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The :where() pseudoclass reduces the specificity of the nesting selector to 0,so the color: red declaration now has a specificity of (0,0,0),and loses to the color: blue declarationbefore "Order Of Appearance" comes into consideration.

When using a nested style rule,one must be able to refer to the elements matched by the parent rule;that is, after all, the entire point of nesting.To accomplish that,this specification defines a new selector,the nesting selector,written as & (U+0026 AMPERSAND).

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When used in the selector of a nested style rule,the nesting selector represents the elements matched by the parent rule.When used in any other context,it represents the same elements as :scope in that context(unless otherwise defined).

The nesting selector intentionally uses the same specificity rulesas the :is() pseudoclass,which just uses the largest specificity among its arguments,rather than tracking which selector actually matched.

Here, three levels of nesting,each with three selectors in their lists,produced 27 desugared selectors.Adding more selectors to the lists,adding more levels of nesting,or making the nested rules more complexcan make a relatively small ruleexpand into multiple megabytes of selectors(or much, much more!).

The CSS nesting module defines a syntax for nesting selectors, providing the ability to nest one style rule inside another, with the selector of the child rule relative to the selector of the parent rule.

CSS nesting helps with the readability, modularity, and maintainability of CSS stylesheets. It also potentially helps reduce the size of CSS files, thereby decreasing the amount of data downloaded by users.

Nesting behavior refers to an instinct in animals during reproduction to prepare a place with optimal conditions for offspring.[1] The nesting place provides protection against predators and competitors that mean to exploit or kill offspring.[2] It also provides protection against the physical environment.[1]

Female dogs may show signs of nesting behaviour about one week before they are due[5] that include pacing and building a nest with items from around the house such as blankets, clothing, and stuffed animals.[5] (They also sometimes do this in cases of false pregnancy, or pseudocyesis). Domestic cats often make nests by bringing straw, cloth scraps, and other soft materials to a selected nook or box; they particularly are attracted to haylofts as nest sites. Commercial whelping and queening boxes are available however, children's wading pools (dogs) and plastic dishpans (cats) work just as well.[5] In birds it is known as "going broody", and is characterized by the insistence to stay on the nest as much as possible, and by cessation of laying new eggs. Marsupials do not exhibit a nesting instinct per se, because the mother's pouch fulfills the function of housing the newborns. Nest building is performed in order to provide sufficient shelter and comfort to the arriving offspring.[6] Threats, such as predators, that decrease the chance of survival will increase care of offspring.[7]

Under natural conditions, sows will leave the herd and travel up to 6.5 km[6] a day prior to parturition in order to find the appropriate spot for a nest.[8] The sows will use their forelimbs and snouts in order to create excavated depressions within the ground and to gather/transport nesting materials.[9] Although the nests vary in radius dependent on the age of the sow, the nests are generally a round to oval shape and are usually located near trees, uprooted stumps or logs.[9] The shelter provided by the nest built in sows is of utmost importance to thermoregulation. For the first two weeks of the piglets life their physiological thermoregulation is still developing, and due to a lack of amount of brown fat tissue, piglets require an increased surrounding temperature. Without the protection of the nest, the piglets will be subjected to climatic influences causing their internal temperature to drop to life-threatening levels.[6]

In rodents and lagomorphs, the nesting instinct is typically characterized by the urge to seek the lowest sheltered spot available; this is where these mammals give birth. Rats, for example, prefer to burrow amongst dense areas of vegetation or around human settlements which they come into contact with often.[10] Often some rodent species create burrows that develop microclimates. This is another way that nesting instinct aids in thermoregulation.[4] Alzheimer's disease in rats has been observed to impair the nesting ability, especially in females. These impairments become exaggerated with age and progression of disease.[3]

Particularly among burrowing animals, such as groundhogs and prairie dogs nesting is used all across the burrows for uses such as insulation, bedding, litter chambers, transportation, comfort and various other uses.[11] Marmot species such as groundhogs, and alpine marmots nest their borrows with thick grasses in advance of winter, this keeps a thermoregulated insulated comfortable environment for the marmots as they undergo hibernation.[12][13][14]

Nesting behavior is also present in many invertebrates. The best known example of nesting behavior in insects is that of the domestic honey bee. Most bees build nests. Solitary bees, like honey bees, make nests. However, solitary bees make individual nests for larvae and are not always in colonies.[21] Solitary bees will burrow into the ground, dead wood and plants.[21][22]

Successful pollinator habitat provides resources for the entire life-cycle. While pollen and nectar sources support adult bees and butterflies, you need to also provide adequate nesting habitat if you want pollinators to live in your landscape rather than just pass through. There are many ways to provide nesting resources through natural and man-made features or simply by changing land management practices. Below is an overview of the nesting needs of bees and butterflies.

