10-Oct-2020: Plant Discoveries 2019

Plant Discoveries 2019 lists 180 new plant species and 73 new records discovered from the country.

New records in a country refer to animal or plant species discovered in other parts of the world and recorded for the first time in the country.

This volume of plant discoveries contains 134 seed plants; five fern and fern allies; six bryophytes; 18 lichen; 51 fungi; 23 algae; and 16 microbes. During 2019, vascular plants contributed to 55% of all new discoveries and new records, while non-vascular plants contributed to 45%.

Dr. Mao said that among the new discoveries this year, there are plants with horticultural value as well as those which can serve as alternative foods such as aroids, Syzygium (wild jamun), impatiens, mushrooms and zingibers, among others.

The number of plant species found in India according to the BSI is 50,012, and accounts roughly for 12% of all flora species in the world.

Both the ZSI and BSI have been releasing Animal Discoveries and Plant Discoveries since 2007, and this is the 13th publication in the series. Data analysis from the past decade reveals that a total of 2,444 species of faunal communities are newly described from India, while the number of plant species described in the same period is about 3,500.

Most of the new discoveries were reported from biogeography hotspots in the country. Data provided by the BSI stated that 28% of all plant discoveries in 2018 were made from the Western Ghats during 2019; followed by the eastern Himalayas (21%); the east coast (11%); and eastern plains (10%). The west coast has contributed 7% of the total discoveries, while the western Himalayas have contributed 6% of the discoveries. Maximum (flora) discoveries were made from the State of Kerala, followed by Maharashtra, Tamil Nadu and Arunachal Pradesh.

6-Jun-2019: Plant Discoveries 2018

Scientists and taxonomists have documented 596 new species of flora and fauna from India in the year 2018. The details of the discoveries were made public by the Botanical Survey of India (BSI) in the publications Plant Discoveries 2018.

Of the 596 species, 372 come under fauna (311 invertebrates and 61 vertebrates). The newly identified 224 plant species include seed plants, pteridophytes, bryophytes, fungi and lichen.

About 31% of the plant species were discovered in the Himalayas. The plants discovered this year includes close wild relatives of many potential horticulture, agriculture, medicinal and ornamental plants. The discoveries include plants belonging to groups Amomum (wild cardamom), Cycads, Rubus (raspberry), Syzygium (wild jamun), Terminalia, Balsams, Zingibers and also seven trees and 10 orchids.

BSI has placed emphasis on molecular DNA technology and phylogeny to confirm the discoveries.

The number of plant species in the country has been updated to 49,441 which is 11.5% of all flora in the world. Over the past ten years, BSI has recorded discovery of 3,225 plant species. Other than the discoveries, 193 taxa of plants were added to flora of India as new records.

Last year, 539 new species of plants and animals were discovered, which included 300 species of animals and 239 species and sub-species of plants.

10-Oct-2020: Animal Discoveries 2019

Animal Discoveries 2019 lists 368 faunal species as new to science, and 116 species as first records from India. The publication provides details about 360 new species, four sub species and four fossil species, as well as 116 species recorded for the first time from India.

Among the new discoveries, 294 species are invertebrates and 74 are vertebrates. Insects outnumbered other groups in general and in vertebrates, fish diversity is high with 38 new species and five new records. Dr. Chandra said that with the new discoveries and new records, Indian faunal diversity stands at 1,02,161 species, which is equivalent to 6.52% of all the species across the globe. The Director added that, along with conventional taxonomy, the ZSI has introduced modern methods such as DNA barcoding, entire genome sequencing, and X-rays for the identification of new species.

Both the ZSI and BSI have been releasing Animal Discoveries and Plant Discoveries since 2007, and this is the 13th publication in the series. Data analysis from the past decade reveals that a total of 2,444 species of faunal communities are newly described from India, while the number of plant species described in the same period is about 3,500.

Most of the new discoveries were reported from biogeography hotspots in the country. Data provided by the BSI stated that 28% of all plant discoveries in 2018 were made from the Western Ghats during 2019; followed by the eastern Himalayas (21%); the east coast (11%); and eastern plains (10%). The west coast has contributed 7% of the total discoveries, while the western Himalayas have contributed 6% of the discoveries. Maximum (flora) discoveries were made from the State of Kerala, followed by Maharashtra, Tamil Nadu and Arunachal Pradesh.

6-Jun-2019: Animal Discoveries 2018

Scientists and taxonomists have documented 596 new species of flora and fauna from India in the year 2018. The details of the discoveries were made public by the Zoological Survey of India (ZSI) in the publications Animal Discoveries 2018 .

Of the 596 species, 372 come under fauna (311 invertebrates and 61 vertebrates).

Kailash Chandra, director of ZSI, said that modern taxonomic tools, like DNA analysis, helped in the discovery of frogs and reptiles. Of the 61 species of vertebrates discovered this year, reptiles dominate (30 species). 21 species of fishes, nine species of amphibians, and one mammalian sub-species were also found.

Kerala recorded the highest number of discoveries with 59 species. West Bengal, a state with both Himalayan and coastal ecosystems, recorded 38 and Tamil Nadu recorded 26.

With these new discoveries, the updated list of animal species in India has risen to 1,01,681 which is about 6.49% of all the species in the world.

Other than the discoveries, 139 species of animals were added to the fauna of India as new records.

Last year, 539 new species of plants and animals were discovered, which included 300 species of animals and 239 species and sub-species of plants.

