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Effective Nov. 14: Due to manatee season, the spring run at Blue Spring State Park is closed to all water activities. This includes swimming, snorkeling, diving, tubing, canoeing, kayaking and paddleboarding. Please visit Wekiwa Springs or De Leon Springs State Parks for winter water activity fun.

Conservation measures can produce astounding results. In 1970, two years before Blue Spring State Park was established, researchers tracked 14 manatees in the spring run. By 2005, after years of park improvements and manatee protection efforts, wintering manatee numbers exceeded 200, and by 2023 that number skyrocketed to a record 729.

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In order to understand the phenomenon called a 'perigean spring tide,' you first have to know that the gravitational pull of the moon and the sun cause tides. Tides are actually long-period waves that roll around the planet as the ocean is 'pulled' back and forth as the moon and the sun interact with the Earth in their monthly and yearly orbits.

It's also important to note that other factors influence the height of the tide as well. Seasonal effects on mean water level and the tide, like higher water level due to the thermal expansion of warmer water, can sometimes mean that some of the highest tides of the year are not perigean spring tides.

Springs are features located mostly in hilly or mountainous environments, where the discharge may have a wide range from millilitres to several cubic metres per second. Karst springs in particular are impressive due to their seasonally high discharge, like the Fontaine de Vaucluse. Some have major importance as the headwaters of streams and rivers. Especially in dry areas, springs are traditionally prominently marked on topographic maps.

natural=hot_spring has been proposed for hot springs and although not approved the feature description has been marked as "de facto" since December 2015. According to Wikipedia there is no universally accepted definition of a hot spring[1], instead it should be mapped as hot_spring if it is locally known as hot or thermal spring.

A spring can be part of a karst system: its water may come from ponors or estavelles, and from several of them. If so, tag the spring also with karst=yes; that would model the spring as karstic, meaning that it throughput and the quality of its water may greatly vary. You may also want to map the relation between it and the other members of the karst system; if so, please read sinkhole=* to know how.

Although in most locations (the North Pole and Equator being exceptions), the amount of daylight had been increasing each day after the winter solstice, after the spring equinox, many places will experience more daylight than darkness in each 24-hour day. The amount of daylight each day will continue to increase until the summer solstice in June, during which the longest period of daylight occurs.

Meteorologically speaking, the official first day of spring is March 1 (and the last is May 31). Weather scientists divide the year into quarters to make it easier to compare seasonal and monthly statistics from one year to the next. The meteorological seasons are based on annual temperature cycles rather than on the position of Earth in relation to the Sun, and they more closely follow the Gregorian calendar. Using the dates of the astronomical equinoxes and solstices for the seasons would present a statistical problem, as these dates can vary slightly each year.

A: Quite close! In reality, day and night are not exactly equal on the equinox for two reasons: First, daytime begins the moment any part of the Sun appears over the horizon and is not finished until the last part of the Sun disappears below the horizon. If the Sun were to shrink to a starlike point and we lived in a world without air, the spring and fall equinoxes would truly have equal nights.

Seasons can be defined in several different ways. The astronomical definition is based on the equinoxes and solstices, and spring begins with the spring equinox or vernal equinox. In the Northern Hemisphere, it is the equinox in March; south of the equator, it's the September equinox.

In meteorology, the spring season begins on a different date. Also, some countries don't have fixed season dates but determine the start and end of spring based on average temperatures.

In fact, the increase is greatest in the days surrounding the spring equinox. After that, days still get longer, but at an ever-decreasing rate. On the longest day of the year, the summer solstice, the day-to-day difference reaches zero.

At the same time, locations farther from the equator experience larger day-to-day differences. In Toronto, the day of the spring equinox is 3 minutes longer than the previous day; in Miami, roughly 2000 kilometers or 1200 miles farther south, the difference is only about 1 minute and 31 seconds.

Astronomical spring begins on the day of the equinox. The name of the event derives from Latin and means equal night, giving the impression that both day and night are exactly 12 hours long. However, that is not entirely true. In most regions, daytime at the equinox is a bit longer than 12 hours.

The date when day and night are actually equal is called the equilux. It falls a few days before the spring equinox and some days after the fall equinox in both hemispheres.

Particularly in the temperate zone, which is the region between the tropics and the polar regions, spring is also the time when the cold of winter begins to give way to warmer weather, though this varies substantially from one region to another.

In the Northern Hemisphere, depending on which definition you use, spring can include parts or all of the months of March, April, May, and June. South of the equator, it starts in September and ends in December. Read more about the history and meaning of the spring months:

The Earth does not move at a constant speed in its elliptical (oval) orbit, so the seasons are not of equal length. On average, spring lasts for 92.8 days in the Northern Hemisphere and 89.8 days in the Southern Hemisphere.

Is the Spring Barrier like a brick wall? In other words, do we smack right into it and cannot see or predict anything beyond it? No, not really. It is more like a lull or a valley in ENSO forecasting accuracy. After the spring (or the autumn for our friends in the Southern Hemisphere), the ability of the models to predict becomes increasingly better. Keep in mind that, in general, the skill of the models get better the closer you get to the period of time you are predicting. If you want to know whether it is going to rain, you are usually better off using a prediction the day before than you are a week out. The same is true in seasonal climate outlooks. However, during the spring, even making an ENSO forecast for the coming summer is pretty difficult.

So, why is the accuracy of the models so bleak during the spring? Is there reason to believe that more model development will improve upon the low skill we see during the spring? While there are many ideas on why the spring barrier exists, there are no definitive culprits (Webster and Yang, 1992, Webster, 1995, Torrence and Webster, 1998, McPhaden, 2003, Duan and Wei, 2013).

As Eric Guilyardi wrote in his blog post last week, there is room to improve models by better understanding their errors and improving the assimilation of observational data. Potentially, with more research and development, we will see the models become more skillful during the spring. Until then, ENSO forecasters would rather be on spring break.

A spring packed with lively events kicks off with NEPSA Awards at the Wheeler Opera House on March 21st. Head into the weekend with live music from the Bud Light Hi-Fi Concert Series and the KickAspen Night Skiing late-night laps up the Nell Chair on Aspen Mountain. That same weekend, head over to Snowmass to enjoy Slash the Mass Banked Slalom Race.

Local legends say that Native Americans journeying through the valley discovered these magnificent crystal springs hundreds of years ago, and archaeological evidence seems to confirm that this area has been used by humans for at least 9,000 years.

The first recorded survey of the area was done by Thomas and Andrew Lewis. Thomas Lewis and his son obtained 140 acres of the land, including the warm springs. Andrew Lewis was an early partner of Thomas Bullitt, who procured 300 acres including the hot springs and built the first hotel in 1766 on the site of The Omni Homestead Resort.

The United States Geological Survey has determined that these springs have a remarkably uniform rate of flow and temperature. Unaffected by changes of the seasons, the waters remain at a natural body temperature all year and flow at the astounding rate of 1,700,000 gallons per day. The waters have an unusually high level of mineral content and are so crystal clear a book can easily be read through them.

My now-husband asked me out for spring rolls and beer for our first date. I vividly remember walking into the nearby Thai restaurant to meet him. Our waitress had to come back three times to get our order, since we could not be bothered to look at the menu.

He finally ordered us a double batch of his favorite spring rolls. I was too nervous and full from a day of recipe testing to eat much. The waitress kicked us out because the restaurant was closing. I came home and danced around in the living room with Cookie. He asked me out again.

Start by placing a few pieces of lettuce about one-third from the bottom of the circular wrapper. The width of your fillings will determine the width of the spring roll. You want to leave a couple inches open on the two sides for wrapping purposes. e24fc04721