• Charcoal & wood burning lead to an increase in the concentration of VOCs and PM 2.5 & 10. According to the Economic Survey of India, there is a lack of access to better forms of energy. 49% of households still use firewood for cooking.

• Poorly ventilated dwellings (especially in slums) 
• Asbestos released from the construction material
• Tobacco Smoking within the household. 
• Biological Pollution which includes pollen from plants, hair from pets, fungi etc.

1. Health impacts

• It results in acute and chronic respiratory conditions, lung cancer and cataract. 
• It results in Sick Building Syndrome (a situation in which the occupants experience acute health issues due to time spent in the building).

2. Gender issues

• Women are disproportionately impacted because they work on chulhas.

3. Children

• The impact on children is more because their coping capacity is low.

The government is running 3 schemes for wildlife protection

• Integrated Development of Wildlife Habitats (IDWH)
• Project Tiger
• Project Elephant

About Tiger

• Tiger has eight subspecies in total, and three have been extinct of these. Of the five remaining subspecies, only one subspecies is found in India, i.e. Bengal Tiger (Panthera Tigris Tigris). 
• 70% of the total tiger population in the world is found in India.
• Tiger is the national animal of both India & Bangladesh
• Status of Tiger
  • IUCN Red List: Endangered 
  • Wildlife protection Act: Schedule 1 (maximum protection)
  • CITES: Appendix 1 

Project Tiger

About Project Tiger

• Project Tiger is run as Core Scheme, i.e. union and state governments share expenses in the 60:40 ratio.  
• It is administered by National Tiger Conservation Authority (NTCA).

National Tiger Conservation Authority of India (NTCA)

• It is a statutory body constituted under the provisions of the Wildlife Protection Act.
• Minister of Environment and Forests heads NTCA.

Procedure to make Tiger Reserve

• The state government can notify any area as Tiger Reserve on the recommendation of NTCA.

Objective of Project Tiger

• Ensuring the maintenance of a viable Tiger population in India for scientific, economic, aesthetic, cultural and ecological value

Parts of Tiger Reserves

Alteration in boundary

• No alteration can be made except on the recommendation of NTCA and approval of the National Board for Wildlife.

Recent initiatives

• Strengthening of anti-poaching activities by the deployment of anti-poaching squads involving ex-army personnel/home guards
• Reintroduction of tigers has been done at Sariska (Rajasthan), Panna (MP), Satkosia (MP) and Rajaji Tiger Reserve (Uttarakhand) tiger reserves.

Problems with project tiger

1. Funds

• Funds received by a majority of tiger reserves are usually inadequate & delayed.

2. Staff

• Forest Guards are usually trained only once during the course of their employment. Proper training is also lacking. 

3. Infrastructure

• Roads, wireless equipment, jeeps, arms and ammunition and other  anti-poaching equipment are lacking.

4. Constitutional angle

• Forests and Wildlife are placed under the concurrent list in the Indian Constitution. Hence, the Central Government has limited powers over the execution of Project Tiger. Thus, while the guideline issued by the Central Government may be sound, their translation into ground realities depends totally on the State Government’s commitment.  

Tiger Reserves in India

Tiger Habitats in India can be divided into 5 divisions i.e.

1. Shivalik Gangetic Plains
2. Central India and the Eastern Ghats
3. Western Ghats
4. Sunderbans
5. North Eastern Hills and Brahmaputra Flood Plains

There are 52 Tiger Reserves in 17 States. The important ones are listed below

Reasons for decrease in tiger population

1. Habitat loss

• Because of Deforestation, the size of tiger prey (deer, sambar etc.) has declined.  
• Forest fires and floods are leading to habitat loss.

2. Disturbance in Tiger breeding/ reproduction

• Highways, noise pollution, tourism etc., disrupt the tiger breeding, thus impacting their population. 

3. Area constraint/fragmentation of area

• Tiger is a territorial animal which advertises its presence in an area through urine marking and maintains a territory. Hence, 80-100 tigers need a protected and undisturbed area of 1000 sq km. In its absence, male tigers would fight and kill each other. Due to the construction of highways and farming activities, the habitats are getting fragmented. 