9-Sep-2020: 68% Average Decline in Species Population Sizes Since 1970

Globally, monitored population sizes of mammals, fish, birds, reptiles, and amphibians have declined an average of 68% between 1970 and 2016, according to World Wildlife Fund’s (WWF) Living Planet Report 2020. Populations in Latin America and the Caribbean have fared worst, with an average decline of 94%. Global freshwater species have also been disproportionately impacted, declining 84% on average. As an important indicator of planetary health, these drastic species population trends signal a fundamentally broken relationship between humans and the natural world, the consequences of which—as demonstrated by the ongoing COVID-19 pandemic—can be catastrophic.

“This report reminds us that we destroy the planet at our peril—because it is our home. As humanity’s footprint expands into once-wild places, we’re devastating species populations. But we’re also exacerbating climate change and increasing the risk of zoonotic diseases like COVID-19. We cannot shield humanity from the impacts of environmental destruction. It’s time to restore our broken relationship with nature for the benefit of species and people alike,” says WWF-US President and CEO Carter Roberts.

The Living Planet Report points to one underlying cause for the deterioration of nature and decline in species populations: humanity. During the past 50 years the explosive growth of human consumption, population, global trade, and urbanization means people are now using more of the Earth’s resources than can possibly be replenished, the report says. This overuse has a disastrous impact on biodiversity—the animal and plant life that together make up a functional, circle-of-life ecosystem.

The most important direct driver for loss of biodiversity is land-use change, particularly the conversion of pristine native habitats, like forests, grasslands, and mangroves, into agricultural systems. And while globally climate change is not yet the greatest driver of biodiversity loss, the report states that in the coming decades climate change will become as, or more important than, other drivers.

The report finds that while nature is being destroyed and changed at an extraordinary rate, modelling predicts that the declining trends can be flattened and reversed with urgent and unprecedented actions. These actions include transforming food production and consumption, aggressive movement to tackle climate change, and investments that conserve, protect, and restore nature. The report also highlights the need to transform our economic systems to reflect the ‘natural capital’ that underpins our economic prosperity. In sum, the report urges world leaders to treat biodiversity conservation as a non-negotiable and strategic investment to preserve human health, wealth, and security.

“While the trends are alarming, there is reason to remain optimistic,” says WWF Global Chief Scientist Rebecca Shaw. “Young generations are becoming acutely aware of the link between planetary health and their own futures, and they are demanding action from our leaders. We must support them in their fight for a just and sustainable planet.”

New this year, the Living Planet Report 2020 also includes a look into plant biodiversity trends and features two ‘deep dive’ chapters into freshwater and climate change impacts to biodiversity. The report also contains a supplement, “Voices for a Living Planet,” with 20 opinion pieces from a diverse range of authors and an opening essay by Sir David Attenborough.

22-Oct-2018: Living Planet Report 2018

The Living Planet Report documents the state of the planet—including biodiversity, ecosystems, and demand on natural resources—and what it means for humans and wildlife. Published by WWF every two years, the report brings together a variety of research to provide a comprehensive view of the health of the Earth.

We are pushing our planet to the brink. Human activity—how we feed, fuel, and finance our lives—is taking an unprecedented toll on wildlife, wild places, and the natural resources we need to survive.

On average, we’ve seen an astonishing 60% decline in the size of populations of mammals, birds, fish, reptiles, and amphibians in just over 40 years, according to WWF’s Living Planet Report 2018. The top threats to species identified in the report link directly to human activities, including habitat loss and degradation and the excessive use of wildlife such as overfishing and overhunting.

The report presents a sobering picture of the impact human activity has on the world’s wildlife, forests, oceans, rivers, and climate. We’re facing a rapidly closing window for action and the urgent need for everyone—everyone—to collectively rethink and redefine how we value, protect, and restore nature.

Highlights of the report:

  • Global wildlife population shrank by 60% between 1970 and 2014.
  • Declines are worst in the tropics, according to the data, as South and Central America saw an 89% decrease. Also, freshwater species saw an 83% drop, threatened by factors including overfishing, pollution and climate change.
  • The report estimates that only a quarter of the world’s land is untouched by humans, who are increasing food production and use of natural resources.
  • Since 1960, the global ecological footprint has increased by more than 190%. Globally, the extent of wetlands was estimated to have declined by 87% since 1970.
  • The two key drivers of biodiversity loss were the over exploitation of natural resources and agriculture.

Threat to soil biodiversity and pollinators:

A key aspect of this year’s report is the threat to soil biodiversity and pollinators.

  • Soil biodiversity encompasses the presence of micro-organisms, micro-fauna (nematodes and tardigrades for example), and macro-fauna (ants, termites and earthworms).
  • The report notes that India’s soil biodiversity is in grave peril. The WWF’s ‘risk index’ for the globe — indicating threats from loss of above-ground diversity, pollution and nutrient over-loading, over-grazing, intensive agriculture, fire, soil erosion, desertification and climate change — shows India among countries whose soil biodiversity faces the highest level of risk.

To address these challenges, the WWF suggests three necessary steps: Clearly specifying a goal for biodiversity recovery; developing a set of measurable and relevant indicators of progress; and agreeing on a suite of actions that can collectively achieve the goal in the required time frame.

The WWF has called for an international treaty, modelled on the lines of Paris climate agreement, to be drafted to protect wildlife and reverse human impacts on nature.