Tag Archives: ecology

Feedback between organisms and the environment shape biodiversity

AoS. Feedback between organisms and the environment shape biodiversity

How does the environment shape biodiversity? This is a central question for both the scientific understanding of ecosystems and for practical initiatives in sustainability. Previous work has shown that a heterogeneous environment promotes diversity. For example, variation

Epigenetic phenotype diversification helps animals to adapt to changing and new environments

AoS. Epigenetic phenotype diversification helps animals to adapt to changing

There is increasing evidence that epigenetic phenotype variation can contribute to environmental adaptation, speciation and evolution. Epigenetic changes of the phenotype are caused by differences in gene expression rather than by alteration of the genetic code. Epigenetic

Sub-Antarctic Fish – how do they do when things get warm?

Scientists are concerned about the fate of marine species, in particular fish, under future climate warming. Because fish body temperature varies as a consequence of variation in the ambient environmental temperature (they are “poikilotherms”), scientists expect that

Movements networks in field biology

We live in a world that is more and more connected. Fundamentally, this reflects a world of increasing information, of big data, where we use technology to log our health, our journeys, even our calorie intake and

Advantageous adventitious roots – ecology, economy, and our existence

Plants rely on roots for their supply of nutrients and water but not all roots are the same. Typically when asked to picture a plant root system we might think of the tap root with ‘lateral’ roots

Brown bear habitat selection personality

You maybe think that only humans have personality? But don’t be a fool, animals can have personality too. If you are a pet owner or a farmer, you probably have already noticed. Differences in personality in wild

Mold is meat: Microbes are trophically equivalent to animals in the food-chain

The biological world can be divided into two vast “empires:” 1) organisms that make their own food (i.e., autotrophs, such as plants, algae, phytoplankton), and 2) those that must eat other organisms to live (i.e., heterotrophs, such