4. Insurgency in North East and Naxals in Central India

• The Forest departments cannot efficiently work and protect tigers. 
• Using illegal trade in these to fund their operations 

5. Black market of tiger bones and organs

• China has a big market for tiger bones and organs where these organs are used for enhancing male virality.

Why do we need to protect tigers?

• Tiger is an “umbrella species“. It resides at the top of the forest food chain. A healthy tiger population indicates that the other ecological components in its habitat are equally robust since tigers need a large amount of prey and good habitat. 
• If the Umbrella species are protected, it will also ensure viable populations of other wild animals (co-predators like leopards and prey like dears) and the habitat (trees, shrubs, water).  

Transfer Projects

1. Lion to Tiger Territory

• There is a proposal to shift lion from Gujarat to Kuno-Palpur National Park, MP
• Reason: All Lion population in Gujarat which makes them vulnerable.
• Problem: Gujarat government considers it PRIDE OF THE STATE & refusing to share it with MP.

2. Interstate Tiger Cub transfer

• From  Bandhavgarh and Kanha in MP to Satkosia in Odisha.  
• Tigers were transferred in 2018. But this led to massive protests by the locals as they were not consulted in the whole process. One of the tigers started to raid human habitations leading to Man-Animal conflict. Hence, the project was shelved, and Tiger was transferred back to MP.

Tiger census-2018

Tiger census is the all India tiger estimation exercise happening since 2006. The Tiger Census is carried out after a gap of every three years by NTCA.

M – STRiPES

• M-STRiPES, or Monitoring System for Tiger Intensive Protection & Ecological Status, is software developed by the Wildlife Institute of India.
• It is a software-based Monitoring system for tigers.
• It uses e-Eye system using thermal cameras. 
• The Indian government launched it in 2010.
• The Tiger Census is also conducted using M-STRiPES.

Project Elephant

• Project Elephant was launched in 1992 as a centrally Sponsored Scheme

Objectives

• Protect elephants, their habitat and corridors
• To address the issue of man-animal conflict
• Ensure the welfare of the domesticated elephants 
• Strengthening of protection from the poachers and unnatural causes of death
• Public education and awareness
• Providing Veterinary care

Elephant Reserves

There are a total of 30 elephant reserves in India.

Important ones are

Elephant Corridors

• Elephant Corridors are narrow land for the passage of elephants from one habitat to another. 
• There are 183 identified Elephant Corridors in India.

Reasons for decrease in population

• Poaching for elephant ivory 
• Disruption of habitat
• Man animal conflict 
• Mining activities in central India
• Train hits 

Monitoring of Illegal Killing of Elephants (MIKE) Program

• It was established in 2003 by CITES.
• It is an international collaboration that tracks trends in information related to the illegal killing of elephants across Africa and Asia to monitor the effectiveness of field conservation efforts.

• It was launched by Environment Ministry in 2018. 
• The aim is to protect and conserve the world’s last ranging free population of Asiatic Lion. 
• It is funded under the Integrated Development of Wildlife Habitat (IDWH), with the contributing ratio being 60:40 of Central and State governments. 

About Asiatic Loin

• Asiatic Lion, Panthera Leo Persica is listed in 
  • Schedule 1 of Wildlife Protection Act, 1972 
  • Appendix-I of CITES
  • Endangered category under IUCN Red List
• Asiatic Lions are found only in the 5 protected areas of Gujarat, the most famous of which is Gir. 

Lion Transfer

• Lion is only found in Gujarat, which makes it vulnerable to extinction in case of any disease or unwanted accident. Hence, the proposal is to transfer some lions to Kuno-Palpur National Park, Madhya Pradesh. 

• There are around 7400 snow leopards globally, and ~10% of them are present in India (750 in India ).
• The snow leopard is the apex predator on the ecological pyramid. Hence, it plays an important role in sustaining the ecosystem in its habitat.
• Snow Leopard is listed in 
  • Schedule 1 of the Wildlife Protection Act 
  • Vulnerable category under IUCN Red List
• It is found in Jammu and Kashmir, Ladakh, Himachal Pradesh, Uttarakhand, Arunachal and Sikkim.
• In 2021, the newly created Union Territory of Ladakh declared it to be the state animal.

