La storm that has left the city of Valencia with an impressive 152 liters per square meter in its streets, came with surprise: A spectacular water spout formed off the Valencian coast, specifically from the regions of Sueca, El Perelló and Cullera.
According to the State Meteorological Agency (AEMET), it is the 'sharper and more imposing captured on shore' from the Valencian Community. It's truly impressive.
What are water hoses?
The water hoses, also known as waterspouts, are nothing more than tornadoes formed in the sea. They are usually connected to a cumuliform cloud, which is quite frequently seen when the atmosphere is unstable. They do not usually touch the ground, but You have to be very careful, as they form within a very severe thunderstorm and produce winds of up to 512 km/h. To understand more about their formation, you can consult how water sleeves are formed.
These tornadoes are quite common in the Mediterranean, although not everyone has the opportunity to see them when they would like. But thank goodness We will always have the photos and videos of the lucky ones. And the truth is that The one that formed yesterday off the Valencian coast is spectacular..
Water sleeve in Valencia
As you can see in the video, our protagonist looks very sharp. As indicated by the AEMET, it is probable that the storm that reached Valencia already had some air twist, so that the updrafts accentuated it, thus causing one of the most beautiful natural spectacles of yesterday. In addition, this situation can be related to the increasing phenomena of waterspout in Valencia.
In addition, they indicated that many lightning bolts are being recorded at sea, specifically between Mareny de Barraquetes and El Perellonet, so the appearance of more thrombi is not ruled out, since the coastal areas of the provinces of Valencia and Castellón offer favorable conditions for these magnificent meteorological phenomena. The waterspouts are impressive and their observation is a rare event.
The sighting of waterspouts, especially in the Mediterranean, is an extraordinary experience. These phenomena often occur in unusual weather conditions, and the combination of an unstable atmosphere and Warm waters cause this spectacular natural manifestation.
Phases of formation of a waterslide
A phenomenon that can be fascinating and terrifying at the same time, the marine sleeve follows a life cycle that normally consists of five phases: to better understand its development you can visit how the clouds dissipate.
- The dark spot: During this initial phase, a dark disc forms on the water surface, indicating the beginning of the waterspout activity.
- The spiral:Next, spiral bands are developing around the dark spot as energy builds up.
- The foam ring: Whirlpools of foam appear on the surface of the water, indicating that the phenomenon is gaining strength and developing.
- Maturity: At this stage, the sleeve reaches its maximum size and is generally most visible.
- Dissipation:Finally, the phenomenon dissipates, sometimes abruptly, moving away or disappearing.
This cycle can vary in length, but generally occurs over the sea and, although it is amazing, caution should always be taken, as it can cause damage if it hits land. Storm surges are less dangerous when they are in the water, and their energy dissipates quickly. To learn more about what to do in the event of a strong downpour, you can consult how to act in the event of a strong downpour.
Meteorological context in Valencia
The Valencian Community has witnessed an increase in the frequency of these phenomena due to changing weather conditions. During the recent episode of rain and storms, more than 90 liters of rainfall were recorded in some areas in a very short period of time, which has intensified instability at sea. Meteorological experts, such as Jovi Esteve, explained that the high instability caused by the DANA (Isolated High-Level Depression) has facilitated the development of these storm surges. For a more detailed approach on how to respond to a strong downpour, you can consult .
Meteorologists have been warning of the possibility of similar phenomena, as conditions remain favorable for the formation of squalls and other instabilities, especially in autumn, when sea temperatures are higher and the differences with air temperatures are more marked. In fact, in this context, it is important to take into account the relationship between the global warming and its impact on these phenomena.
The importance of observation and documentation
Documenting these meteorological phenomena is essential for a better understanding and management of them. Thanks to modern technology, meteorologists can observe and record the conditions that lead to the formation of storm surges. This includes the use of satellite imagery and real-time monitoring. In this regard, the study of previous events, such as the most spectacular waterspouts.
Witness video and image recording is also vital, as it provides visual data that helps scientists learn more about these natural phenomena. Furthermore, Sharing these images on social media and video platforms has allowed more people to understand the dramatic nature of these events. This increases public awareness of meteorological phenomena and their importance.
Despite their beauty, it's important to remember that sea slicks can pose a risk. It's always recommended Stay away from the coast during storm events and follow the instructions of meteorological authorities.
Associated phenomena and future predictions
With the global warming, there appears to be an increase in the frequency and severity of weather phenomena such as storm surges. This makes ongoing study of weather conditions and their potential impacts on coastal populations crucial. The possibility of seeing more storm surges is high, especially in the coming months, when winter and storm conditions tend to be more pronounced. However, it is essential to be informed about What types of tornadoes exist and how they can be presented, to better prepare the population.
The phenomenon of waterspout in Valencia Not only is it an amazing natural spectacle, but it also poses significant challenges in terms of safety and weather forecastingUnderstanding and preparation are key to mitigating risks.
