strategy of building a protein shell around their deoxyribonucleic acid (DNA), forming a “phage nucleus” that protects their genetic material.
A recent study by a research team from the University of California, published in Nature, has unraveled how specific phage proteins coordinate the selective import of other proteins into this nucleus.
They discovered a core system of import factors that allow protein transport into the phage nucleus, shedding light on a unique biological transport mechanism.
Study: Multi-interface licensing of protein import into a phage nucleus. Image Credit: shoma81/Shutterstock.com
Cells, across all life forms, carefully regulate the movement of molecules to maintain order and function. Eukaryotic cells achieve this by using nuclear membranes with pores that selectively transport proteins into the nucleus. Until recently, this kind of compartmentalization was thought to be unique to eukaryotes.
However, certain bacteriophages have been found to create their protein-based nucleus-like compartments during infection.
These jumbo phages, especially the ΦKZ-like group, construct a protective shell around their DNA, shielding it from host defense enzymes while allowing select viral and host proteins inside to enable replication and gene expression. However, the mechanism of this selective protein import was hitherto unclear.
The Current Study
The present study investigated how jumbo phages selectively import proteins into their protein-based nucleus during infection of the bacterium Pseudomonas aeruginosa. The researchers began by genetically modifying the phage DNA to fuse nuclear-targeted phage and host proteins with a restriction enzyme, EcoRI.
If these proteins successfully entered the phage nucleus, EcoRI would cut the phage DNA and prevent replication. Subsequently, mutations that allowed the phages to escape the EcoRI attack were analyzed using whole-genome sequencing.
Several genes, including imp1 through imp5, that encode the enzyme imipenemase, were identified as essential for protein import.
Protein-protein interaction experiments were also conducted in bacteria to confirm the role of the imp genes in the selective protein import by the jumbo phages. Structural modeling and further genetic selections were performed to identify the functional regions involved in the import of different cargo proteins. The researchers also tested combinations of mutations to confirm that these different regions acted independently.
Ultimately, the study combined genetic screening, fluorescence microscopy, protein interaction assays, and structural modeling to map the molecular players and interactions involved in the nuclear import of proteins in bacteriophages.
The study found that jumbo phages rely on a specialized system of proteins to import other proteins into their nucleus-like compartment selectively. This system is built around a core protein called Imp1, which acts as an import gatekeeper.
Imp1 is localized to specific points on the phage nucleus and forms small clusters that are likely involved in protein transport. The study revealed that Imp1 possesses multiple functional interfaces, with each interface controlling the import of a different protein.
Furthermore, mutations in imp1 led to defects in importing certain phage and host proteins into the nucleus. Interestingly, these mutations were cargo-specific — meaning that disrupting one interface blocked the import of a particular protein but did not prevent the import of others. This suggested that Imp1 recognizes distinct cargo proteins using separate regions of its structure.
The researchers also identified supporting proteins that contribute to nuclear import. Imp3 was essential for Imp1’s proper function, while Imp2, Imp4, and Imp5 acted as cargo-specific adaptors, assisting in the import of particular proteins.
For instance, Imp2 was necessary to transport the phage nuclear-localized protein (Nlp)1, while Imp4 and Imp5 were required for importing the bacterial enzyme topoisomerase I (TopA).
The study further uncovered that Imp1 physically interacts with another phage protein, Imp6, which is thought to stabilize the import complex. Additionally, Imp1 directly bound Nlp2, one of the cargo proteins, providing evidence that cargo recognition involves specific protein-protein interactions.
While the study clarified the core components of this import system, it also highlighted limitations. The exact mechanism by which the proteins pass through the nuclear shell remains unknown. It is still unclear whether proteins are threaded through pores, unfolded, or transported by another novel process.
In summary, the study revealed that jumbo phages use a complex protein import system to transport specific molecules into their protective nucleus-like compartment.
At the heart of this system is Imp1, a gatekeeper protein with multiple interfaces that work with supporting factors like Imp3 and cargo-specific adaptors.
These findings offered new insights into molecular transport in virus-infected cells and opened pathways for further research into the unique biology of bacteriophages.


tier: polar

shelf: software-docs

text:
Smart grid contributions to variable renewable resource integration
Smart grid contributions to variable renewable resource integration : ISGAN white paper Annex 4, Subtask 3.2 / Mackay Miller & David Beauvais. International smart grid action network, 25/04/2012, 22 p.
The International Energy Agency (IEA) Implementing Agreement for a Co-operative Programme on Smart Grids (ISGAN) has published a white paper titled “Smart Grid Contributions to Variable Renewable Resource (VRR) Integration,” describing ways to enhance integration of variable renewable resources using smart grid systems.
Challenges to integrating VRR such as wind and solar into grids identified in the paper include: increased cost of transmission due to renewables’ distributed nature; variable ramping requirements over the course of a day; quick production ramp changes due to cloud and wind shifts; intra-hour variability; and over-generation, which occurs mainly for wind power generation. For each of these specific issues the paper provides smart grid tools, market tools, system operation tools and others which would offer solutions to the problems.
In addition, the paper dedicates significant space to the describing how solutions could be integrated by on the demand-side and delivery-side, using markets, enabling distributed generation and micro grids, and via improved coordination between Distribution System Operators and Transmission System Operators.
The paper closes by recommending that smart grid roadmaps and scenarios for future renewable energy supply are aligned, smart grid VRR integration solutions be evaluated in the context of the full range of integration solutions. (info source and copyright © IISD)
Abstract (© ISGAN) :
This report describes the specific capabilities offered by smart grid technologies in resolving some of the challenges in achieving high penetrations of variable renewable resources (VRR). The report describes the relationships between existing smart grid solutions and a range of VRR integration challenges, and smart grid solutions are placed in the larger context of conventional tools for VRR integration. Relevant VRR integration projects from ISGAN member nations are described where applicable, and recommendations for research collaborations are suggested.
OpenEdition vous propose de citer ce billet de la manière suivante :
Danièle Revel (9 mai 2012). Smart grid contributions to variable renewable resource integration. Veille énergie climat. Consulté le 21 juin 2025 à l’adresse https://doi.org/10.58079/o9nu


shelf: health

title: Potential health risks associated with expedited azithromycin 500mg shipping

text:
Azithromycin is a commonly prescribed antibiotic used to treat various bacterial infections. While expedited shipping offers convenience and rapid access to medication, it also raises concerns regarding potential health risks. This article examines the potential health risks associated with expedited Azithromycin 500mg shipping and explores strategies to mitigate these risks.
- Temperature Sensitivity:
Expedited shipping may subject Azithromycin 500mg to fluctuating temperatures during transit, potentially compromising its stability and efficacy. Extreme temperatures, especially high heat or freezing conditions, can degrade the medication and render it less effective or even harmful if consumed.
- Exposure to Light and Moisture:
Expedited shipping may result in prolonged exposure to light and moisture, which can degrade Azithromycin 500mg and reduce its potency. Light-sensitive medications, such as Azithromycin, may undergo photochemical reactions when exposed to light, leading to chemical degradation and diminished therapeutic effects.
- Packaging Integrity:
Expedited shipping may increase the risk of damage to the packaging of Azithromycin 500mg, potentially exposing the medication to external contaminants or compromising its sterility. Damaged packaging can also lead to accidental spills or leaks, resulting in improper dosing or contamination of the medication.
- Transit Time and Storage Conditions:
Expedited shipping may involve shorter transit times, but it also raises concerns about the storage conditions of Azithromycin 500mg during transport. Inadequate storage conditions, such as exposure to excessive heat, cold, or humidity, can compromise the stability and integrity of the medication, posing health risks to consumers.
Choose Reputable Suppliers: Prioritize purchasing Azithromycin 500mg from reputable online pharmacies or licensed healthcare providers with a proven track record of quality and reliability.
Check Packaging and Expiry Dates: Inspect the packaging of Azithromycin 500mg upon receipt to ensure it is intact and undamaged. Verify the expiry date to ensure the medication is safe for use.
Monitor Temperature and Storage Conditions: Store Azithromycin 500mg according to the manufacturer’s instructions and avoid exposing it to extreme temperatures or moisture. Use proper storage containers and keep the medication out of direct sunlight.
Consult Healthcare Professionals: Consult with healthcare professionals before purchasing Azithromycin 500mg online, especially in emergency situations. Healthcare professionals can provide guidance on safe purchasing practices and alternative treatment options.
Report Suspected Issues: Report any suspected issues or adverse reactions associated with expedited Azithromycin 500mg shipping to regulatory authorities or healthcare providers for investigation and follow-up.
Expedited shipping of Azithromycin 500mg offers convenience but also poses potential health risks due to temperature sensitivity, exposure to light and moisture, packaging integrity concerns, transit time, and regulatory oversight. By understanding these risks and implementing mitigation strategies such as choosing reputable suppliers, checking packaging and expiry dates, monitoring temperature and storage conditions, consulting healthcare professionals, and reporting suspected issues, consumers can minimize the potential health risks associated with expedited Azithromycin 500mg shipping and ensure safe medication procurement and use.