• India is home to 9 out of 23 species of vultures. These include
  1. White-rumped vulture (WRV)
  2. Long-billed vulture (LBV)
  3. Read-headed or king vulture
  4. Egyptian vulture (EV)
  5. Eurasian griffon (EG)
  6. Himalayan griffon (HG)
  7. Cinereous vulture (CV)
  8. Slender-billed vulture (SBV)
  9. Bearded vulture(BV).
• Of these, 3 are Critically Endangered 
  1. White Backed Vulture 
  2. Slender Billed Vulture 
  3. Long-Billed Vulture 

• Other points about Vultures
  • Vultures nest on tall trees and rocky cliffs. 
  • They are slow breeders. Hence, the survival of every individual is essential.
  • They have excellent eyesight and smelling sense and can detect the presence of dead animals from great distances. 
  • They don’t hunt and rely on other carnivores for carcasses. But they have strong bills and necks adapted to tear flesh from carcasses. Further, vultures have acidic stomachs, which help them to digest rotting carcasses. 

Causes of their deaths

• Bioaccumulation of Diclofenac leads to kidney failure in vultures culminating in their death.

Other minor reasons

• Hunting and trading because of myths about the medicinal power of vultures.
• Habitat destruction due to rapid urbanization. 
• Electrocution in the areas with lesser trees.

Program for Protection

• The use of Diclofenac has been banned in India.
• Vulture has been brought under Integrated Development of Wildlife Habitat (IDWH)
• Vulture Safe Zones : 3 such zones have been created – from Uttarakhand to Nepal, Assam to Arunachal and Central India
• Vulture Breeding Facilities: Breeding facilities have been created in Guwahati, Pinjore and Buxa (WB)
• Ramadevarabetta Vulture Sanctuary: It is India’s only vulture sanctuary in Karnataka
• ‘Vulture Restaurants/Cafeteria’: These are elevated spots located strategically, for example, in Punjab and Maharashtra, where dead animals are kept for vultures to feed. 

Consequences of these disappearances

• The disappearance of vultures has allowed other species, such as rats and wild dogs, to take their place. These new scavengers, however, are not as efficient as vultures. Vulture’s metabolism is a true “dead end” for pathogens, but dogs and rats become carriers of the pathogens. Thus, they are directly or indirectly responsible for thousands of human deaths. 

• Hangul or Kashmiri Stag is a CRITICALLY ENDANGERED species under IUCN Red List. 
• There were only 160 mature individuals of Hangul in 2008 
• Project Hangul was started in 1975 by the J&K government, IUCN and WWF. Presently under IDWH
• It is also the state animal of J&K. 
• The main population is in Dachigam National Park, Srinagar.

• In 2010, Government declared Gangetic Dolphin as the National Aquatic Animal.  
• It is listed in the
  • Schedule 1 of the Wildlife (Protection) Act  
  • Endangered on IUCN Red List.
• It is found in parts of the Ganga Brahmaputra river system. More than 50% of Gangetic Dolphin are found in Bihar. 
• The Gangetic Dolphin symbolizes the purity of Ganga as it can survive only in freshwater.
• It is also known as Susu or Sushak, or Souns because of its noise. 

Side Topic: River Dolphins

• There are a total of 4 freshwater dolphins in the world i.e. 
  1. Baiji or Yangtze Dolphin (China)
  2. Boto or Amazon Dolphin 
  3. Bhulan or Indus Dolphin
  4. Susu or Gangetic Dolphin.

Main reasons for population decline

1. Poaching for oil 
2. Habitat degradation due to declining flow 
3. Heavy siltation 
4. Sand mining 
5. The construction of barrages causes population fragmentation due to physical barriers 
6. Increasing traffic due to the declaration of Ganga as National Waterways

Steps taken for preservation of Gangetic Dolphin

• Project Dolphin 
  • Ministry of Environment announced it in 2020 on the lines of ‘Project Tiger’.
  • It involves the conservation of dolphins through the use of modern technology and engages local fishing communities in the conservation process.
• National Dolphin Research Centre has been established at Patna University.
• Vikramshila Gangetic Dolphin Sanctuary has been established in Bihar.

• Indus Dolphin are endangered, freshwater, and functionally blind species of dolphins relying on echolocation for navigation, communication and hunting prey.
• India has a population of around 30 Indus Dolphins in the Beas River. The rest of the population is found in the Indus river in Pakistan. 
• Punjab declared it as its state aquatic animal in 2019.
• In 2021, the Punjab government, along with WWF-India, conducted the first organized census on the population of Indus Dolphin. 

