Not exact matches
In Williams v. California, for example, teachers, parents, and students from low - income communities described overcrowded schools that had to run multiple shifts each day and multiple shifts
during the school
year, alternating on - months and off - months for different cohorts of students
cycling in and out of the building; classrooms with more than 40 students without enough desks, chairs, and textbooks for each student to have one; lack of curriculum materials, science equipment, computers, and libraries; and crumbling facilities featuring leaky ceilings and falling ceiling tiles, sometimes overrun with rodents, and lacking
heat and air conditioning.
The female comes in
heat twice a
year and shows interest only
during her
cycle.
A female dog is bred for the first time
during her second
heat cycle or after, provided that she is no older than 12
years of age.
Broods typically spend three weeks twice a
year in the Breeding Kennel
during their
heat cycle (based on 6 - month intervals), whether being bred or not.
Female cats come into
heat cycles every three to four weeks
during certain times of the
year.
Yes, since cats have many
heat cycles during the
year it is much more difficult to schedule surgery when they are not in
heat once they are old enough to start
cycling.
They will have repeated
cycles of estrus
during the course of a
year and may even go through periods of continuous
heat.
Back - of - the - envelope calculations show that the latent
heat absorbed by melting of ice after surges (e.g., the melting of > 1500
years of ice accumulation
during Dansgaard - Oeschger events — which seem to have happened in unison across the northern hemisphere, or the longer > 5ky Bond
cycles) can significantly contribute to the global energy balance.
In any case, I know I have brought this up before, but another carbon
cycle feedback is kicking in:
heat stress is reducing the ability of plants to act as carbon sinks, at least
during the warmer, dryer
years.
The ocean can not ALWAY be taking
heat away from the atmosphere (just less
during the warm
cycle) but never giving any back, or else it would have boiled away millions of
years ago.