Scientists from the Jawaharlal Nehru Center for Advanced Scientific Research explore whether seasonal variation in abundance of food and water have any effects on the size of elephant groups. The researchers found that although group sizes were larger in the dry season compared to the wet season at the population level, that was not so at the clan level.

As a part of the Student Conference on Conservation Science held on the 23rd of September in Bangalore, Artecology presented a unique combination of performing arts and science. Titled "How to be a Fig", this movement art presentation was a hit among the attendees that included ecologist, conservationists, artists and dancers. How exactly was the performance? Read on to know.

Artecology Initiative presents a unique performance -- How to be a fig -- to help audience connect with nature and their environment. Involving artists and researchers, this unique performance wishes to showcase the amazing life of a fig tree and its connection with other organisms in its life cycle. Learn more about how to be a fig by attending this unique performance on the 23rd September, 2017 at the J N Tata Auditorium, IISc.

Competition among different animals in a natural ecosystem is ubiquitous and determines many characteristics of the ecosystem. Ecologists use different mathematical models to estimate population of animals in the wild and help determine those species that are on the verge of being endangered or extinct. A new study by undergraduates at IISc has proposed a modification to an existing mathematical equation that takes competition of species into account, thus helping ecologists make accurate predictions along with actual field data.

Leopards are one of the majestic cats in the wild who are in the news recently for all the wrong reasons. There are increasing reports of them mauling people, killing livestock and posing a danger in human dominated areas. In many cases, the leopards are unfortunately killed out of panic among people. In an interview with Mr. Nikit Surve, we present the reasons behind the rising human-leopard conflicts and how they must be handled in order for both to coexists peacefully in the same planet we both call home.

Have you ever wondered how animals communicate with each other? While some might use sound by howling, chirping or roaring, others, like the resplendent superb fan throated lizards have evolved a unique form of communication using colors. In a new study, researchers have understood the complex system these lizards use to signal to each other using their colorful dewlaps. Using colors like orange, blue and black, these lizards signal differently to males and females of their own, say the researchers.  

The 22nd of May is celebrated around the world as International Day for Biodiversity -- a day to celebrate the existence of that little sparrow on the tree, the colourful caterpillar on the leaf, the gigantic Blue whale in the ocean and the majestic elephant in our forests. It is a day to appreciate that our planet is blessed with so many life forms and understand each one’s role in maintaining this ecosystem. A small imbalance in this ecosystem can spell doom for all of us. On this day, here is a brief look at how we have understood biodiversity throughout our history and some important takeaways in the process. 

Conserving wildlife seems to be the biggest concern for most ecologists who think habitat destruction, coupled with climate change, can spell doom for many animals on earth. The first step to know how badly a particular species is affected is by counting them. As simple as it sounds, counting populations, especially in the wild, is a daunting task. In addition to the sheer physical strain, social structures of certain animals like the elephants could result in errors in such population estimations. Now, a new study has leveraged the power of computer simulations to accurately estimate wild populations at the comfort of your desk. 

Forests are home to a wide variety of plants and animals. But what decides the distribution of this rich flora and fauna? How do some species of trees end up in selected pockets of the forest? In a recent study, scientists have examined this connectedness in patchy shola forests of the Western Ghats and have given some insights into what dictates tree distributions in such patchy forests and what connects these patches. This study, the researchers say, provides key details on the micro and macro ecology of the forests.

When Charles Darwin put forth his theory of natural selection, he argued that all species of life evolved by adapting to their environments to survive. Most of such adaptations are evident in those life forms living in their natural habitat. But what about those that are locked up in laboratories and used as ‘model organisms’ in experiments to understand biological systems? How are their natural habitats and what kind of adaptations have they developed to survive in these habitats? A series of studies by scientists have now thrown some light on these questions in the life of zebrafish, a commonly used fish in laboratories.