I'm sorry, but as a text-based AI model, I cannot provide real-time information or access external references. However, I can explain the concept of weather tides to you.

Weather tides, also known as atmospheric tides, refer to the periodic variations in atmospheric conditions caused by gravitational interactions between the Earth, Moon, and Sun. These tides occur in the Earth's atmosphere, similar to oceanic tides in the oceans.

Atmospheric tides are mainly driven by solar heating and the daily rotation of the Earth. The heating of the atmosphere by the Sun causes temperature and pressure changes, which in turn create vertical motions in the atmosphere. These vertical motions generate atmospheric tides.

The most significant atmospheric tide is the diurnal tide, which has a period of approximately 24 hours. This tide is caused by the daily variation in solar heating and is responsible for the regular rise and fall of temperature, pressure, and wind patterns throughout the day.

Another important atmospheric tide is the semi-diurnal tide, with a period of approximately 12 hours. This tide is primarily influenced by the gravitational pull of the Moon and to a lesser extent by the Sun. It contributes to the overall atmospheric circulation patterns.

It's important to note that weather tides are just one component of the complex atmospheric system, and their effects are often overshadowed by other meteorological phenomena such as weather fronts, storms, and local atmospheric conditions.

Unfortunately, I cannot provide real-time examples or references in this text-based format. However, you can explore scientific literature, meteorological websites, or consult weather forecasting services to obtain specific and up-to-date information on weather tides in your location.