Which Insects Keep Their King and Queen Prisoners?

The lowly, destructive termite has very little regard for royalty, and in termite colonies the king and queen are held prisoner.

termites keep prisoners

In most termite colonies, there are three classes, or castes, of insects. Scientists are not really certain how some termites develop into these three castes, but the millions of termites in each colony are divided up this way.

The worker caste has the most individuals in a colony. These termites do all the work: they make tunnels, build nests, search for food and water for the entire colony, and take care of the young when they hatch from eggs.

which insects keep their king and queen prisoners

The soldier termites have only one job, to protect the colony from attack by the termite’s main enemy, the ant. These soldiers are otherwise completely helpless and must be fed and cleaned by the workers.

The third caste is the royal caste, the perfectly developed male and female who become the king and queen of the colony.

The termites’ nest is divided into many rooms and tunnels. These nests can be underground or above ground in mounds. In the middle of the nest is an enclosed cell where the king and queen are kept as prisoners while they reproduce.

Can you imagine, the nests that termites build in mounds above ground have been known to reach 20 feet in height.

Which Insects Keep Their King and Queen Prisoners?

Which Insects Keep Their King and Their Queen Prisoners? Learn more about Locusts and Reticulitermes as well as the Locust Horde. This article will provide an overview of the social class structure of each insect. It will also discuss what makes each insect unique and the way their social class system is designed. And lastly, we’ll learn about the social structure of Reticulitermes.

Alates

The Alates are bees from space who live in an terraformed star galaxy. Their planets are home to broods made up of male and female Alates who share equal power and responsibility over their colonies. Broods meet to make decisions and decide which members of the colony should become the next King and Queen. The Alates make pheromones to be used by the new King or Queen. The Hive Mind assists the brood.

After mating the queen and the king will shed their wings and head underground to build an entirely new colony. Contrary to subterranean termites that reproduce, mating alates can live for up to 50 years. Their queen, a huge, white, bulbous woman lay the eggs for the entire colony. Additionally the royal couple have functioning eyes and can live as long as 50 years.

The queen and king of the colony termites have distinct responsibilities. They are a top priority in the colony and the workers take care of reproductives. The king termite makes alates every year. These are sexually mature males as well as females. The alates leave the colony to start their own colonies. The colony’s main source of food is the alates, which eat dead leaves and decaying wood in order to produce more food.

Reticulitermes

Termite societies are characterized by the royal recognition of the King and Queen. Recognizing the Queen is vital for maintaining reproductive division of labor. Termite societies produce pheromones that identify their royals. Workers will perform lateral and long-range shaking when they come into contact with their kings and queens. Royal cuticular chemicals induce anaerobic behavior in a dose-dependent way.

The assays were performed on worker control colonies, which are similar to queens and have only half the CHC levels of royals. Each dummy was provided with the correct extract in two separate petri dishes, each with two colonies of each treatment. To prepare the dummies the glass dummies were cleaned with Hexane and dried for five minutes before applying the extract.

Locust Horde

After a long time in captivity, the Locust began to crave independence. Without the Queen, the Locust became uninformed and in a position of being incapable of growing. To conquer them Dr. Torres built a device that weakened their connection to the Matriarch by firing a beam into their temporal lobe, enhancing their telepathic powers. However, the Locust Horde had a different strategy.

The Locust could have been willing to cooperate with the Humans to help both species survive. They chose to wage war against us because we were so brutal. In the meantime, Seran humans had survived centuries of war and were the victims of kill wars against their own species. The war turned out horribly for humanity, but it was remarkable for the Locust.

The Locust took a severe blow by the Lightmass Bomb. It destroyed Outer Hollow and spread the Riftworm throughout the Jacinto. It destroyed several cities and killed thousands of human prisoners. The Locust Queen was watching the destruction of her home and promised to exact her revenge on humans. The Locust was defeated the humans who fought back, but couldn’t stop them.

The Locust Horde was designed to withstand the effects Imulsion. In 17 B.E., the outbreak of Lambency in Hollow started. It led to a mutation epidemic among the creatures of Hollow. They were not just immune to Imulsion but also learned how to improve the body parts of their hosts in order to better infect other living organisms. The Locust Horde started to keep their King and Queen prisoners.

insect biology is interesting

Reticulitermes reproductive biology

Reticulitermes have two types of reproductives. The first is a brachypterous nymph that separates in as few as six to eight weeks. This type has small wings and is well suited for the establishment of new colonies. Neotenics, by contrast, are not controlled by functional reproductives. The colony’s environment is also crucial to the development of Neotenics.

Reticulitermes colonies are the home of the largest alate-derived queens, but other types of reproductive termites may also be found. Because they have a range of development pathways, that is why it is so common. This means that workers can differ into reproductives as they progress towards alates. It is difficult to understand the different kinds of reproductive termites because of their differences.

Although there were no males with spermatozoa, the colony still contained Neotenics from Reticulitermes Virginicus. The females were homozygous at all locations and produced soldiers, workers alates, soldiers and workers. This pattern of sexual reproduction is likely common in Rhinotermitidae. However, this is a process that requires excavation of functional reproductives as well as the genetic analysis of the colony. Future research on this topic could be beneficial.

Reticulitermes life history pattern

Eight years were spent in a laboratory raising Reticulitermes flavipes (Kollar) colonies. Twenty-one colonies were created by alates of one field source, and nine colonies were created by individuals from another field source. Each of the thirty colonies had one founding reproductive, ranging in number from 3620 to 11641 individuals. The analysis of population size provided complete details on the Reticulitermes’ life-history pattern.

Reticulitermes colonies differ from those of other species because of the complexity of breeding structures within colony. The size and structure of the colonies can differ according to the species, habitat and population density. They share a similar life history to other species, despite their different characteristics. They have complex breeding patterns and may have multiple inbreeding reproductions. This can be different for each species.

Reticulitermes are an important component of the ecosystems in tropical regions. Their presence enriches soil and is a vital component to forest ecosystems. They affect the cycle of nutrient, and decomposition, which is essential to ecosystem functioning. They also aid in increasing biodiversity by lining soils and vegetation with frass. Nevertheless, this study is not conclusive. Reticulitermes-like termites continue to be seen in the United States, but further research is required.

About Karen Hill

Karen Hill is a freelance writer, editor, and columnist for zippyfacts.com. Born in New York, she loves interesting random facts from all over the world.