• Nilgiri Tahr is the state animal of Tamil Nadu.
• It is listed in 
  • Schedule 1 of the Wildlife (Protection) Act  
  • Endangered on IUCN Red List
• It is endemic to the narrow belt of the higher elevation of Shola Forest in the Western Ghats.

Before Independence

After Independence

The Biological Diversity Act, 2000 was enacted to fulfil India’s commitments under UN Convention on Biological Diversity (CBD), signed in 1992 at Nagoya.

Aim

• Conservation of biological diversity. 
• Regulating the access to biological and genetic resources. 
• Ensure equitable sharing of benefits arising by using those biological resources.

Institutional Structure

• 3 -tier system was established with
  • National Biodiversity Authority (NBA) at Centre.
  • State Biodiversity Boards (SBBs) in each state.
  • Biodiversity Management Committees (BMCs) function with local governments (both municipalities and panchayats).
• It also establishes the National and State Biodiversity Fund. 

Functions of NBA, SBB & BMC

1. National Biodiversity Authority (NBA)

• All foreign nationals require approval from NBA for obtaining Indian biological resources.
• All Indian individuals/organizations must seek NBA approval before transferring knowledge/research to foreigners.
• The NBA’s prior approval is required before applying for IPR based on research conducted on Indian biological material.
• Advise the Central Government on matters relating to (1) conservation of biodiversity, (2) sustainable use of its components and (3) equitable sharing of benefits arising out of the utilization of biological resource
• Advise the State Governments in the framing rules for managing Biodiversity Heritage sites.

2. State Biodiversity Boards (SBBs)

• It advises state governments on the matter relating to the conservation of Biodiversity.  
• It regulates the commercial use of bio-resources in the state by Indians (i.e. companies using biodiversity resources for a commercial purpose need to take permission from SBB ), excluding 1) Vaids and Hakims, practising Indian medicinal system 2) Local People using the bioresources for local use.
• It ensures equitable sharing of benefits arising from utilizing biological resources.

3. Biodiversity Management Committees (BMCs)

• BMCs are constituted by the local bodies within their area of jurisdiction. 
• BMC will promote conservation, sustainable use and documentation of biological diversity.
• NBA and SBBs shall consult the BMCS while taking any decision relating to the use of biological resources and knowledge within the jurisdiction of the BMCS.
• BMC is mandated to prepare the People’s Biodiversity Register in consultation with local people. These registers will have comprehensive information about local biological resources and knowledge about their medicinal and traditional uses. 

Role of Indigenous & Local Community  (ILC)

• The act recognizes the role of ILCs in conserving biological resources over the years. Under the act, if the company uses local biological resources and has an annual turnover of more than Rs 3 crore, it will have to share 0.5% of sales with the local community.
• It also provides for the involvement of ILCs through biodiversity management committees (BMCs) in the preparation of people’s biodiversity registers (PBRs).

Biodiversity Heritage Sites

• Under the provisions of the Act, State Government, after consulting local bodies, can notify any area with biodiversity importance as Biodiversity Heritage Sites (BHS). 
• In consultation with the Central Government, the State Government may frame rules for the management and conservation of BHS.

Issues with Act

• Lack of Local Representation: Neither NBA nor State Biodiversity Boards have any representation from indigenous communities, forest-dwelling communities, or traditional knowledge practitioners. 
• Corporate Collusion:  Big players in this industry are yet not registered with the respective State Biodiversity Boards (SBBs). Hence, these corporations are able to bypass the provision of taking permission prior to using local biological resources and the subsequent requirement of sharing royalty.
• Less than 16% of local bodies had constituted Biodiversity Management Committees till 2016.
• Less than 3% of local bodies have prepared the People’s Biodiversity Registers (PBRs). The absence of PBRs puts several endangered species at the risk of extinction and denies benefits to locals from the commercial use of biological resources.

Divya Pharmacy Case (2019)

• Uttarakhand High Court has directed Divya Pharmacy to share part of its profits with the indigenous communities under the provisions of the Biodiversity Act, 2002. 
• Judgement has said that both Indian and foreign companies are liable to pay indigenous and local communities for using the biological resources under the Biological Diversity Act, as the latter kept the traditional knowledge of biological resources alive over the years.  

