What is morning dew

The female's " morning wood "; waking up aroused female. Waking up with her climbing on top of you : "some sweet morning dew that needs to be taken care of , I see. When you go pee at night and leave pee on the toilet seat for someone to sit on. Today I woke up to Morning dew. In reference to a woman being wet in the morning ; the equivalent to morning wood. She was so aroused her panties were soaked with morning dew. You'll need a two-liter plastic bottle, a saucer, a thermometer, and water.

Remove the bottom of the plastic two-liter bottle. Place the bottle leave the cap on in a saucer filled with water. Make sure all of the bottom edge of the bottle is underwater. Leave the bottle on the saucer overnight. In the morning, remove the bottle and quickly place a cup of ice water with a thermometer in it on the saucer. Put the bottle back over the glass on the saucer. Watch what happens. You'll soon see condensation drops of water form on the outside of the glass.

Look to see at what temperature this begins to happen. That's the dew point for your experiment! Have you ever noticed your steamy breath on a mirror? Find a mirror or a window to use. Stand close and take a very deep breath. Exhale your hot breath onto the mirror or window. What happens?

Did it steam up and make the mirror or window foggy? That's condensation! Your hot breath contains water vapor. When it hits the colder mirror or window, some of the water vapor condenses back into thousands of tiny liquid water droplets! Keep a weather journal for the next couple of weeks. Each day, write down what the weather was like during the day and into the evening. Early each morning, check outside for the presence of dew on the grass, leaves, spider webs, etc.

After a few days, can you begin to predict when you will see dew the following morning? Maybe you'll have a future in meteorology one day! Did you get it? Test your knowledge. What are you wondering? Wonder Words conditions droplets clinging blades evaporates radiate condense transformation frost tiny wet lawn lichen morning evening question seedlings temperature Take the Wonder Word Challenge.

Join the Discussion. The New York Times Sep 6, Paxton Sep 6, Sep 9, Hi Paxton! The Wonder Team is, indeed, full of real people. Sep 10, Thanks for being a Wonder Friend, girlperson1! Surily mane Jul 17, Creighton Nov 1, Jul 18, May 31, Student in bellingham Oct 18, Oct 21, Regina Aug 8, Aug 9, High levels of dew in grasslands could provide the moisture needed for different types of seeds to germinate, perhaps even creating conditions that support the transition from grasslands to forests.

Dew frequency depends on a number of variables, including air temperature, relative humidity, surface temperatures and wind speed. If the wind speed it too high or too low, or if the air and surface temperatures aren't in the right range, dew will not form.

The canopy temperature is measured using infrared thermal radiometers IR radiometers mounted on the towers at each site. IR measurements are taken at different levels of the tower up through the canopy. Dew frequency for each site was extrapolated based on the sensor data. The method was previously validated by comparing sensor data with direct observation of dew formation, which provided a high level of confidence that dew formation could be inferred from these indirect measurements.

The study looked at data from 11 grassland ecosystems and 19 forest ecosystems over a two-year period from to Dew yield can be estimated based on the duration of dew-producing conditions.

Dew formed most frequently at the canopy top in grasslands and at lower levels of the canopy in forests. The study demonstrated how dew formation, direction and yield can be estimated from in situ sensor data. These methods will enable researchers to look at dew formation on scales not easily achieved using traditional observational methods, which require researchers to directly observe and collect dew on site.

This is the first study to look at dew formation using sensor data at a continental scale. As temperatures warm and precipitation patterns change in many regions, dew formation could play an increasingly important role in ecosystems.