While different pollinators may have specific needs to support each stage of their lifecycle, they all need high-quality habitat that provides an abundance of flowers, shelter and nesting sites, and protection from pesticides.

70% of native bees are ground nesting, laying their eggs in burrows just beneath the surface. Some ground-nesting bees are amongst the earliest to emerge in the spring, making them vital pollinators of cherries, plums, and other tree fruits. Another example are the squash bees (Peponapis and Xenoglossa) which nest in the soil where pumpkins and other cucurbit crops are grown and are specialist pollinators of those vegetables.

Some ground nesting bees are amongst the earliest to emerge in spring, making them important pollinators of early fruit trees and early flowering plants (Photo: Justin Wheeler). Squash bees nest in the ground beneath the crops they pollinate. Making sure they are protected from tilling is important.

Nesting Notes: Ground nesting bees need access to bare earth. Thick layers of mulch, expanses of lawn, and paved surfaces common to many suburban landscapes reduce the availability of nesting habitat for these bees. Consider mulching with compost instead of wood bark mulch - it has many of the same aesthetic, weed suppression, and water retention properties as mulch, yet allows for nesting and improves your soil! Tilling can kill ground nesting bees. Reducing, eliminating, or changing the timing and equipment used for tilling can all have a beneficial impact on ground nesting pollinators. Non-flowering buffers may be useful in preventing pesticides from leaching into areas where bees may be nesting.

30% of native bees are cavity nesting. These bees lay their eggs in beetle holes in dead wood, or create nesting chambers in hollow or pithy stems. Some species, such as leafcutter and mason bees, will also use man-made nesting blocks or cut pieces of bamboo for nesting.

Nesting Notes: To benefit bumble bees, consider maintaining a small pile of brush such as hedge clippings and woody plant material. This will provide cover for wildlife that will in turn create nesting habitat for bumble bees. Where possible, leave leaf litter in gardens and allow it to build up over time. Doing so not only improves the soil, but provides cover for overwintering queens. Incorporate bunch-forming ornamental grasses where possible to provide additional cover. As with other ground nesting bees, altering tilling practices will limit the potential of harming bumble bees. Learn more about bumble bee nesting here.

The Autodesk Fusion Manufacturing Extension unlocks advanced capabilities in Autodesk Fusion to help manufacturers make better use of machinery for metal-based additive manufacturing, CNC machining, and the nesting and fabrication of parts from sheet materials.

