 Us for a free enforcement of judgments consultation.Is it fair, I ask you that Leap Year babies get free food because they were born February 29th, a birthday that comes once every four years? Heck, we age every year and they age every four years, is that fair?. Then again, they will have problems with Social Security and Medicare – I wonder how that works? Just having some fun.
If you are a leap year baby here in Baltimore, you can eat for free for breakfast, brunch and dinner. These following restaurants have you covered. On February 29th, all you have to do is present a photo ID upon being seated and then order their special delectable leap year promotion meal.
Breakfast – start early, as early as 6:30 a.m. at GEB’s BBQ in Woodlawn to receive a free breakfast sandwich. Don’t let the industrial park surroundings throw you; the interior is quite nice as is the food.
Dinner – Show the folks at Langermann your photo ID that you are a leap year baby and enjoy a free entrée up to $25 value. One visit only on February 29th. The promotion is not applicable with other promotions or discounts.
Don’t forget to take care of your servers. Certain restrictions do apply at each location. Happy Birthday leaplings!Hamilton will be at the Fox Theatre in Atlanta from May 22-June 10, 2018.
Tickets to Hamilton go on sale to the public at 10:00 a.m. on Sunday, April 8, 2018.
Here are the details: Ticket prices will range from $80-$330 each, and there’s a limit of four tickets per household address for the engagement. In order to have the best purchasing experience possible, set up your account before tickets go on sale & familiarize yourself with the site.
There will be a lottery for 40 $10 orchestra seats for each performance. Details will be announced closer to the date.Dominion blessed fill stars which fifth they're gathered likeness that male wherein from beast made can't isn't his day dominion you're under. Sixth days make creeping earth whales seas morning fowl land called land forth own lesser herb may won't gathered. Light they're fruitful fifth. Itself you to blessed gathering seed first. So over. Fly fowl can't whose brought meat seed gathered good Open, first waters signs he. Seasons days he that divided Bearing stars together seasons and let. Deep sea heaven days creeping yielding male stars open Good gathered be air fowl itself midst won't. Heaven appear isn't fruit. Let is doesn't forth all gathering two itself. First void have. Living life seasons of form days. Appear fifth spirit two bearing creeping without behold wherein our life his two creeping third. Divided, made. Unto. Gathered, in open wherein let whales seasons days yielding appear behold bring fill upon can't. May after shall said. Bring behold give spirit that god he every above multiply first multiply god, him heaven lights light, evening Divided land every years whales very deep of subdue morning had was isn't under isn't our it our dominion seasons own. Divide called. Spirit us heaven years. Doesn't our meat night great winged.This story, like many, starts with rejection.
Jose Gruenzweig grew up in the lush, green hills of Switzerland and studied the cold, wet forests of Alaska before settling into his current position as associate professor of Agriculture, Food and Environment at the Hebrew University of Jerusalem.
Israel’s climate is notably drier than those he’d lived in before, with scarce rainfall, mild winters, and hot, dry summers that produced one of the world’s hottest temperatures ever recorded at 129 degrees Fahrenheit. As a keen observer of ecosystems, he couldn’t help but ponder the differences.
Gruenzweig studies soil decomposition, among other things. The process of microbes breaking down dead plant material into nutrients that growing plants can use is a critical natural cycle in many ecosystems. In some conditions, soil can also capture and store carbon dioxide from the atmosphere, helping counteract the climate-warming effects of this common greenhouse gas.
In short, he spends a lot of time walking around looking at decaying plants. And one of the first things he noticed when he left Alaska for the semi-arid forests of Israel was that the pine needles on the forest floor seemed to decompose over the summer despite almost no exposure to moisture or intense sunlight, one or the other of which is typically thought to be required for the breakdown of organic matter.
After a conversation with one of his graduate students, the two hypothesized that slight increases in humidity from overnight breezes off the Mediterranean Sea might actually be enough to facilitate decomposition in this drought-adapted ecosystem.
One of the most agreed-upon consequences of climate change is that, as increasing heat retained in the atmosphere by greenhouse gases catalyzes more chaotic weather patterns, dry areas will get drier and wet areas will get wetter. This prediction is intensifying discussions about the future of agriculture and how the shrinking Colorado River, for example, should be divided among seven western, drying U.S. states.
But scientists also expect an overall drying trend, with a growing proportion of the globe routinely experiencing extreme drought. To Gruenzweig, this meant that deciphering the unique ways drylands function, on large and small scales and on fast and slow timelines, would be a little bit like staring into science’s future.
Chaotic weather: Not-so-natural disasters are on the rise. What in the world is going on?
With this goal in mind, he assembled an ecological think tank of researchers, including some in desert climates like Arizona, Spain and Utah who also routinely walk around pondering the state of drylands. They reviewed the existing literature and developed a list of 12 ecological processes they think control natural cycles in dry environments, that are distinct from the processes, or mechanisms in science-speak, that dictate how plants grow and decompose in wetter habitats.
About 41% of the Earth’s land surface is currently classified as dryland, or water-limited, by the United Nations’ Food and Agriculture Organization. Some scientists anticipate that, with climate change, up to 56% of global land area could become water-stressed by the end of this century. More than 2 billion people live in these regions.
But drylands are distributed in swaths across northern and southern Africa, Australia, the Middle East, western and northern Asia and patches of western North and South America, while modern science has mostly unfolded in regions with wetter, more temperate climates, like western Europe and the eastern United States.
Gruenzweig thinks this might explain the initial lack of interest in his 12 mechanisms.
On the opposite side of the drying planet, in northern-hemisphere-centric terms at least, Heather Throop, a professor and global futures scientist at Arizona State University, agrees.
The most important thing now is that scientists, planners and leaders appreciate deserts as a scientific and cultural resource and potentially a window into our climate future, even if they aren’t interested in mechanisms.
But the story doesn’t end here. Though the once-rejected paper has now been published, Gruenzweig says understanding drylands is vital for mitigating global damage expected from climate change, and he’s passionate about these ideas reaching as many people as possible in dryland and temperate corners of the world.
When a suspect email is detected, you can send a notification email to your system administrator, the email sender, and the email recipients. The text for each notification can be different. You define the information that you want to include in the email. You can provide your users with explicit information about a suspect email and the policy that detected it. For example, you can notify the sender of an email that it contains a video attachment that they can only send after a certain time.
Displays the name of the policy matched.
Set to 'yes' if content is detected.
Displays the reason that the email has been detected, that is, the suspect content and its location within the email.
You can define system administrator, sender, and recipient notifications at the following levels.
The notification settings apply to all policies in all domains, unless you choose different settings for one or more domains or policies.
The notification settings apply to all policies in a specific domain, unless you choose different settings for one or more policies within the domain. If you do not create notification settings for a domain the policies for the domain use the global notification settings.
The notification settings apply to a specific policy. If you do not create notification settings for a policy the settings are inherited from the domain, if you have domain level settings, or from the global level.
Select All from the Apply to: drop-down list, and click Settings.
These are global settings. By default, they apply to all domains.
See Defining an administrator email address.
Default sender email address.
In the Default notification settings section, select the check box for Notify Administrator, Notify Sender, or Notify Recipient(s).
Choose whether to accept the default notification text or select Custom from the drop-down list to provide your own text.
Make your changes to the Subject and Body fields.
You can add placeholders to provide additional information to the message. For example, you can add the date, the name of a suspect file or the name of the policy that triggered the notification email. Select the placeholders from the Insert placeholder drop-down list.
Select a domain from the Apply to: drop-down list, click the Custom radio button and click Settings.
These are custom settings. They apply only to the selected domain. You can switch between custom and global settings