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Hazard mitigation describes actions taken to help reduce or eliminate long-term risks caused by hazards or disasters, such as flooding, earthquakes, wildfires, landslides, or dam failure.As the costs of disasters continue to rise, governments and citizens must find ways to reduce hazard risks to our communities. As communities plan for new development and improvements to existing infrastructure, mitigation can and should be an important component of the planning effort.

While mitigation activities can and should be taken before a disaster occurs, hazard mitigation is essential after a disaster.Oftentimes after disasters, repairs and reconstruction are completed in such a way as to simply restore damaged property to pre-disaster conditions. These efforts may get the community back to normal, but the replication of pre-disaster conditions may result in a repetitive cycle of damage, reconstruction, and repeated damage. This recurrent reconstruction becomes more expensive as the years go by. Hazard mitigation breaks this repetitive cycle by taking a long-term view of rebuilding and recovering following disasters. The implementation of such hazard mitigation actions leads to building stronger, safer and smarter communities that are better able to reduce future injuries and future damage.

Types of Mitigation Techniques

- Government, administrative, or regulatory actions that influence the way land and buildings are developed to reduce hazard losses. Includes planning and zoning, floodplain laws, capital improvement programs, open space preservation, and stormwater management regulations.

- Modification of buildings or structures to protect them from a hazard or removal of structures from a hazard area. Includes acquisition, elevation, relocation, structural retrofit, storm shutters, and shatter-resistant glass.

- Actions to inform citizens and elected officials about hazards and ways to mitigate them. Includes outreach projects, real estate disclosure, hazard information centers, and school-age and adult education.

- Actions that minimize hazard loss and preserve or restore the functions of natural systems. Includes sediment and erosion control, stream corridor restoration, watershed management, forest and vegetation management, and wetland restoration and preservation.

- Actions that protect people and property during and immediately after a hazard event. Includes warning systems, emergency response services, and the protection of essential facilities.

- Actions that involve the construction of structures to reduce the impact of a hazard. Includes dams, setback levees, floodwalls, retaining walls, and safe rooms.​

Common Mitigation Actions

During the planning process,the City of Los Angeles Steering Committee is actively engaging community members and stakeholders in the planning process as part of a whole community approach in hazard mitigation and disaster planning.

Hazard Mitigation Plan Revision Process

This hazard mitigation planning process has six steps:

: Organize Resources Build the Planning TeamRelevant studies, plans, and reports are collected along with communications resources that allow the public to be involved throughout the planning process. A planning team is assembled consisting of municipal representatives, and local and regional stakeholders.

: Develop the Plan’s Risk Assessment

The risk assessment includes the identification of the location and geographic extent of natural and human-caused hazards that can affect the City. The hazard impacts and future probability of occurrence is also determined. Scientific and historical evidence of past events is collected and evaluated. All of these factors, along with the information on damage and losses sustained by the City, enables the hazards to be ranked from highest threat to lowest threat.

3 : Assess CapabilitiesLocal capabilities through emergency management, the National Flood Insurance Program, planning and regulatory authorities, administrative, technical, financial, and political capacities are assessed for the plan revision.

4 : Develop the Mitigation StrategyGoals, objectives, and past mitigation actions are evaluated and revised as needed by the planning team. The planning team will also define appropriate new mitigation techniques, and prioritize mitigation actions and projects in the revised mitigation strategy.

: Determine Plan Maintenance ProcessThe HMP is a living document that must be regularly reviewed, updated, and maintained. A schedule is prepared to include responsible departments involved with monitoring, evaluating, and updating the plan during its five-year cycle. A process for integrating the updated Mitigation Strategy into existing plans and reports should be outlined and a plan for continued public outreach and participation must also be developed.