The Autodesk Fusion Manufacturing Extension unlocks more manufacturing functionality within Autodesk Fusion. The extension includes tools and workflows focused on subtractive CNC machining, sheet-based nesting and fabrication, and metals-based additive manufacturing.\r\n"}]},{"@type":"Question","name":"Is the Autodesk Fusion Manufacturing Extension the same as the Fusion 360 Machining Extension?","acceptedAnswer":[{"@type":"Answer","text":"Yes, the Autodesk Fusion Manufacturing Extension has the same capabilities as the previous Fusion 360 Machining Extension. Additionally, the Autodesk Fusion Manufacturing Extension also includes all features that were previously included in both the Fusion 360 Nesting & Fabrication Extension and the Fusion 360 Additive Build Extension.\r\n"}]},{"@type":"Question","name":"How do I trial the Autodesk Fusion Manufacturing Extension?","acceptedAnswer":[{"@type":"Answer","text":"A 14-day, free trial is available for the Manufacturing Extension. Click here to download a free trial.\r\n"}]},{"@type":"Question","name":"How do I access the Manufacturing Extension in Fusion?","acceptedAnswer":[{"@type":"Answer","text":"The Autodesk Fusion Manufacturing Extension can be accessed using different payment methods to suit your business needs, including daily, monthly, and yearly options. Learn more about purchasing Autodesk Fusion extensions.\r\n"}]},{"@type":"Question","name":"Does Autodesk offer sheet metal design software?","acceptedAnswer":[{"@type":"Answer","text":"Yes, with the Autodesk Fusion Manufacturing Extension, you can design sheet metal parts and document flat patterns using 2D drawings and DXFs. You can also streamline the manufacture of your designs using CNC routers, waterjet, laser-, and plasma-cutting machines. The Fusion Manufacturing Extension can help fabricators to:\r\n\r\nOptimize material yield\r\nSimplify the generation of machining setups\r\nAutomatically update nests if the 3D design changes\r\nCreate efficient cutting toolpaths\r\nExport NC code for a large variety of machine types\r\nProduce customizable reports and setup sheets\r\nGenerate labels to help with assembly and packing\r\n\r\n"}]},{"@type":"Question","name":"Does Autodesk offer 3D printing and metals-based additive manufacturing software?","acceptedAnswer":[{"@type":"Answer","text":"Yes, the Autodesk Fusion Manufacturing Extension builds on the core capabilities of Autodesk Fusion to support many 3D printing / additive manufacturing applications and hardware types. Autodesk Fusion supports Fused-filament fabrication (FFF), Multi-jet Fusion (MJF), powder-bed, and multi-axis deposition (such as directed energy deposition) in a wide range of metals, polymers, and organics and includes:\r\n\r\nAutomatic part orientation\r\nAssociative support structures\r\nVolumetric latticing\r\nPart packing optimization\r\nPrint simulation\r\n\r\n"}]},{"@type":"Question","name":"Is additive manufacturing the same as 3D printing?","acceptedAnswer":[{"@type":"Answer","text":"Yes, 3D printing and additive manufacturing are synonyms for the same process. Both terms reference the process of building parts by joining material, layer by layer from a CAD file.\r\n"}]},{"@type":"Question","name":"What is the difference between additive and subtractive manufacturing?","acceptedAnswer":[{"@type":"Answer","text":"Additive manufacturing is a process that adds successive layers of material to create an object, often referred to as 3D printing. Subtractive manufacturing, as the name suggests, is the opposite. Rather than adding layers, subtractive manufacturing involves removing sections of a material by machining or cutting it away. It can be carried out manually or, more commonly by a process known as Computer Numerically Control (CNC) machining and takes many forms, such as milling, turning, turn-mill machining, wire-EDM, and others.\r\n"}]},{"@type":"Question","name":"Will the Autodesk Fusion Manufacturing Extension work with my existing machinery?","acceptedAnswer":[{"@type":"Answer","text":"Autodesk Fusion and the Manufacturing Extension have been built to create NC code that can be used by the vast majority of CNC machines. This includes 3- to 5-axis milling machines, lathes, and turn-mill machines, as well as routers, laser-, plasma-, and waterjet cutting machines that are typically used in sheet-based fabrication.\r\nUnlike traditional CAD/CAM companies, Autodesk Fusion includes a free library of accurate 3D models of machines, 3D printing settings, and post-processor files needed to export machine-specific G-code files. These have been developed in partnership with the machine tool manufacturers to provide increased accuracy and reliability.\r\n"}]},{"@type":"Question","name":"Does the Autodesk Fusion Manufacturing Extension also include a subscription to Autodesk Fusion?","acceptedAnswer":[{"@type":"Answer","text":"No. The Fusion Manufacturing Extension is an additional cost option that requires an active subscription to Autodesk Fusion. Learn more about purchasing options for Autodesk Fusion and the range of Autodesk Fusion extensions.\r\n"}]}],"@type":"FAQPage","@context":" "} window.adsk = window.adsk || {}; window.adsk.api = window.adsk.api || {}; window.adsk.api.countdownDictionary = { day: "{0}day left", days: "{0}days left", time: "{0}h{1}m{2}sleft" } Autodesk Company overview Careers Investor relations Autodesk Trust Center Newsroom Diversity and belonging Autodesk Foundation Sustainability Contact us Students and educators Affiliate program Autodesk Research Autodesk Insights How to buy ff782bc1db