Since it ignores damage instances below 75, it is not effective against most damage over time abilities, like the ones from Viper, Warlock, Jakiro and Huskar.This also applies to Maelstrom's and its upgrade's Chain Lightning. It is also good against lower nukes, like Storm Spirit's abilities, Arc Lightning and Arcane Bolt, although these abilities are in return able to burn through raindrops faster than the heavy nukes.Works well against heroes who harass early lanes with magical damage, especially against those with stronger nukes and a high mana cost, like Queen of Pain, Leshrac, Lich, Visage and Lina.Offensive heroes with low health who struggle against magical damage.Neither consumes charges nor blocks any damage while on cooldown.However, if a damage instance is greater than the capacity of all barriers individually, the damage gets blocked as if the barriers were one barrier with combined capacity.If multiple sources of barriers are active on a unit, all of them lose capacity from the same absorbed damage instance.Does not stack with other magical damage barriers.Ignores every form of damage amplification, including spell damage amplification.Upon triggering, blocks up to 120 magical damage.Only triggers on magical damage equal or greater than 75 ( before reductions) coming from abilities and attacks, excluding self-inflicted damage and damage dealt by allies.

Has a lower priority than Mana Shield, meaning Mana Shield first reduces damage before Infused Raindrop blocks it.

Dispersion and Blade Mail), meaning it first blocks damage before it.

Has a higher priority than damage return effects (e.g.

Aphotic Shield or Refraction), Infused Raindrops negates the damage while the others do not.

When combined with other damage negating effects (e.g.

Infused Raindrops has the highest priority in the group of damage negating abilities, blocking damage before any of them do.

Rain: A Water Resource, USGS General Interest Publication.

Fraser, Professor of Meteorology, Pennsylvania State University ►► Find out why raindrops are different sizes Finally, when the radius exceeds about 4 mm or so, the depression grows almost explosively to form a bag with an annular ring of water and then it breaks up into smaller drops.' With increasing size, the fall velocity increases and the pressure on the bottom increases causing the raindrop to flatten and even develop a depression. When the drop is small, surface tension wins and pulls the drop into a spherical shape. 'This remarkable evolution results from a tug-of-war between two forces: the surface tension of the water and the pressure of the air pushing up against the bottom of the drop as it falls.

When they get larger than a radius of about 4.5 mm they rapidly become distorted into a shape rather like a parachute with a tube of water around the base - and then they break up into smaller drops.' 'Small raindrops (radius < 1 millimeter (mm)) are spherical larger ones assume a shape more like that of a hamburger bun.

Raindrop ring