shelf: finance

title: Staubli plan f29513728 oil float detector f295137 28a

text:
1 in stock
Handling time for packaging is 1-3 business days. If anyhow the shipment is delayed, buyers will be notified before hand.
Condition: New Open box
Real-Time Order Tracking
What You See is What You Get
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ACTUAL PRODUCT PICTURES UPLOADED. YOU WILL GET EXACTLY WHAT YOU SEE.
For any quarries, you can directly get in touch with us via e-mail mentioned below.
Please Note: Buyers are responsible for Import Duties, Taxes & Custom Charges. They are not included in the item price. Only for outside INDIA.
CHECK PRODUCT CONDITION MENTION(NEW/NEW OPEN/USED/SELLER REFURBISHED/PARTS NOT WORKING)
NEW – New Box Pack Piece
NEW OPEN – Piece in Box Open Condition. The box was open for Photography purposes. Never Used Piece Box may have some Signs of Wear & Tear, Please check all images, for any doubt Please contact us.
USED – Used Piece in Excellent Condition, Product will be dispatched in plain box packing, We have mentioned USED as we have bought it through Indian Customs & Box may have some Signs of Wear & Tear, Please check all images Product in working condition.
SELLER REFURBISHED – We have never used this piece, we have mentioned Seller Refurbished as we have bought it through Indian Customs & Box may have some Signs of Wear & Tear, Please check all images Product in working condition.
PARTS NOT WORKING – We have mentioned parts not working as we have bought them through Indian Customs and don?t know how to operate the product.
We buy products through Indian Customs, We are not the Manufacturer or Wholesaler of this product, we buy products & products from customs & sell online, If you have any doubts about the product feel free to ask before buying.
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We only accept Stripe or Razor pay as a method of payment. All credit/ Debit card & Net banking payments must be made through Razor pay or Stripe. We reserve the right to deny any payment that we consider fraudulent or suspicious.
Payment must be received within 4 days of the date of purchase. Otherwise, if no contact has been established, the listing will be void and the non-paying bidder (NPB) reported to Stripe or Razor pay.
All packages will be shipped within 48 hours after the payment is cleared via FedEx or DHL Expedited / International Shipping with tracking. And you will be able to track your parcel.
Any merchandise sent to another country may be subject to a duty under the customs regulations of that country. We do not maintain or provide information concerning the assessment of customs duty. Custom duties, carrier customs clearance brokerage fees, and import taxes may apply to international buyers and are not included in shipping and handling charges that will be borne by the buyer.
We accept returns only if the item was not as described in our listing or found defective on arrival. Buyer must return the item exactly as received within 14 days and will be responsible for the Return Charges. Return shipping and handling is sole responsibility of the buyer.
We take utmost care towards the packaging of the products. All products are packed in sturdy boxes with proper packing / cushioning to ensure there is no damage to the product during transit.
You may contact us with any questions or Doubts by sending us a message or email at [email protected]
We assure an immediate reply to your questions during working hours.
Excluded Locations: We do not ship any products to Russian Federation.
NOTE FOR BRAZIL – A tax ID is required for all WPX (parcel) shipments as well as complete consignee info on Air Waybill. All shipments will be returned back without prior notice if no valid Tax ID. If the consignee is a foreigner who lives in Brazil or a foreign visitor to Brazil, the passport number will act as the tax ID number.


shelf: education

title: Cultural obstructions in mathematics

text:
Cultural obstructions to careers in mathematics are myriad and significant. The myth of meritocracy is long debunked in social theory and education research, however its legacy persists. This post goes out to those mathematicians who feel pressured out of mathematics because of the culture of mathematics. You are not alone.
Here’s a representative anecdote. When I began my PhD program, I learned of a recently
graduated student who was very successful, published in Inventiones while a
student, but left mathematics. Her story became part of the lore passed down from one generation of graduate students in the department to the next. She is reported to have explained to her advisor that she “liked mathematics, but didn’t like mathematicians (present company excluded).”
Navigating new subcultures is one of the most challenging (and often rewarding) of human endeavors. The subculture of academic mathematicians is strong and foreign to most. Unless you were raised in a particular academic environment, entering mathematics is like entering a foreign country. So, to be successful in mathematics, one needs more than raw mathematical talent and a next level work ethic. One also has to become familiar with nuances of the culture of contemporary mathematics. One must feel comfortable, or at least be able to tolerate, seminar dinners, hallway conversations, email exchanges, and all of the other social and work communications which can be terribly awkward — or much worse.
For example, last semester I was at a seminar dinner with a group of about 15 mathematicians, including one woman. There was an awkward traffic jam after dinner, as a dozen people attempted to retrieve their backpacks from an area in which no more than two or three people could stand. In an effort to be cordial, I handed one of the speakers a bag which I thought was his, leading to the following exchange.
Me: Is this you?
Speaker: No, but it’s my backpack.
Me: I love it when mathematicians pretend not to understand common expressions. It’s cute.
Speaker: We’re a very precise group.
Eschewing the vernacular does not make one more precise; it makes one a snob. (It is disingenuous to suggest I may have confused a backpack with a person.) Pretending to misunderstand expressions commonly used especially in groups underrepresented in mathematics has an exclusionary effect.
For those of you who regularly experience microaggressions, cringeworthy exchanges and cultural pushback, know that you are not alone, and others in the Network may have similar experiences. As participation in mathematics broadens, academia is joined by those who didn’t self-identify as math nerd from birth; who are more comfortable with N*E*R*D than nerds; who do not conflate snobbery and intelligence.
I shake off these episodes by talking to friends, or broadcasting my thoughts, as I’m doing here. The next time someone gets under your skin, remember that the Network is here for you! Reach others in the Network on FB or reach out to one of us directly.
Even though the culture of mathematics may seem regressive, it is slowly changing for the better. Meeting cool young mathematicians gives me hope for the future. So don’t let the BS hold you down. Stick with it, and the Network has your back.


shelf: home-craft

text:
Roofing Services in Dublin & Kildare: Professional Care for Your Roof
At Homeshield Roofing& Guttering, we provide a complete range of roofing services to ensure your home remains secure, durable, and weather-resistant. Serving Dublin and the surrounding areas, we specialize in roof repairs, reroofs, emergency roofing, roof cleaning, and all other roofing work. Our skilled team is committed to offering reliable and affordable roofing solutions, making us one of the best roofers in Dublin.
Roof Repairs: Reliable and Lasting Solutions
Roof damage can happen at any time due to weather, wear and tear, or accidents. At Homeshield Roofing & Guttering, we offer quick and efficient roof repairs in Dublin and Kildare. Whether it's a small leak or severe damage, our expert roofers can handle any repair, ensuring your roof is back to protecting your home in no time.
Reroofs: Long-Lasting, High-Quality Roof Replacements
When repairs are no longer enough, a full reroof is often the best solution. We offer reroofing services tailored to meet your needs, using durable materials that provide long-lasting protection. Our reroofs not only improve your home’s appearance but also boost its value and ensure maximum protection against Dublin’s harsh weather conditions.
Emergency Roofing: Rapid Response for Urgent Roof Repairs
At Homeshield Roofing & Guttering, we understand that roof problems can’t wait. That's why we provide emergency roof repair services across Dublin. Whether it’s storm damage or unexpected leaks, our 24/7 team responds quickly to minimize damage and restore the safety of your home.
What areas does Homeshield Roofing & Guttering serve?We proudly serve both Dublin and Kildare with expert roofing and guttering services.
How long does a roof repair take?The time varies depending on the extent of the damage, but most repairs can be completed within a day or two.
Do you offer free roofing inspections?Yes, we offer free roof inspections to assess the condition of your roof and provide a detailed estimate.
What types of roofing materials do you work with?We work with a wide variety of materials, including slate, felt, and asphalt shingles, to ensure the best solution for your home.


