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Scientists Explore Micro Organisms’ Survival Tricks For Space Travel

Scientists Explore Micro Organisms’ Survival Tricks For Space Travel

Tardigrades or water bears as called are chubby eight legged microscopic organisms have superpowers when it comes to surviving very harsh conditions. The survival...
Even after your heart ceases to beat, a vital part of your body continues to thrive long after you're gone – your microbes. In a fascinating study exploring the field of necrobiology, researchers have discovered that the microbes residing within you during your lifetime not only persist postmortem but also play a crucial role in recycling your body to facilitate new life. This is life after death.

Life After Death

Even after your heart ceases to beat, a vital part of your body continues to thrive long after you're gone – your microbes. In a fascinating study exploring the field of necrobiology, researchers have discovered that the microbes residing within you during your lifetime not only persist postmortem but also play a crucial role in recycling your body to facilitate new life. This is life after death.
In the modern lifestyle, we are exposed to many chemicals in our everyday life to meet our escalating material demands. As per an estimate, we come across about 500 chemical compounds daily, several being synthetic and toxic in nature. Many of these toxic chemicals have the potential to bring about severe health impacts not only in human beings but also in other living organisms existing in nature. Release of these chemicals into our environment also causes pollution of soil, water and air and these ultimately again reach the human body through the food chains.

Exposure to toxic chemicals causing diverse health disorders

In the modern lifestyle, we are exposed to many chemicals in our everyday life to meet our escalating material demands. As per an estimate, we come across about 500 chemical compounds daily, several being synthetic and toxic in nature. Many of these toxic chemicals have the potential to bring about severe health impacts not only in human beings but also in other living organisms existing in nature. Release of these chemicals into our environment also causes pollution of soil, water and air and these ultimately again reach the human body through the food chains.
A groundbreaking ecological experiment led by the University of Oxford on Borneo Island demonstrates the remarkable potential of replanting logged tropical forests with diverse seedlings in expediting their recovery. Published in the journal Science Advances, the study underscores the significance of biodiversity preservation in pristine forests and its restoration in recovering logged forests.

Diverse Seedlings Hold Key to Accelerating Tropical Forest Restoration

A groundbreaking ecological experiment led by the University of Oxford on Borneo Island demonstrates the remarkable potential of replanting logged tropical forests with diverse seedlings in expediting their recovery. Published in the journal Science Advances, the study underscores the significance of biodiversity preservation in pristine forests and its restoration in recovering logged forests.
In a groundbreaking development, scientists have genetically modified a marine microorganism with the capability to break down polyethylene terephthalate (PET) plastic in saltwater environments. PET is widely used in products such as water bottles and clothing and is a major contributor to micro plastic pollution in the world's oceans.

Genetically Modified Bacteria Tackle Plastic Pollution

In a groundbreaking development, scientists have genetically modified a marine microorganism with the capability to break down polyethylene terephthalate (PET) plastic in...
In a sweeping global analysis encompassing thousands of animal and plant species, a concerning trend has emerged: species across the board are shrinking in size. Researchers have pinpointed this phenomenon most prominently in fish, which are undergoing significant reductions in size.

Widespread Species Shrinkage, with Fish among Most Affected

In a sweeping global analysis encompassing thousands of animal and plant species, a concerning trend has emerged: species across the board are shrinking in size. Researchers have pinpointed this phenomenon most prominently in fish, which are undergoing significant reductions in size.
Paper cups, believed to be benign, harbour toxic chemicals that can inflict harm on ecosystems and living organisms much like their plastic counterparts, according to a latest study.

Hidden Perils of Paper Cups: Toxicity Lurks Beyond Plastics

Paper cups, believed to be benign, harbour toxic chemicals that can inflict harm on ecosystems and living organisms much like their plastic counterparts, according to a latest study.
In a groundbreaking study, researchers concluded that two naps are more effective than a single long nap, with a 90-minute rest followed by a quick 30-minute nap.

Body Clock: Unravelling Disruptions with Mathematics

Challenging Your Body Clock: Unravelling Disruptions with Mathematics
In a groundbreaking revelation, scientists have unveiled Earth's most diverse ecosystem, and it's not the vast oceans, lush rainforests, or sprawling swamps. Surprisingly, it's the unassuming soil (earth) beneath us that teems with life, shaping the very essence of our planet. Recent research by ecologist Mark Anthony and his team has spotlighted the astonishing biodiversity within this unexplored realm.

Majority Life Actually Lives Below the  Earth

In a groundbreaking revelation, scientists have unveiled Earth's most diverse ecosystem, and it's not the vast oceans, lush rainforests, or sprawling swamps. Surprisingly, it's the unassuming soil (earth) beneath us that teems with life, shaping the very essence of our planet. Recent research by ecologist Mark Anthony and his team has spotlighted the astonishing biodiversity within this unexplored realm.
In a significant revelation, researchers have found that the grounding line of the southern Ronne Ice Shelf in Antarctica can move up to 15 km (six miles) with changing tides.

End of First Human Occupation in Europe Linked to Extreme Cooling

Around 1.1 million years ago, a substantial cooling of the climate in southern Europe led to the extinction of early human populations on the continent, according to a recent study led by researchers from UCL. The findings, published in the journal Science, reveal the existence of previously unknown extreme glacial conditions during that period, driving the climate to levels unsuitable for archaic humans and ultimately causing their disappearance from the continent.