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The USDA Plant Hardiness Zone Map is the standard by which gardeners and growers can determine which perennial plants are most likely to thrive at a location. The map is based on the average annual extreme minimum winter temperature, displayed as 10-degree F zones and 5-degree F half zones. A broadband internet connection is recommended for the interactive GIS-based map above.

Before I get into the details, I just quickly want to touch on the fact that it's impossible to discuss zone focusing without also talking about reciprocity, or through how reciprocity is commonly explained "the exposure triangle". The exposure triangle is the diagrammatical way the reciprocal relationship of the three main settings of a camera: aperture, shutter and film speed work. This tutorial does assume prior knowledge of what these settings do, and why one might change them. That said, when I taught myself how to zone focus, it became the trigger for the all of the pieces of the exposure triangle puzzle falling into place. As such, even if you don't know what the exposure triangle is, I would still encourage you to read on!

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As we know, aperture controls depth of field. In very simple terms, zone focusing is the name given to the technique of harnessing depth of field to manually preset focus in anticipation of a "zone" of focus within which your potential subject is likely to be. The scales highlighted above show three things.

To set your "zone of focus", simply line the aperture you have set the lens to with the distance markings to determine what will be in focus. In this next photo the lens is set to f/3.5 and the the lens focused to 1.5m. Looking at the scales you can see that I will have between 1.2m and 2m in focus. As such, I have a depth of field of around 80cm:

To expand on this further you can also employ a technique called hyperfocal focusing. In simple terms, this is setting the lens to a "hyperfocal" focus distance that will give a zone of focus all the way to infinity. With this lens, as you can now see in the below photo I can achieve everything from under 0.8m to infinity by setting the lens to f/16 and focusing to 1.5m.

Looking at the picture below you'll notice that if you line up all those markings you'll find the lens is set to 3m and f/8. This combination of settings is pretty much the base line for zone-focusing. Everything from 1.5m to infinity, good middle ground aperture for the balance between sharpness and light gathering. This is the "f/8 and be there" setting. Set your camera to this with a 400 ISO film, and in many daytime circumstances, you can snap away without any thought to setting focus.

No post about zone focusing would be complete without mentioning the dreaded "circle of confusion". Let me tell you a joke I read on a forum the other day. I wish I could find it now because it did reference the person credited for the joke.

I don't think I've met anybody who can eloquently describe what circle of confusion means in less than 2000 words. Not least its importance in determining what's going to be in or out of focus when zone focusing. And that's including myself.

The mistake that's often made is to talk about what it is, not what it means to your zone of focus. (Depth of field). If you're really interested in trying to understand it from that perspective, this is my layman's attempt at an explanation:

In short, and in practical terms, this means that when you are zone focusing, you are not shooting with a zone of perfect focus, you are shooting with a zone of what's commonly defined as acceptable focus. Those markings on the lens simply show the limits of what the science says on average is right.

Ultimately, using methods like zone focusing, practise and experimentation are always going to be needed to determine what exact method will result in an outcome you are happy with. That being said, once you've mastered the basics - which really are very basic once you have grasped them - zone focusing can make for a very enjoyable and successful way to shoot!

This website displays a detailed, interactive, color-coded map showing each evacuation zone. Residents can use the map to view their region or zoom in to their residential neighborhood and street. Users can enter their physical address in the search bar to view and confirm their designated evacuation zone.

Each year in the spring, National Work Zone Awareness Week (NWZAW) is held to bring national attention to motorist and worker safety and mobility issues in work zones. Since 1999, FHWA has worked with the American Association of State Highway and Transportation Officials (AASHTO) and the American Traffic Safety Services Association (ATSSA) to coordinate and sponsor the event. The first national event was held at a work zone in Springfield, VA, in April 2000. Over the years, other transportation partners have joined the effort to support NWZAW. In addition to a national event conducted each year, many States host their own NWZAW events.

Compute Engine resources are hosted in multiple locations worldwide.These locations are composed of regions and zones. A region is a specificgeographical location where you can host your resources. Regions have three ormore zones. For example, the us-west1 region denotes a region on the westcoast of the United States that has three zones: us-west1-a, us-west1-b,and us-west1-c.

Resources that live in a zone, such asvirtual machine instances or zonalpersistent disks, are referred to as zonal resources.Other resources, likestatic external IP addresses,are regional. Regional resources can be used by any resource in that region,regardless of zone, while zonal resources can only be used by other resources inthe same zone.

For example, to attach a zonal persistent disk to an instance, both resourcesmust be in the same zone. Similarly, if you want to assign a static IP addressto an instance, the instance must be in the same region as the static IPaddress.

Putting resources in different zones in a region reduces the risk of aninfrastructure outage affecting all resources simultaneously.Putting resources in different regions provides an even higher degree of failureindependence. This lets you design robust systems with resources spreadacross different failure domains.

Only certain resources are region- or zone-specific. Other resources, such asimages, are global resources that can be used by any other resources across anylocation. For information on global, regional, and zonal Compute Engineresources, seeGlobal, Regional, and Zonal Resources.

Compute Engine implements a layer of abstraction between zones and thephysical clusters where the zones are hosted. A cluster represents a distinctphysical infrastructure that is housed in a data center. Each zone is hosted inone or more clusters and Compute Engine independently maps zones toclusters for each organization. For example, the us-central1-a zone for yourorganization might not map to the same cluster as the us-central1-a zone foranother organization.

For most organizations, Compute Engine ensures that all projects in anorganization have a consistent zone to cluster mapping. For organizations withprojects that useVPC Network Peering orPrivate services accessto share networks or services with other organizations, Compute Enginetries to ensure that the peered organizations all have a consistent zone tocluster mapping. In the case of large-scale SaaS providers, for example,Compute Engine might not provide a consistent mapping forall peered organizations. In these cases, Compute Engine ensures thatthe peered projects have a consistentzone to cluster mapping.

Each region in Compute Engine contains a number of zones. Each zone namecontains two parts that describe each zone in detail. The first part of the zonename is the region and the second part of the name describes the zone inthe region:

Regions are collections of zones. Zones have high-bandwidth,low-latency network connections to other zones in the same region. In orderto deploy fault-tolerant applications that have high availability, Googlerecommends deploying applications across multiple zones and multiple regions.This helps protect against unexpected failures of components, up to andincluding a single zone or region.

Choose regions that makes sense for your scenario. For example, if youonly have customers in the US, or if you have specific needs that requireyour data to live in the US, it makes sense to store your resources inzones in the us-central1 region or zones in the us-east1 region.

You can use the Google Cloud console, the Google Cloud CLI, or REST tosee available regions and zones.You can also use thegcloud compute machine-types list commandto get a complete list of available machine types in all regions and zones.For example, gcloud compute machine-types list --filter="name=t2d-standard-4"displays all the regions and zones where t2d-standard-4 machine types areavailable.

Each zone offers a variety of processors. When you create aninstance in a zone, your instance uses the default processor supported in thatzone. For example, if you create an instance in the us-central1-a zone, yourinstance by default uses an Intel Haswell processor, unless you specify anotheroption.

The following sortable table lets you select different options to see whereresources are available. For example, you can select Europe from the Selecta location drop-down menu, and M2 from the Select a machine typedrop-down menu to see a list of zones where M2 machines are available in Europe.

The Virginia Enterprise Zone (VEZ) program is a partnership between state and local government that encourages job creation and private investment. VEZ accomplishes this by designating Enterprise Zones throughout the state and providing two grant-based incentives, the Job Creation Grant (JCG) and the Real Property Investment Grant (RPIG), to qualified investors and job creators within those zones, while the locality provides local incentives. 2351a5e196