title: K pop sensations stray kids announce melbourne sydney shows this october

text:
Two Australian stadium shows are booked in to host K-pop group Stray Kids as they touchdown in the country this October.
Global K-Pop superstars Stray Kids are set to thrill Australian fans this October with two exclusive stadium shows on their <dominATE> World Tour. The tour announcement comes following the release of the group’s new mini album ATE which dropped last week.
The tour will commence at Melbourne’s Marvel Stadium on 19 October, followed by Sydney’s Allianz Stadium on 26 October.
Stray Kids’ Melbourne, Sydney shows
- Marvel Stadium, Melbourne | Saturday, October 19
- Allianz Stadium, Sydney | Saturday, October 26
Keep up with the latest music news, festivals, interviews and reviews here.
Stray Kids is JYP Entertainment’s 8-member boy band formed in March 2018. The group’s name Stray Kids stands for their determination to break and escape from tradition, formalities, and the old system. All members not only are talented in vocals, rap, and performance, but have also been credited for producing the majority of Stray Kids’ unique discography.
Stray Kids were crowned Top K-Pop Album winners at the recent 2023 BBMAs and Best K-Pop winners at the 2023 VMAs with their full-length album <5-STAR>. The album sold over 4.61 million copies during the first week of its release which, at the time, became the highest 1st week number in K-pop history.
Not only did they debut four consecutive albums as No.1 on the Billboard 200 chart, and they also became the 2nd K-Pop male group in history to enter the Billboard HOT 100 chart. Stray Kids won’t stop breaking through all geographical and cultural boundaries to resonate deeply with global listeners.
General public tickets are on sale Wednesday 31 July at 1pm for Melbourne and 2pm for Sydney. For further information and ticketing head here.


title: FAQ for Statement Earrings

text:
FAQ for Statement Earrings
What materials are used in your statement earrings?
Our statement earrings are crafted from a variety of high-quality materials, including sterling silver, gold, and ethically sourced gemstones, ensuring both beauty and durability.
Can statement earrings be worn comfortably for long periods?
Absolutely! Despite their size, our statement earrings are designed with wearability in mind, ensuring they are lightweight enough for comfortable wear all day or night.
Are your statement earrings suitable for sensitive ears?
Yes, we use hypoallergenic materials for our earrings, making them suitable for those with sensitive ears.
How should I care for my statement earrings?
Keep your earrings in pristine condition by storing them in a soft, dry place and cleaning them gently with a suitable jewelry cleaner or a soft cloth.
Do you offer custom designs for statement earrings?
We do offer customization options for those looking for something uniquely theirs. Contact us to discuss how we can bring your vision to life.
What is the return policy for statement earrings?
Should you wish to return your earrings, we accept returns within a specified period provided they are in their original condition. See our return policy for more details.
How will my statement earrings be packaged?
Your earrings will arrive in elegant packaging, perfect for gifting or personal storage.
How long does shipping take for statement earrings?
Shipping times vary based on location and shipping method selected. Please refer to our shipping policy for detailed estimates.
Can I wear statement earrings to any event?
Our statement earrings are versatile and can elevate any outfit, making them perfect for everything from casual outings to formal events.
Are the statement earrings heavy?
While our earrings make a bold statement, we carefully balance their design to ensure they're comfortably lightweight.
Our commitment to the planet shines in every piece, crafted responsibly and traced transparently for a sustainable tomorrow
Enjoyed on all US orders
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title: Khalifa skyscraper in dubai