: Obtain Mitigation Plan Approval and Adoption

The draft plan is made available for public comment then submitted to the State of California Office of Emergency Services (Cal OES)and FEMA for review and approval. Once a Plan has been determined to meet all state and federal requirements and receives official approval it

Emergency Management Department

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In November 2010, Donovan McNabb signed a blockbuster contract extension. A six-time Pro Bowler with the Eagles, McNabb had been traded to Washington that spring. His new deal was completed just days before his 34th birthday, and the widely reported terms—five years, $78 million, with incentives that could push that compensation as high as $88 million—were at the time among the most lucrative for quarterbacks, the NFL’s most expensive position. Fletcher Smith, McNabb’s agent, seemed delighted by the prospects of the new deal. “Now,” Smith said , “he doesn’t have to focus or concentrate on what next year will bring.” But there would be no next year. After the 2010 season ended, McNabb never collected another cent from that contract.

The true details tucked inside McNabb’s deal would be revealed days later. It turned out that nothing beyond the current season was guaranteed, and Washington had a team option on the five remaining years of the pact. That never came into play; McNabb was traded to the Vikings on the eve of training camp the following summer, and was out of the league for good once Minnesota waived him that December. What was left of his Washington megadeal simply voided, as if it had never existed.

The particulars of McNabb’s contract might have been unique, but the broader narrative—the gaudy, headline-grabbing numbers that turn out to be completely ephemeral—remains a common phenomenon in the modern NFL, where contracts are not fully guaranteed.

How can this be? MLB guarantees salaries completely. So does the NHL, minus the rare buyout. The overwhelming majority of NBA contracts are guaranteed. Of the four major U.S. sports, the NFL is an outlier. This is the case even though the NFL is expected to rake in an estimated $14 billion in revenue this year, a 75-percent increase just since 2010, and $4 billion than any other U.S.-based sports league. Yet only in the NFL are contracts not contractual, and even many of the so-called guarantees not guaranteed.

NFL players are far more likely to sustain injuries than those in MLB, the NBA, and the NHL. A recent paper from the Football Players Health Study at Harvard University, which is part of a long-term project funded by the NFLPA through money set aside in the current CBA, estimated that (emphasis mine) “the mean number of injuries suffered per game in the NFL is approximately 4.9 times higher than the sum of those other leagues.” That same study, which its authors stress was done without any influence from the NFLPA, also found that an NFL player is 3.8 times more likely than an NHL player to sustain a concussion in a regular-season game—a figure that doesn’t include data from practices, training camps, or the preseason and postseason. And the average length of an NFL career, according to the Wall Street Journal , is now less than three years. Given football’s inherent violence, the immense physical toll it inflicts, and the ever-shrinking career spans of its participants, NFLers would seem to be the pro athletes most in need of guaranteed contracts.

Copy the contents of the following example to a text editor. Set is_master to true . Replace {fqdn} with the fully-qualified domain name of the endpoint. It will specify a master zone as us-east and list it in the zones list along with the us-west zone. See Configuration Reference - Regions for details.:

Create the us region using the us.json infile you just created.

Delete the default region (if it exists).

Set the us region as the default region.

Only one region can be the default region for a cluster.

Update the region map.

If you use different Ceph Storage Cluster instances for regions, you should repeat steps 2, 4 and 5 in by executing them with --name client.radosgw-us-west-1 . You may also export the region map from the initial gateway instance and import it followed by updating the region map.

Note

When you use this procedure to configure the secondary region, replace with . You will have a total of two regions after you create the master region and the secondary region.

Configure a zone infile called us-east.json for the us-east zone.

Copy the contents of the following example to a text editor. This configuration uses pool names prepended with the region name and zone name. See Configuration Reference - Pools for additional details on gateway pools. See Configuration Reference - Zones for additional details on zones.

Add the us-east zone using the us-east.json infile you just created in both the east and west pools by specifying their respective user names (i.e., --name ).

Repeat step 1 to create a zone infile for us-west . Then add the zone using the us-west.json infile in both the east and west pools by specifying their respective user names (i.e., --name ).

Delete the default zone (if it exists).

Note

When you use this procedure to configure the secondary region, replace with . You will have a total of four zones after you create the master zone and the secondary zone in each region.

Ceph Object Gateway stores zone users in the zone pools. So you must create zone users after configuring the zones. Copy the access_key and secret_key fields for each user so you can update your zone configuration once you complete this step.

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