Well the abiotic conditions during the winter vary from life under water to life above water where they are exposed to high temperatures, full son , and strong drying winds. During the winter they alternate between icy ocean water and exposure to bitterly cold air, snow and ice. Throughout the year, theses species must also be able to withstand the daily pounding of wave action. To withstand all of this many intertidal species have protective body coating and very tough tissues.
The three animal parts that most often become fossils are bones, teeth, and shells. Bones are dense and mineralized, making them more likely to withstand the conditions necessary for fossilization. Teeth, which are also hard and durable, can preserve fine details and are commonly found in fossil records. Shells, particularly from marine organisms, are often well-preserved due to their calcareous composition.
intertidal zone
There are four major zones of the open ocean biomes, which are grouped as such: the intertidal zone, the pelagic zone, the benthic zone and the abyssal zone. The environments found in each vary greatly, and they play host to a diverse population of ocean flora and fauna.
Organisms compete with each other when resources such as food, water, shelter, or mates are limited. Competition can also occur when individuals need to establish territory or access to resources essential for survival and reproduction.
The kingdom you are referring to is likely Archaea. Archaea are single-celled organisms that are able to thrive in extreme environments, such as hot springs or acidic conditions. They are distinct from bacteria and eukaryotes, and are considered one of the three domains of life.
They must be able to withstand going from wet to dry.
Mudflats, Sandy beaches, and Rocky shores
Organisms in the intertidal zone experience greater extremes of temperature and wave action than organisms in the near shore zone.
Intertidal zone
Intertidal zone
intertidal zone
Mudflats, Sandy beaches, and Rocky shores
After three days, the organisms in each container likely experienced changes based on their environment and the conditions provided. If one container had adequate nutrients and optimal conditions, the organisms may have thrived and multiplied. In contrast, if another container had limited resources or unfavorable conditions, the organisms might have shown signs of stress, reduced growth, or even death. The specific outcomes would depend on the type of organisms and the factors affecting their survival.
Gregory Pattengell Daly has written: 'Competitive interactions among three crab species in the intertidal zone' -- subject(s): Behavior, Crabs, Intertidal animals, Crustacea
Methanogens: These microorganisms produce methane gas as a byproduct of their metabolism and are often found in anaerobic environments such as wetlands and the digestive tracts of animals. Thermophiles: These organisms thrive in extreme heat environments, such as hydrothermal vents on the ocean floor or hot springs, and can survive at temperatures above 80°C. Halophiles: These salt-loving organisms are able to live in environments with high salt concentrations, such as salt flats or hypersaline lakes, and have adapted to withstand these extreme conditions.
Rocky shores: Areas that have rock formations where marine life can cling onto and survive between the tides. Sandy beaches: Shorelines with sandy substrate where organisms burrow or forage for food. Mudflats: Coastal wetlands with muddy sediment that are exposed during low tide, providing habitat for a variety of organisms.
Three factors that affect an organism's traits are genetics (inherited DNA), environmental conditions (such as temperature or availability of resources), and interactions with other organisms (such as competition or symbiosis).