text:
Burj Khalifa, known as the Khalifa skyscraper in Dubai, is the tallest building in the world, standing at an astonishing height of 828 meters (2,717 feet) with 163 floors. It was designed by Adrian Smith of Skidmore, Owings & Merrill and developed by Emaar Properties, a Dubai-based real estate company. The construction of Burj Khalifa began in 2004 and was completed in 2010 at a cost of approximately $1.5 billion.
Burj Khalifa is a mixed-use building, comprising residential apartments, office spaces, a hotel, and various retail and entertainment venues. It also features several observation decks, including the “At the Top” observation deck, which offers breathtaking panoramic views of Dubai and its surroundings. The building has become an iconic landmark and a symbol of Dubai’s rapid growth and architectural prowess.
The construction of Burj Khalifa involved several innovative engineering techniques and materials, including the use of a high-performance concrete mix and a buttressed core structural system. The building’s design was inspired by the Hymenocallis flower, and its exterior is adorned with intricate Islamic geometric patterns. Burj Khalifa has received numerous awards and accolades for its architectural design, engineering achievements, and sustainability features.
The Khalifa skyscraper in Dubai, also known as Burj Khalifa, stands at an astonishing height of 828 meters (2,717 feet), making it the tallest building in the world. This extraordinary height has several implications and significance:
- Engineering Marvel: The construction of a building of such height required innovative engineering techniques and materials. Burj Khalifa’s buttressed core structural system, high-performance concrete mix, and wind-resistant design showcase the cutting-edge advancements in architecture and engineering.
- Vertical City: The Khalifa skyscraper accommodates a diverse range of functions within its 163 floors, including residential apartments, office spaces, a hotel, retail stores, and entertainment venues. This vertical city concept optimizes land use and creates a self-contained community within a single structure.
- Urban Landmark: Burj Khalifa’s exceptional height and striking design have made it a prominent landmark in Dubai’s skyline. It has become a symbol of the city’s rapid growth and architectural ambition.
- Tourist Destination: The building’s observation decks, particularly “At the Top,” offer unparalleled panoramic views of Dubai and its surroundings. Burj Khalifa has become a major tourist attraction, drawing visitors from around the world.
The height of the Khalifa skyscraper in Dubai is not merely a number; it represents a culmination of engineering expertise, architectural innovation, and urban planning. It has transformed Dubai’s skyline, redefined the concept of vertical living, and established itself as an iconic landmark and a testament to human ingenuity.
The Khalifa skyscraper in Dubai, also known as Burj Khalifa, comprises an extraordinary 163 floors, making it the tallest building in the world. This remarkable number of floors has several significant implications and is an integral component of the building’s overall design and functionality:
- Vertical Space Utilization: The 163 floors of the Khalifa skyscraper allow for the efficient use of vertical space, maximizing the building’s capacity and accommodating a diverse range of functions within a single structure. This vertical space utilization optimizes land use and creates a self-contained community within the building.
- Mixed-Use Functionality: The Khalifa skyscraper’s 163 floors house a wide variety of uses, including residential apartments, office spaces, a hotel, retail stores, and entertainment venues. This mixed-use functionality makes the building a self-contained vertical city, offering a diverse range of amenities and services to its occupants and visitors.
- Engineering Challenges: Constructing a building with 163 floors presented significant engineering challenges. The architects and engineers had to design a structure that could withstand strong winds and seismic forces, while also ensuring the stability and safety of the building’s occupants. This required innovative engineering solutions and the use of advanced materials.
- Vertical Transportation: The 163 floors of the Khalifa skyscraper require efficient and reliable vertical transportation systems. The building is equipped with high-speed elevators and escalators to facilitate the movement of people between different floors, ensuring smooth and convenient access to all levels of the building.
In conclusion, the 163 floors of the Khalifa skyscraper in Dubai are not merely a numerical figure; they represent a combination of innovative design, efficient space utilization, mixed-use functionality, and engineering excellence. This remarkable architectural achievement has redefined the concept of vertical living and set a new benchmark for skyscrapers worldwide.
The Khalifa skyscraper in Dubai, also known as Burj Khalifa, came at a staggering cost of $1.5 billion. This immense investment played a pivotal role in shaping various aspects of the building’s design, construction, and significance:
- Engineering Marvel: The $1.5 billion cost allowed for the use of innovative engineering techniques and high-quality materials. This investment ensured the building’s structural integrity, wind resistance, and ability to withstand seismic forces, making it one of the safest and most technologically advanced skyscrapers in the world.
- Architectural Design: The cost of $1.5 billion enabled the architects and designers to incorporate intricate details and luxurious finishes into the building’s design. From its sleek facade to its opulent interiors, the Khalifa skyscraper is an architectural masterpiece that reflects the grandeur and ambition of Dubai.
- Vertical City: The $1.5 billion investment allowed for the creation of a self-contained vertical city within the Khalifa skyscraper. The building’s mixed-use functionality, with residential apartments, office spaces, a hotel, retail stores, and entertainment venues, required significant investment in infrastructure, amenities, and services.
- Economic Impact: The construction of the Khalifa skyscraper generated significant economic activity in Dubai. The project created thousands of jobs, stimulated various industries, and boosted the local economy. It also attracted global attention and investment, further enhancing Dubai’s position as a regional and international business hub.
In conclusion, the cost of $1.5 billion was not merely a financial outlay but an investment in architectural innovation, engineering excellence, and economic development. The Khalifa skyscraper in Dubai stands as a testament to the transformative power of investment and the pursuit of architectural marvels that redefine the skylines of cities.
Adrian Smith, an internationally renowned architect, played a pivotal role in the design and construction of the Khalifa skyscraper in Dubai, also known as Burj Khalifa, the tallest building in the world. His vision and expertise left an indelible mark on this architectural marvel, shaping its iconic form and functionality.
- Innovative Structural Design: Adrian Smith’s innovative approach to structural engineering is evident in the Khalifa skyscraper’s buttressed core structural system. This system, inspired by the natural forms of plants, provides exceptional strength and stability, allowing the building to withstand high winds and seismic forces.
- Wind-Resistant Facade: Smith incorporated advanced wind-engineering techniques into the building’s facade design. The exterior cladding is composed of high-performance glass panels and aluminum fins, which effectively reduce wind loads and enhance the building’s overall stability.
- Sustainable Features: Adrian Smith prioritized sustainability in the design of the Khalifa skyscraper. The building incorporates energy-efficient lighting systems, low-flow water fixtures, and a rainwater harvesting system, demonstrating a commitment to environmental responsibility.
- Aesthetic Appeal: Smith’s architectural vision is reflected in the Khalifa skyscraper’s striking aesthetics. Its sleek, streamlined form, reminiscent of a desert flower, has become an iconic symbol of Dubai’s skyline and a testament to Smith’s artistic sensibilities.
In conclusion, Adrian Smith’s role as the architect of the Khalifa skyscraper in Dubai cannot be overstated. His innovative design, commitment to sustainability, and pursuit of aesthetic excellence have resulted in a building that stands as a landmark of architectural achievement and a symbol of Dubai’s rapid growth and global aspirations.
Emaar Properties, a Dubai-based real estate development company, played a pivotal role in the conception, development, and construction of the Khalifa skyscraper in Dubai, also known as Burj Khalifa, the world’s tallest building. Emaar’s involvement in this iconic project extended beyond financial investment; the company’s vision, expertise, and commitment to excellence were instrumental in bringing this architectural marvel to life.
Emaar’s decision to embark on the Khalifa skyscraper project was driven by a desire to create a landmark that would redefine the Dubai skyline and showcase the city’s ambition and modernity. The company assembled a team of world-renowned architects, engineers, and contractors to ensure the building’s design, construction, and operation met the highest international standards.
Emaar’s commitment to innovation and sustainability is evident throughout the Khalifa skyscraper. The building incorporates cutting-edge technologies and eco-friendly features, such as a high-performance facade that reduces wind loads and energy consumption. Emaar’s attention to detail and commitment to quality are reflected in every aspect of the building, from its luxurious interiors to its state-of-the-art amenities.
The Khalifa skyscraper has not only transformed Dubai’s skyline but has also had a significant impact on the city’s economy and global reputation. The building has attracted international attention and investment, solidifying Dubai’s position as a major player in the global real estate market.
Emaar Properties’ role as the developer of the Khalifa skyscraper in Dubai is a testament to the company’s vision, innovation, and commitment to excellence. The building stands as a symbol of Dubai’s rapid growth, architectural prowess, and global aspirations.
The Khalifa skyscraper in Dubai, also known as Burj Khalifa, is a mixed-use building that houses a diverse range of functions within its 163 floors. This mixed-use nature is a defining characteristic that distinguishes Burj Khalifa from other skyscrapers and contributes significantly to its overall design, functionality, and impact on the surrounding urban environment.
The residential component of Burj Khalifa comprises luxurious apartments, offering stunning views of the city and beyond. These apartments cater to a wide range of residents, from families to professionals, creating a vibrant residential community within the building.
The commercial component consists of premium office spaces that are home to various businesses and corporations. These offices benefit from the building’s prestigious address, advanced amenities, and connectivity to major transportation hubs.
The hotel component, operated by Armani Hotels & Resorts, offers opulent accommodations and world-class dining experiences to guests from around the world. The hotel’s strategic location within Burj Khalifa provides guests with convenient access to the building’s other amenities and attractions.
The retail component of Burj Khalifa features an exclusive collection of boutiques, luxury stores, and fine-dining restaurants. This retail space caters to discerning shoppers and offers a unique and sophisticated shopping experience.
The mixed-use nature of Burj Khalifa creates a dynamic and self-contained vertical community where residents, workers, guests, and visitors can live, work, shop, and socialize without having to venture far from the building. This integrated approach to urban planning enhances convenience, fosters a sense of community, and reduces the need for excessive commuting.
Overall, the mixed-use nature of Burj Khalifa is an integral part of its design and plays a significant role in its success as a landmark building and a thriving urban destination.
7. Observation Decks
The “At the Top” observation deck is an integral component of the Khalifa skyscraper in Dubai, offering visitors an unparalleled experience and contributing to the building’s overall appeal and significance.
Situated on the 124th and 125th floors of Burj Khalifa, the observation deck provides breathtaking panoramic views of the city, the surrounding desert, and the Arabian Gulf. Visitors can enjoy stunning vistas from floor-to-ceiling windows or step out onto the open-air terrace for an even more immersive experience.
The observation deck is a key attraction for tourists and residents alike, drawing millions of visitors each year. It offers a unique perspective on the city’s rapid growth and architectural marvels, allowing visitors to witness Dubai’s transformation firsthand.
Moreover, the observation deck serves as an educational platform, providing visitors with insights into the engineering and architectural challenges involved in constructing such an iconic skyscraper. Interactive exhibits and multimedia displays showcase the innovative techniques and sustainable features employed in Burj Khalifa’s design.
In conclusion, the “At the Top” observation deck is not merely an add-on to the Khalifa skyscraper in Dubai; it is an integral part of the building’s identity and contributes significantly to its overall appeal and significance. The observation deck offers visitors an unforgettable experience, providing breathtaking views, educational insights, and a deeper appreciation for the architectural marvel that is Burj Khalifa.
The Khalifa skyscraper in Dubai, also known as Burj Khalifa, stands as a testament to the ingenuity and advancements in architectural engineering. Its exceptional height and structural integrity are largely attributed to the innovative buttressed core structural system employed in its design.
- Enhanced Stability: The buttressed core system consists of a central concrete core surrounded by eight wing-like buttresses that extend outwards at regular intervals. This design distributes the weight of the building more efficiently, reducing stress on the core and increasing the overall stability of the structure.
- Wind Resistance: The buttresses act as windbreaks, effectively reducing the wind load on the building. They deflect and channel strong winds around the structure, minimizing lateral sway and ensuring the building’s stability even during high winds.
- Increased Floor Space: Unlike traditional structural systems that rely on thick, load-bearing walls, the buttressed core system allows for thinner walls and more open floor plans. This design maximizes usable floor space, allowing for efficient space utilization within the building.
- Reduced Material Usage: By distributing the load more efficiently, the buttressed core system reduces the amount of concrete and steel required for construction. This not only optimizes material usage but also contributes to the building’s overall cost-effectiveness.
In conclusion, the buttressed core structural system plays a pivotal role in the engineering marvel that is the Khalifa skyscraper in Dubai. Its innovative design enhances stability, wind resistance, floor space, and material efficiency, making it an exceptional example of architectural engineering and a key factor in the building’s iconic status.
9. Design Inspiration
The Khalifa skyscraper in Dubai, also known as Burj Khalifa, draws inspiration from the Hymenocallis flower, a desert-dwelling plant known for its resilience and ability to thrive in harsh conditions. This design inspiration is not merely aesthetic but has profound implications for the building’s overall structure and functionality.
The Hymenocallis flower’s unique form, characterized by six petals that curve outwards and three sepals that form a protective cup, served as a model for Burj Khalifa’s tripartite structure. The building’s central core, surrounded by three wings, mimics the flower’s structure, providing exceptional stability and wind resistance. This design allows the building to withstand strong winds and seismic forces, ensuring its structural integrity.
Moreover, the Hymenocallis flower’s ability to thrive in arid environments influenced Burj Khalifa’s sustainable design features. The building incorporates water-efficient landscaping, low-energy lighting, and a rainwater harvesting system, reflecting the flower’s adaptation to scarce resources. These sustainable elements not only reduce the building’s environmental impact but also align with Dubai’s commitment to green architecture.
In conclusion, the design inspiration from the Hymenocallis flower is not merely a superficial aesthetic choice but has a profound impact on Burj Khalifa’s structural resilience, functionality, and sustainability. The building’s iconic form and innovative design features are a testament to the power of nature as a source of architectural inspiration and the practical applications it can have in creating sustainable and resilient structures.
Frequently Asked Questions about the Khalifa Skyscraper in Dubai
This section addresses common concerns or misconceptions about the Burj Khalifa, also known as the Khalifa skyscraper in Dubai, providing concise and informative answers to frequently asked questions.
Question 1: What is the height of the Khalifa skyscraper?
The Khalifa skyscraper stands at an impressive height of 828 meters (2,717 feet), making it the tallest building in the world.
Question 2: How many floors does the Khalifa skyscraper have?
The Khalifa skyscraper comprises 163 floors, accommodating a diverse range of functions, including residential apartments, office spaces, a hotel, retail stores, and entertainment venues.
Question 3: Who is the architect behind the Khalifa skyscraper?
The renowned architect Adrian Smith, known for his innovative designs and engineering expertise, is the mastermind behind the architectural design of the Khalifa skyscraper.
Question 4: What is the structural system used in the Khalifa skyscraper?
The Khalifa skyscraper employs an innovative buttressed core structural system, inspired by the Hymenocallis flower, which enhances the building’s stability and wind resistance.
Question 5: What is the usage of the Khalifa skyscraper?
The Khalifa skyscraper is a mixed-use building, housing a combination of residential apartments, commercial offices, a hotel, retail stores, and entertainment venues, creating a vibrant vertical community.
Question 6: Does the Khalifa skyscraper have an observation deck?
Yes, the Khalifa skyscraper offers the “At the Top” observation deck, located on the 124th and 125th floors, providing breathtaking panoramic views of Dubai.
These frequently asked questions provide a deeper understanding of the Khalifa skyscraper’s key features, design, and functionality. Its exceptional height, innovative structural system, and mixed-use nature make it a remarkable architectural marvel and a symbol of Dubai’s rapid growth and global aspirations.
Tips for Visiting the Khalifa Skyscraper in Dubai
Visiting the Burj Khalifa, also known as the Khalifa skyscraper in Dubai, is an unforgettable experience. Here are some essential tips to help you make the most of your visit:
Tip 1: Book your tickets in advance.
Tickets to the “At the Top” observation deck are in high demand, especially during peak tourist season. To avoid disappointment, book your tickets online well in advance of your visit.
Tip 2: Arrive early.
Arrive at the Khalifa skyscraper at least 30 minutes before your scheduled time slot to allow for security checks and elevator queues.
Tip 3: Choose the right time to visit.
The best time to visit the observation deck is during sunset, as you can witness the city transform from daylight to night.
Tip 4: Take your time.
Once you’re at the observation deck, take your time to enjoy the panoramic views. Use the interactive displays to learn more about Dubai’s landmarks and history.
Tip 5: Bring your camera.
Don’t forget to bring your camera to capture the breathtaking views from the observation deck. Remember to be mindful of other visitors and keep your camera equipment secure.
Tip 6: Visit the gift shop.
Before leaving, take some time to visit the gift shop and purchase souvenirs to commemorate your visit to the Khalifa skyscraper.
Tip 7: Explore the surrounding area.
The Khalifa skyscraper is located in the heart of Downtown Dubai. After your visit, take some time to explore the surrounding area, including the Dubai Mall, the Dubai Fountain, and the Souk Al Bahar.
Tip 8: Consider a guided tour.
For a more in-depth experience, consider booking a guided tour of the Khalifa skyscraper. Guided tours provide exclusive access to restricted areas and offer informative insights into the building’s design and construction.
By following these tips, you’ll be able to make the most of your visit to the Khalifa skyscraper in Dubai. Enjoy the breathtaking views, learn about the architectural marvel, and create lasting memories.
The Khalifa skyscraper in Dubai, also known as Burj Khalifa, stands as a testament to human ingenuity, architectural prowess, and engineering excellence. Its exceptional height, innovative design, and mixed-use functionality have transformed Dubai’s skyline and established the building as a global icon.
The construction of the Khalifa skyscraper involved cutting-edge techniques and materials, showcasing the advancements in architectural engineering. Its buttressed core structural system, inspired by the Hymenocallis flower, ensures stability and wind resistance, allowing the building to withstand extreme weather conditions. The mixed-use nature of the skyscraper, housing residential apartments, commercial offices, a hotel, retail stores, and entertainment venues, creates a vibrant vertical community within the building.
Burj Khalifa’s “At the Top” observation deck offers breathtaking panoramic views of Dubai, attracting millions of visitors each year. The observation deck provides a unique perspective on the city’s rapid growth and architectural marvels. Moreover, the building incorporates sustainable features, such as water-efficient landscaping and low-energy lighting, aligning with Dubai’s commitment to green architecture.
The Khalifa skyscraper in Dubai is not merely a building; it is a symbol of Dubai’s ambition, modernity, and global aspirations. Its presence has transformed Dubai into a major player in the global real estate market and has solidified the city’s position as a hub for tourism, business, and innovation. The Khalifa skyscraper stands as a beacon of architectural achievement and a reminder of the limitless possibilities of human endeavor.


