X Record Update Pack

[Jan Dominquez]

The brand new album from AMERICAN AQUARIUM is in record stores now, and BJ Barham has a little show and tell moment with the special indie record store version.
Get THE FEAR OF STANDING STILL on CD, Vinyl and an Indie-Exclusive variant at your local record store.

Not a lot of people talk about the true origins of bluegrass music, says Swamp Dogg, but it came from Black people. The banjo, the washtub, all that stuff started with African Americans. We were playing it before it even had a name.

Blackgrass, Swamp Doggs remarkable new album, is no history lesson, though. Produced by Ryan Olson (Bon Iver, Polia) and recorded with an all-star band including Noam Pikelny, Sierra Hull, Jerry Douglas, Chris Scruggs, Billy Contreras, and Kenny Vaughan, the collection is a riotous blend of past and present, mixing the sacred and the profane in typical Swamp Dogg fashion as it blurs the lines between folk, roots, country, blues, and soul. The tracklist is an eclectic onebrand new originals and vintage Swamp Dogg classics sit side by side with reimaginings of 70s R&B hits and timeless 50s pop tunesbut the performances are thoroughly cohesive, filtering everything through a progressive Appalachian lens that nods to tradition without ever being bound by it. Special guests like Margo Price, Jenny Lewis, Justin Vernon, and The Cactus Blossoms all add to the excitement here, but its ultimately the 81-year-old Swamp Doggs deliverysly and playful and full of genuine joy and achethat steals the show. The result is a record thats as reverent as it is raunchy, a collection that challenges conventional notions of genre and race while at the same time celebrating the music that helped make Swamp Dogg the beloved iconoclast hes known as today.

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The essential maintenance work planned on the Climate Data Store (CDS), the Atmosphere Data Store (ADS) and associated infrastructure for Thursday 3rd December from 17:00GMT has been cancelled due to technical issues in the preparation phase of the event. The maintenance session is to be rescheduled and an announcement will be posted in due course. For further queries please contact User Support: copernicu...@ecmwf.int.

What really stands out is also the difference between the temperatures since July 2023 and all previous years. The data can be explored in Climate Pulse, the C3S application that provides historical and near-real-time temperature data from the ERA5 reanalysis dataset.

Commenting on the record set on 21 July 2024, C3S Director Carlo Buontempo said: "On July 21st, C3S recorded a new record for the daily global mean temperature. What is truly staggering is how large the difference is between the temperature of the last 13 months and the previous temperature records. We are now in truly uncharted territory and as the climate keeps warming, we are bound to see new records being broken in future months and years."

The global average temperature tends to reach its annual peak between late June and early August, coinciding with the northern hemisphere summer. This is because the seasonal patterns of the northern hemisphere drive the overall global temperatures. The large land masses of the northern hemisphere warm up faster than the oceans of the southern hemisphere can cool down during the northern summer months.

Our analysis suggests that the sudden rise in daily global average temperature is related to much above-average temperatures over large parts of Antarctica. Such large anomalies are not unusual during the Antarctic winter months, and also contributed to the record global temperatures in early July 2023.

As the global average temperature was already at near-record levels during the first half of July, close to the temperatures seen at this time of year in 2023, and the global average temperature typically reaches its peak at this time of year, it is not completely unexpected that we are seeing global average temperatures of this magnitude.

Associated with the rise in temperature that resulted in the new records on 21 and 22 July, the highest temperatures were expected to occur on 22 or 23 July. In the days following this peak, the temperature is likely to go down slightly. Further fluctuations are possible in the coming weeks.

As the annual maximum global average temperature can occur any time between late June and the middle of August, the current conclusions are preliminary as we follow the evolution of the climate in near-real-time. In 2023, there was a second peak in the daily global average temperature on 4 August (reaching 17.05C) that came close to the record set on 6 July 2023. C3S will continue monitoring the situation, providing more information in further updates as needed.

The previous highest daily global average temperature was 17.08C, a record set on 6 July 2023 as part of a long streak of record-breaking daily global average temperatures in July and August 2023. Prior to the long streak of record-breaking temperatures in July and August 2023, the highest daily global average temperature in the ERA5 dataset was 16.80C, on 13 August 2016.

You use the record modifier to define a reference type that provides built-in functionality for encapsulating data. C# 10 allows the record class syntax as a synonym to clarify a reference type, and record struct to define a value type with similar functionality.

When you declare a primary constructor on a record, the compiler generates public properties for the primary constructor parameters. The primary constructor parameters to a record are referred to as positional parameters. The compiler creates positional properties that mirror the primary constructor or positional parameters. The compiler doesn't synthesize properties for primary constructor parameters on types that don't have the record modifier.

The remainder of this article discusses both record class and record struct types. The differences are detailed in each section. You should decide between a record class and a record struct similar to deciding between a class and a struct. The term record is used to describe behavior that applies to all record types. Either record struct or record class is used to describe behavior that applies to only struct or class types, respectively. The record struct type was introduced in C# 10.

You may want to add attributes to any of these elements the compiler creates from the record definition. You can add a target to any attribute you apply to the positional record's properties. The following example applies the System.Text.Json.Serialization.JsonPropertyNameAttribute to each property of the Person record. The property: target indicates that the attribute is applied to the compiler-generated property. Other values are field: to apply the attribute to the field, and param: to apply the attribute to the parameter.

If the generated autoimplemented property definition isn't what you want, you can define your own property of the same name. For example, you may want to change accessibility or mutability, or provide an implementation for either the get or set accessor. If you declare the property in your source, you must initialize it from the positional parameter of the record. If your property is an autoimplemented property, you must initialize the property. If you add a backing field in your source, you must initialize the backing field. The generated deconstructor uses your property definition. For instance, the following example declares the FirstName and LastName properties of a positional record public, but restricts the Id positional parameter to internal. You can use this syntax for records and record struct types.

A record type doesn't have to declare any positional properties. You can declare a record without any positional properties, and you can declare other fields and properties, as in the following example:

A positional record and a positional readonly record struct declare init-only properties. A positional record struct declares read-write properties. You can override either of those defaults, as shown in the previous section.

Immutability can be useful when you need a data-centric type to be thread-safe or you're depending on a hash code remaining the same in a hash table. Immutability isn't appropriate for all data scenarios, however. Entity Framework Core, for example, doesn't support updating with immutable entity types.

Init-only properties, whether created from positional parameters (record class, and readonly record struct) or by specifying init accessors, have shallow immutability. After initialization, you can't change the value of value-type properties or the reference of reference-type properties. However, the data that a reference-type property refers to can be changed. The following example shows that the content of a reference-type immutable property (an array in this case) is mutable:

The features unique to record types are implemented by compiler-synthesized methods, and none of these methods compromises immutability by modifying object state. Unless specified, the synthesized methods are generated for record, record struct, and readonly record struct declarations.

The definition of equality for a record struct is the same as for a struct. The difference is that for a struct, the implementation is in ValueType.Equals(Object) and relies on reflection. For records, the implementation is compiler synthesized and uses the declared data members.

Reference equality is required for some data models. For example, Entity Framework Core depends on reference equality to ensure that it uses only one instance of an entity type for what is conceptually one entity. For this reason, records and record structs aren't appropriate for use as entity types in Entity Framework Core.

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