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New: custom contact fields and full contact list in Streak
Track, manage, and organize contact details in Streak with custom fields, imports, and mobile access—your new hub for relationship management.
When we evaluate new software internally at Streak, our developers look for a strong and well documented API before moving forward with any one product. We’ll play around with it, see if it covers our requirements, and go on from there.
Good documentation is the ultimate limiting factor in our adoption of a product, and we know we’re definitely not the only team that evaluates software in this way. While we’ve always been focused on providing a great developer experience, we wanted to bring a truly world-class experience to Streak with our latest updates to the API and integrations pages.
In these updates, we’ve added the ability to have multiple API keys attached to your account, and also surfaced existing integrations we’ve worked on like Zapier (which really does make us happier), Google Sheets, and Hangouts Chat.
These integrations are all user-friendly and easy to spin up – they’re customizable and require no coding for users that prefer a more visual experience when building out their own workflows and integrations.
In addition to reworking our in-app experience, we also wanted a new platform for our API documentation that was modern, quick, and allowed our users test the API’s capabilities from their browser. Our developers already loved using ReadMe for these same reasons, so it made sense to bring Streak’s new API documentation there in full.
For newer developers (or ones that like using specific tools for their API requests), we’ve expanded our knowledge base to include guidelines for using Postman with the Streak API. The guide includes example requests, too, to help you get started.
We built these updates for both you and ourselves — the changes to our application make Streak even easier to develop for.
Editor’s note: Special thanks to Becca S. for updating our old API documentation and migrating it to Readme.io and to Johnny N. for creating the new integrations page.
If you’re interested in working with our world-class team to launch new products and create a better developer experience, check out our careers page — we’d love to build with you!


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When process becomes form: The empathetic works of Yusuf Seidu Okus (Vanguard Nigeria)
Born to Mr. and Mrs. Yusuf Isa Oshiobagie, Okus has become known for his experimental and empathetic approach to human relations and his constant pursuit of new creative territories.
Okus sources diverse materials from his surroundings, subjecting them to deconstruction and reconstruction processes such as sorting, cleaning, burning, engraving, and melting to breathe life into them. His empathy is further nurtured through his work with patients at the Federal Neuropsychiatric Hospital in Benin City, where he serves as the Principal Art Officer in the Occupational Therapy Unit until 2023. This role has intensified his sensitivity to human conditions, particularly mental health.
In his 2021 piece, More Housing (iii), Okus uses discarded aluminum roofing sheets, printing plates, and metal foil to depict several figures standing closely together under a shed, facing various directions. This piece advocates for adequate housing for Nigerian citizens and more rehabilitation centers for mentally ill individuals. Okus emphasizes that people should not have to sleep on the streets or under bridges, where their health and safety are compromised. The relevance of this piece extends to the recent housing crisis in Lagos, where 86 makeshift apartments were discovered at Dolphin Estate, Ikoyi, in May 2024. Tenants, paying N250,000 annually for tiny rooms, were arrested by the Lagos State Government as illegal residents. However, the landlords who collected these rents were not mentioned, raising questions about the effectiveness of such arrests in addressing the housing issue.
In Not Entirely Our Fault, Okus showcases his versatility with acrylic on canvas. The piece features a pregnant woman with her arms spread in a non-accusatory manner, looking towards an imposing profile head filled with spontaneous motifs. This imagery is both metaphoric and elucidating, representing the thoughts within a mentally challenged person’s mind and advocating for better treatment and understanding instead of stigmatization and isolation. From his experience at the Federal Neuropsychiatric Hospital, where he started working in 2005 shortly after establishing his studio in Sapele, Okus has learned that mental health issues can be hereditary and are not always the result of poor personal decisions. His work at the hospital has unconsciously nurtured his empathy, making him a vocal advocate for mental health awareness and better treatment of mentally challenged individuals.
Okus’s consciousness of mental health issues also extends to his exploration of discarded materials, reflecting his concern for environmental sustainability. His 2023 piece, Searching, uses sacks, nylon, and other plastic materials to depict the pleasure of finding one’s true path and purpose. Although there are no identifiable images or symbols in the piece, the impressive use of materials create a rhythm and symphony that demands attention and engagement. This work underscores his belief in giving new life to abandoned materials, paralleling his advocacy for the marginalized and overlooked members of society.
Okus’s artistic practice is a testament to his belief in the transformative power of art. By repurposing discarded materials, he not only addresses environmental issues but also creates poignant commentaries on societal issues such as mental health and housing. His works resonate deeply with contemporary social challenges, urging viewers to reconsider their perspectives and engage more empathetically with the world around them.


title: ERP Software Market Overview:

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ERP Software Market Overview:
For the global industry’s ERP Software market analysis, a research team did thorough primary and secondary research. Secondary research was carried out in order to supplement existing data, segment the market, estimate overall market size, and anticipate market size and growth rate.
Primary and secondary research is used to identify market leaders, while primary and secondary research is used to assess market revenue. In-depth interviews with important thought leaders and industry professionals, such as experienced front-line staff, CEOs, and marketing executives, were conducted as part of the core research. Primary research comprised in-depth interviews with key thought leaders and industry professionals, such as experienced front-line staff, CEOs, and marketing executives, while secondary research included a review of the main manufacturers’ annual and financial reports. Secondary data is used to calculate global market percentage splits, market shares, growth rates, and breakdowns, which are then compared to primary data.
Expected Growth is expected to reach US$ 8.98 Bn by 2029, at a CAGR of 27.10% during the forecast period.
Request a Free Sample Copy or View Report Summary: https://www.maximizemarketresearch.com/request-sample/61246
By defining and assessing market segments and predicting market size, the study aids comprehension of the Global ERP Software Market dynamic structure. In addition, the report includes a competitive analysis of significant firms based on pricing, financial state, application expansion ambitions, and geographical presence. The research also includes a PESTLE analysis to help shareholders prioritize their efforts and investments in the Global ERP Software Market.
External and internal factors that are predicted to have a positive or negative impact on enterprises have been researched, presenting decision-makers with a clear picture of the sector’s future. By studying market segments and projecting ERP Software Market size, the study also assists in understanding the dynamic structure of the Global ERP Software Market. The study acts as a resource for investors by depicting the competitive analysis of prominent businesses in the Global ERP Software Market based on price, financial status, growth strategies, and geographical presence.
Modern ERPs is leveraging both hybrid transactional/ analytical processing and in-memory computing to facilitate embedded reporting and complex analytics, with response times as close to real time. Some organizations are expected to prioritize by separating and migrating some modules or functions to the cloud first and others are continue to stay on-premise. Many organisations are expected to move a critical mass of their business applications to the cloud.
For Any Queries, Contact Us: https://www.maximizemarketresearch.com/inquiry-before-buying/61246
• Intuit Inc.
• FIS Global
• Cerner Corporation
• Constellation Software Inc.
• ACI Worldwide
An study of the ERP Software Market at the national level focuses on categories indicated as potentially high-growth, nations with the biggest market share, and countries with the highest development potential. North America (USA, Canada), South America, Asia Pacific (China, Japan, India, Korea), Europe (Germany, UK, France, Italy), and Other nations are the geographical breakdowns in the ERP Software Market study.
COVID-19 Impact Analysis on ERP Software Market: The report covers COVID-19 impact on ERP Software market.
Key Questions Answered in the ERP Software Market Report are:
What will be the ERP Software market’s CAGR throughout the projected period?
Which market category emerged as the market leader in the ERP Software market?
Who are the key players in the ERP Software market?
How big will the ERP Software market be in 2029?
Which firm had the biggest market share in the ERP Software market?
To Gain More Insights into the Market Analysis, Browse Summary of the Research Report: https://www.maximizemarketresearch.com/request-customization/61246
MAXIMIZE MARKET RESEARCH PVT. LTD.
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Pune Banglore Highway,
Narhe, Pune, Maharashtra 411041, India.
Phone No.: +91 20 6630 3320


title: Entry level driver training eldt class b overview

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The Federal Motor Carrier Safety Administration (FMCSA) has established minimum training standards for individuals applying for their Class B commercial driver's license (CDL) for the first time. If you are interested in obtaining your Class B CDL, you are subject to the entry-level driver training (ELDT) requirements. This Class B CDL theory course was created in collaboration with an approved training provider listed on FMCSA's Training Provider Registry (TPR) and must be completed for a driver to be eligible to take the state Class B CDL exam administered by the state.
This Class B CDL training course is designed for Class B commercial motor vehicle drivers who are seeking a CDL and intended to only meet all theory (knowledge) requirements listed in the Code of Federal Regulations (CFR) 49 CFR Part 380, Special Training Requirements. This includes sections covering basic operation, safe operating procedures, advanced operating practices, vehicle systems and reporting malfunctions, and non-driving activities.
Upon completion of this online course, our system will automatically upload your ELDT records to the U.S. Department of Transportation's (DOT) TPR. You can take your state's CDL test upon completing other federal training requirements, such as behind-the-wheel training. Those who successfully take the CDL test will be issued a state CDL and may be eligible to be hired by companies that operate Class B trucks in commerce.
Note: There are no refunds or transfers for this course. This course is excluded from ed2go standard refund and transfer policies. Once access to the course is provided, no refunds or transfers will be allowed. This course includes the required ELDT theory exams for each of the units.; it does NOT include the behind-the-wheel training, cost of the CDL test, or other state exam charges.
Please note: Students in Virginia should be aware that online training for any of ELDT's offerings is not permitted in this state. This course will not be recognized for you.


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LIVING MAGAZINE'S BEST AUTO REPAIR SHOP 12 YEARS RUNNING
EXPERT LINCOLN REPAIR IN ROCKWALL, TX
Owning a Lincoln in Rockwall, TX, gives you the best of both worlds—luxury and performance. It’s a driving experience like no other, and we know how important it is to keep that experience running smoothly. That’s where Horizon Auto Center comes in. Our friendly, knowledgeable team is here to take care of your Lincoln like it’s our own, making sure it’s always in top shape. With every visit, we’re committed to providing the kind of care that gives you peace of mind, so you can focus on enjoying the ride.
LINCOLN SERVICE & REPAIR IN ROCKWALL, TX
Taking care of your Lincoln is an important part of keeping it running like the day you drove it off the lot. While it may seem like a lot to keep track of, your vehicle’s owner’s manual makes it easy by laying out the services your Lincoln needs based on mileage. Staying on top of these services helps keep your car performing at its best, and we’re here to make it simple.
At Horizon Auto Center, our team knows Lincoln vehicles inside and out. When it’s time for maintenance or repairs, we’ve got you covered. Whether you need a quick oil change, a warning light checked, or more in-depth brake work, our mechanics are ready to get the job done right and get you back on the road. When your Lincoln needs service in Rockwall, TX, you can count on Horizon Auto Center. With years of experience and a commitment to caring for our community, we’re always here to make sure your car is in the best hands. Give us a call, book your appointment online, or stop by—your Lincoln deserves nothing less.


title: Jason King – Agent to the Stars Book 1

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Jason King – Agent to the Stars Book 1
A priceless stolen artifact,
a galaxy on the brink of war,
and a real estate closing at four.
Well, damn! What is real estate broker/ex-Army Ranger Jason King to do?
(Second Edition … originally published as The Enclaves of Sylox)
Eleven years ago, Army Ranger Jason King lost his job when the aliens came to Earth and outlawed war among nations. Now he makes a fairly decent living as the top real estate broker on the planet Sylox, the capital of the Galactic Union. His clients are primarily Humans coming to the planet to work at the huge Embassy Complex, and they find Earth-like housing – along with a little taste of home — in the sprawling Enclaves of Sylox.
Things are going pretty well for Jason, right up to the time his latest customers arrive from Earth – and that’s when all hell breaks lose! Now Jason finds himself entangled in layer upon layer of deadly conspiracy involving a quasi-religious artifact whose theft is about to trigger a galactic war. The Earth has also become ensnared in this conspiracy, placing her squarely in the cross-hairs of two vindictive alien species bent on her destruction.
Now all Jason King has to do is recover the artifact, capture the thief, prevent a galaxy-wide war and save the Earth from annihilation. And do all this between his real estate closings. Oh … and there’s also a super-hot woman right in the thick of things just to keep things interesting. And don’t forget the headlong chases through exotic star systems, and the shoot-outs, and the fist-fights — you know, all the good stuff that puts the adventure in space opera adventure!
The Unity Stone Affair is typical T.R. Harris, full of adventure, humor and witty, down-to-earth dialogue … plus his skewed way of looking at Human-Alien relations. This one is funny, quirky… and a little bit different. After all, when was the last time the hero in a space opera adventure was a real estate broker?


title: Aug. 19, 2016 By Hannah Wulkan

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Aug. 19, 2016 By Hannah Wulkan
Councilman Jimmy Van Bramer and Mayor Bill de Blasio have indirectly exchanged harsh words over the last two days about the Phipps Housing project in Sunnyside.
Words were fired back-and-forth after de Blasio lashed out how an affordable project in Upper Manhattan was voted down in the council earlier in the week.
“Turning down affordable housing, I can’t follow that. I can’t understand that,” he said at an unrelated event on Thursday.
The next affordable housing project that is going before for City Council is the 209-unit Phipps Housing complex at 50-25 Barnett Avenue.
Van Bramer has been outspoken in his opposition to the project, especially criticizing its size in relation to the surrounding neighborhood.
His opposition is likely to derail the Phipps plan, since it is protocol for the council to follow the lead of the council member representing the district where a development is to take place.
De Blasio, however, is an advocate for the proposal. “I am going to have a polite but firm conversation with the councilman, who I know very well and respect greatly,” de Blasio said.
Van Bramer quickly fired back on Twitter when a reporter brought de Blasio’s statement to his attention: “And he will be met with a polite and even firmer response.”
“If the Mayor wishes to have a polite conversation about his arguments in support of the Phipps development, and my reasons for being opposed, he has my phone number. I gladly await his call,” Van Bramer said.
“I do not work for the mayor of the City of New York,” Van Bramer told NY1 News. “I am not on his staff and I am not his child.”
The project will go to a vote in the City Council as soon as next month.


title: How short circuiting a solar array can help with faultfinding

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I have already described a number of methods here in the blog that you can use to discover and pinpoint almost any fault that can occur in a photovoltaic system – or so I thought. But then I came across a “tough cookie”, where it took several attempts to locate the cause of the reduced performance. That’s a good enough reason to write a blog article, I thought to myself. As the title suggests, it will appeal more to the tech freaks among this blog’s readers.
This is what happened. In a system with a total of 3 inverters, each of which is connected to a single string, one inverter occasionally experienced a significant loss of power compared to the other two. The system’s observant operator explained that the problem occurred more often on sunny days when one inverter would only supply about 500W, while the others were producing 3 kW from the same configuration.
As our experience over the past few years has been that carrying out an electroluminescence analysis (most articles only in german, sorry …) at night is the most effective way of getting to the bottom of most PV system problems, we began by carrying out our standard PV check (not translated yet). Unexpectedly, an analysis of the modules did not reveal anything unusual.
We did not find any defective bypass diodes, PID or high-resistance cell connectors. We then eliminated the possibility of open circuits between junction box and module, because we would otherwise have been unable to feed any reverse current into the modules. I described this fault, which reduces the open-circuit voltage of the affected string during the day, here.
After this initial analysis, we were only actually left with two options: it was either the inverter, which may have had a temperature problem, or the solar array, although the fault was only noticeable at higher temperatures. Since temperatures at night are normally a little bit lower, our first check revealed nothing. I then advised the customer to swap the module strings at the inverters, in other words, to connect module string of inverter 1 to inverter 2 and vice versa. This would tell us beyond any doubt whether the cause of the problem was on the roof or in the inverter. The result told us that the inverter was not the cause, as the problem now migrated from the first to the second inverter. It had to be caused either by the modules or by the DC line from the roof to the inverter.
I then decided to make an appointment for a second site visit, this time during the day, armed with a IV curve tracer, a thermal imaging camera and the pvServe. We chose a hot summer’s day when we could expect the problem to start manifesting itself from around 11am. I had initially suspected that we might be dealing with a temperature-dependent open circuit between the module socket and the cells. This would be clearly visible in the thermogram (or at least I thought so).
Just to jog your memory: if a connection is open, there is no load on the corresponding part of the module and it is bridged by the bypass diode. This has two effects: first, the bypass diode of the affected module heats up a little, and second, the part of the module that is at no-load also becomes slightly warmer (approx. 2-4K) than the part running in MPP (Maximum Power Point) see here. The fault should have shown up clearly on the thermal image. That was not the case, however.
The head-scratching continued until I finally realised that both inverters – the one with the healthy module string and the one with the faulty string – were controlling the same DC voltage. These were transformerless inverters in which no DC/DC converter is used at the input, and both were operating at bottom of their voltage range (Umppmin) of approx. 350V.
The next step was to measure the IV curves of both module strings. This revealed that the problem string had a significantly lower open circuit voltage than the healthy string. The trend of the IV curves also revealed an abnormality in the open-circuit voltage.
It was clear, therefore, that the problem string had to have a much lower MPP voltage than the healthy one. It was definitely not possible for both inverters to have set the same voltage of 350V. In other words, the faulty string was no longer being operated by the inverter in MPP because it was already working at the very bottom of its range. The string was almost at no-load (0.5A instead of 5.5A). This finally explained why nothing showed up on the thermal image. The temperature difference between cells that are at no-load and cells that are delivering a 0.5A current is so small that a thermal imaging camera has a real problem picking it up. It was therefore obvious that there were several breaks between the module junction boxes and the cells or between the cells.
The final proof came when we tried to feed a reverse current into the faulty string with the pvServe. It had worked flawlessly at night, but during the day, it was no longer possible. Even with a voltage of 1,000V, there was no flow of current whatsoever. That meant that there was definitely at least one discontinuity and that the bypass diodes had been able to block the 1000V without becoming damaged.
So we now knew the cause of the problem. It was definitely breaks between cells or between the junctionbox and the cells. All that remained to do was to locate the problem module. Unfortunately, because the inverter was already operating at its lower voltage limit (as explained earlier), the string with the faulty modules could not be made to return to the MPP.
I then tried out a new method that I not yet used, and fortunately, that had the desired result. To understand this method, you need to be aware that short-circuited solar modules typically appear as a “chessboard” pattern in a thermal image, since some cells are significantly warmer than others. I have described in detail why this is so in this pvKnowHow blog article.(not translated yet) If you quickly short-circuit the entire module string, you will see this chessboard pattern wherever there is current flowing. No current can flow in places where the connectors between the junction box and the cells are open circuit; so the typical pattern does not appear. Instead, the cells have an even temperature. You can locate the defective modules by short-circuiting the entire string. Those modules or module sections that exhibit a uniform cell temperature in the thermal image have an interruption somewhere and must be repaired. The modules or parts of modules that display the typical chessboard pattern are fine.
No sooner said than done. As the thermograms show, the method was very effective in locating the defective modules.
In closing, it is worth mentioning that short-circuiting the solar array string at full irradiation should only be done with a DC switch capable of handling the full load switching capacity. In other words, the switch must be able to disconnect the full short-circuit current of the modules and then be able to handle the full open-circuit voltage of the string in question. If the switch is not capable of doing this, there is a risk of electrical arcing with the potential of starting a fire. You should therefore know what you are doing and use a properly rated switch when attempting to copy the method explained above.
These case confirms that there is no “one” sure method when it comes to effectively analysing and finding faults in solar systems. In fact, a combination of different methods, together with a dash of detective work, is much more likely to lead to a successful outcome. If you would like to experience a structured presentation of the different methods, you are most welcome to attend one of our “Troubleshooting Seminars”.


title: Unveiling the connection energy drain and cognitive decline in women over 40

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Did you know that the brain accounts for only 2% of our body weight but consumes around 20% of our total energy supply? It's a small organ that requires a significant amount of energy to function optimally.
According to a study published in the Journal of Aging and Health, energy levels tend to decline by approximately 20% between the ages of 30 and 70. This decrease in energy can impact various aspects of daily life, including cognitive function.
The prevalence of cognitive decline increases with age. The Alzheimer's Association reports that the risk of developing Alzheimer's disease doubles every five years after the age of 65. By the age of 85, the risk reaches nearly one in three individuals.
A study published in the journal Aging, Neuropsychology, and Cognition found that cognitive processing speed, which involves tasks such as thinking quickly and making decisions, declines by an average of 15% between the ages of 20 and 70.
Energy metabolism in the brain declines with age. Research published in the Proceedings of the National Academy of Sciences reveals that mitochondrial function, responsible for producing energy within cells, decreases as we age. This decline in mitochondrial function can contribute to reduced energy levels and cognitive decline.
A review published in the journal Neuroscience and Biobehavioral Reviews found that regular physical exercise has a positive impact on both energy levels and cognitive function in older adults. Exercise promotes brain health, increases blood flow, and enhances cognitive abilities such as memory and attention.
As we journey through life, we inevitably encounter the process of aging, which affects various aspects of our physical and cognitive well-being. One crucial area that experiences a decline with age is our energy levels and brain function. While aging is a natural phenomenon, understanding its impact on our bodies, specifically the role of mitochondria, can provide valuable insights into maintaining cognitive vitality. In this blog post, we will explore how aging affects energy levels and brain function, with a particular focus on the role of mitochondria, the powerhouses of our cells.
The Role of Mitochondria
Mitochondria are tiny, energy-producing structures found in our cells, responsible for generating adenosine triphosphate (ATP), the cellular fuel that powers our body's functions. These remarkable organelles play a crucial role in maintaining cellular health and ensuring optimal brain function. However, as we age, the efficiency of our mitochondria begins to decline, leading to a variety of age-related health issues, including decreased energy levels and cognitive decline.
Energy Decline and Aging
One of the most noticeable effects of aging is a decline in energy levels. Have you ever noticed that you can't keep up with the same level of activity or stay awake as easily as you did when you were younger? This decrease in energy can be attributed, at least in part, to the decline in mitochondrial function. As mitochondria produce less ATP, our cells have less energy to carry out their functions efficiently. Consequently, we may feel fatigued, lethargic, and experience a reduced capacity to engage in physical and mental activities.
Mitochondria and Brain Function
The brain, being one of the most energy-demanding organs in our body, heavily relies on the efficient functioning of mitochondria to meet its energy requirements. As we age, the decline in mitochondrial function can directly impact brain health and cognitive abilities. Studies have suggested that impaired mitochondrial function contributes to cognitive decline, memory impairment, and an increased risk of neurodegenerative disorders such as Alzheimer's and Parkinson's diseases.
Mitochondrial Dysfunction and Oxidative Stress
One of the main factors that contribute to mitochondrial decline is oxidative stress. As mitochondria generate energy, they also produce reactive oxygen species (ROS) as byproducts. ROS can cause damage to mitochondrial DNA, proteins, and lipids, leading to impaired mitochondrial function. Additionally, the body's natural defense mechanisms against oxidative stress may weaken with age, further exacerbating the problem.
Promoting Healthy Mitochondria and Cognitive Aging
While the aging process and its impact on mitochondrial function cannot be completely halted, there are steps we can take to support healthy mitochondria and promote cognitive vitality as we age:
Regular Exercise: Engaging in aerobic exercises can stimulate mitochondrial biogenesis, improving mitochondrial function and energy production.
Balanced Diet: Consuming a nutrient-rich diet, including antioxidants found in fruits, vegetables, and whole grains, can help combat oxidative stress and support mitochondrial health.
Sleep and Stress Management: Prioritizing quality sleep and managing stress effectively can reduce inflammation and support overall mitochondrial function.
Caloric Restriction and Intermittent Fasting: These practices have shown potential in improving mitochondrial function and promoting longevity.
Nutritional Supplements: Certain supplements like Coenzyme Q10, alpha-lipoic acid, and acetyl-L-carnitine have been suggested to support mitochondrial health, but it is crucial to consult a healthcare professional before incorporating them into your routine.
Menopause is a natural phase of a woman's life, but it can bring about various challenges, including decreased energy levels and changes in cognitive function. Fortunately, a specially formulated supplement like Menoboost, containing essential vitamins such as Choline, L-Tyrosine, Taurine, Glycine, Citrus Bioflavonoid, L-Carnitine, Inositol, chromium, vitamin B6, and B12, can provide valuable support for women during this transitional period.
Replenish Cognitive Vitality with Key Ingredients
Choline: MenoBoost harnesses the cognitive benefits of Choline, supporting memory, learning, and mental sharpness. By promoting the synthesis of acetylcholine, Choline helps combat brain fog and enhances cognitive performance, ensuring you stay mentally agile and focused.
L-Tyrosine: Feel the difference with L-Tyrosine, a vital ingredient that enhances focus, attention, and mood. By supporting the production of key neurotransmitters, L-Tyrosine keeps your mind alert, motivated, and balanced throughout the day, helping you conquer tasks with ease.
Taurine: MenoBoost understands the toll stress can take during menopause. That's why Taurine is included to combat stress and boost mental performance. Experience mental calmness and optimal performance, even in challenging situations, thanks to Taurine's role in regulating brain excitability and protecting against oxidative stress.
Glycine: Say goodbye to fatigue and embrace mental well-being. Glycine in MenoBoost aids in relaxation, improves sleep quality, and reduces fatigue, providing you with the energy you need to tackle each day with vigor. Enjoy improved cognitive function, memory, and an overall sense of well-being.
Elevate Cognitive Health with Essential Nutrients
Citrus Bioflavonoids: MenoBoost incorporates Citrus Bioflavonoids, offering potent antioxidant and anti-inflammatory benefits. Protect your brain from oxidative damage and enhance blood flow to support optimal cognitive function, memory, and overall brain health during menopause.
L-Carnitine: Boost your energy levels and performance with L-Carnitine. By aiding in the transport of fatty acids into mitochondria for energy production, L-Carnitine fights fatigue and enhances physical and mental performance. Feel energized and mentally alert, ready to seize the day.
Inositol: Support your mood stability and mental well-being with Inositol. By regulating neurotransmitter activity and brain signaling, Inositol helps achieve a balanced mood. Reduce symptoms of anxiety and depression, positively impacting cognitive function and overall mental wellness.
Harness the Power of Essential Minerals and Vitamins
Chromium: MenoBoost includes Chromium to help you maintain stable energy levels by regulating blood sugar. Enjoy sustained energy throughout the day, allowing you to accomplish tasks with ease and focus.
Vitamin B6 and B12: Elevate your energy and brain function with Vitamin B6 and B12. These essential vitamins play crucial roles in energy metabolism, neurotransmitter synthesis, and maintaining healthy nerve cells. Experience improves cognitive function, memory, and mood regulation, supporting your overall well-being.
Why Choose MenoBoost?
MenoBoost is not just another supplement—it's your trusted companion during menopause. With its carefully selected ingredients, MenoBoost offers a comprehensive solution to combat declining energy levels and changes in cognitive function. By targeting multiple aspects of menopause.


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Holy One, we give you thanks for all your gifts to us—
for daily food, for health, for each breath we take,
for freedom to choose,
and for the gifts of your Word, your power and your love.
Our hearts overflow,
as we consider how you have entrusted so much to us.
May we be worthy of that trust—
may we be a people who are unafraid to live
as fully and as richly as you want us to live.
Lord Jesus, as your followers
guide and strengthen us
to serve wholeheartedly,
live generously, love extravagantly,
even if it means being misunderstood.
May we always strive to do good
especially to those who have done us harm.
Spirit of God, we pray for the church gathered today,
both here and around the world.,
May each member be inspired,
to discover, develop and use all their gifts,
for the furthering of your mission.
We pray for our annual meeting today.
May we be open to your Spirit’s leading,
listening deeply, open to your transforming power.
We thank you today for each person who calls this church home.
For caregiving ministries, teaching and worship ministries,
Formation and fellowship ministries.
May our lives be enriched as we serve and grow in faith together.
Listening God, we also pray for those
who stand in need of healing, hope, and wholeness.
We pray for those who suffer, the lonely, the distressed,
the grieving and those who are journeying a hard path.
We pray for those living with addiction, anxiety, or worries,
those recovering from surgery or awaiting surgery,
those receiving treatment and those anticipating next steps.
We pray for the aged who live with increased limitations.
We pray for those journeying the shadow of death
and their families who hold them with love.
May we rest in the warmth and security of your embrace,
in the stronghold of your love.
These things we pray in the name of your Son, Jesus
who taught us to pray saying…Our Father……


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How many suspensions before expelled in middle school, In the educational landscape, discipline is critical in providing a safe and suitable learning environment for pupils. However, the disciplinary procedure varies substantially between schools and districts, leaving kids, parents, and educators concerned about the repercussions of repeated offenses. One recurring question is how many suspensions are permitted before expulsion in middle school.
how many suspensions before expelled in middle school
Understanding School Discipline
Before delving into the minutiae of suspension and expulsion regulations, it is critical to understand the larger picture of school discipline. Discipline in schools is intended to promote positive behavior, handle misconduct, and eventually develop a culture of respect and accountability among students.
Suspension versus Expulsion.
Suspension and expulsion are two common disciplinary options used by schools to address significant or recurrent violations of school rules. While both require removing a student from the school environment, there are significant variations between the two:
Suspension: A suspension is often a temporary withdrawal of a student from school for a set length of time, during which the student is not permitted to attend courses or participate in school activities.
Expulsion, on the other hand, is a more severe consequence that results in a student’s permanent expulsion from school. Expulsion is normally reserved for major or repeated offenses that severely disrupt the learning environment or endanger the safety of students and faculty.
Policies vary per school and district.
It is critical to understand that there is no one-size-fits-all response to the question of how many suspensions are permitted before expulsion in middle school. Discipline policies can vary greatly between schools and districts, with each establishing its own norms and methods for dealing with wrongdoing.
- Factors influencing disciplinary actions Several variables can affect the decision to suspend or expel a student, including:
- The nature and severity of the offense committed by the student might have a considerable impact on the disciplinary action pursued.
- Prior History of Misconduct: When considering the right course of action, schools may take into account a student’s past disciplinary record, including any previous suspensions or behavioral difficulties.
- School Policies and processes: Each school or district may have its own set of policies and processes controlling disciplinary proceedings, including criteria for when suspension or expulsion is appropriate.
Alternatives to suspension and expulsion
In recent years, there has been a rising awareness of the limitations of traditional disciplinary procedures like suspension and expulsion. Many schools are currently looking into alternative ways to discipline that emphasize prevention, intervention, and restorative justice.
Importance of Communication and Support
Effective communication and collaboration among kids, parents, instructors, and school administrators are critical in addressing disciplinary concerns. Working collaboratively, stakeholders may identify underlying reasons of misconduct, give assistance and resources to kids in need, and put in place strategies to promote positive behavior and academic success.
Also Read:- How Many Credits To Graduate High School In SC
While the topic of how many suspensions are permitted before expulsion in middle school is not easily answered, it is evident that school discipline is a complicated subject that necessitates serious analysis and collaboration among all stakeholders. Schools can promote a supportive and inclusive school atmosphere, use proactive discipline measures, and provide services for children in need to create a healthy learning community in which all students can succeed.