• TKDL was started in 2001.
• It is a collaboration project between CSIR & Ministry of AYUSH and implemented by CSIR.
• TKDL acts as a bridge between traditional knowledge information existing in local languages & patent examiners at IPO (International Patent Offices). Whenever any MNC or foreign company tries to get a patent on traditional knowledge of Indians, TKDL files a complaint against it to stop biopiracy.

• In the late 1990s, after granting Turmeric and basmati rice patents by the United States Patent and Trademark Office (USPTO) and the neem patent granted by the European Patent Office (EPO), respectively, the Indian Government successfully achieved their repudiation. Thereafter, the biopiracy and unethical bioprospecting issue made headlines. This led to the coming of more patent claims. Due to India’s vast traditional medicine knowledge in languages such as Sanskrit, Hindi, Arabic, Persian, Urdu, and Tamil, it became impossible for patent examiners to verify such claims at the international patent offices. Thus, the Department of AYUSH, Government of India, was encouraged for the creation of the Traditional Knowledge Digital Library (TKDL) in 2001.
• Achievements Till 2010,
  • TKDL had transformed 148 books in the public sphere based on Ayurveda, Unani, Siddha and Yoga languages into information consisting of 34 million pages, and further translated them into five languages, namely, English, German, French, Spanish and Japanese.
  • TKDL has already received information on Ayurveda’s 80,000 formulations, Unani’s 1,000,000 and Siddha’s 12,000.
  • TKDL also signed an agreement with the world’s leading international patent offices, such as the European Patent Office (EPO), the United Kingdom Trademark and Patent Office (UKPTO) and the United States Patent and Trademark Office with the primary objective of protecting conventional knowledge from biopiracy and further giving access to the database of TKDL by the patent examiners at International Patent Offices for enabling the purpose of patent search and examinations.
  • Pangaea Labs Limited (a UK-based company) filed a patent for a product based on Turmeric, pinebark, and green tea to treat hair loss. TKDL objected to this and proved it to be part of the Indian system of medicines like Ayurveda and Unani. As a result, Pangaea Labs withdrew its application. 
  • US company Colgate Palmolive applied for a patent for a mouthwash formula containing the herb Jayaphal (Nutmeg). The TKDL submitted proof against this, and the company withdrew the claim. 

Introduction

• IUCN, established in 1948, is one of the world’s oldest global environmental organizations.
• It is an organization working in the field of nature conservation and sustainable use of natural resources.
• IUCN is headquartered in Gland (Switzerland). 
• Its members include both Nation States and NGOs. 
• It has observer status at United Nations General Assembly.

Main functions of IUCN

• IUCN’s mission is to encourage, influence, and assist societies worldwide to conserve nature and ensure sustainable and equitable use of natural resources  
• It influences governments and industries through partnerships by providing information and advice. 
• The organization collects, compiles and publishes the IUCN red list of threatened species.

Red List of IUCN

• The Red Databook or Red list is a system of classifying plants and animals on the basis of their likelihood of extinction.
• The concept of the Red list was mooted in 1963. Each year, scientists worldwide assess or reassess species & IUCN Red List is subsequently updated. The latest list was released in 2021.
• This list helps Governments and NGOs prioritize their efforts to save the particular plant, animal etc. Special emphasis should be paid to species on the red list, and their trade should be banned CITES.

It has divided all flora and fauna into 9 groups

1. Extinct (Ex)

• The last individual has died.

2. Extinct in Wild (EW)

• Only surviving in captivity.

3. Critically Endangered (CR)

If the organism satisfies any one of the following conditions

4. Endangered (EN)

If the organism satisfies any one of the following conditions

5. Vulnerable (VU)

If the organism satisfies any one of the following conditions

6. Near Threatened (NT)

• Doesn’t qualify above three but is close to qualifying in future.

7. Least Concern (LC)

• These have widespread & abundant taxa.

8. Data Deficient

• Enough data is not available to conclude.

9. Not Evaluated

• Species that are not evaluated at all 

Note: Critically Endangered, Endangered and Vulnerable are also known as Threatened Species. 

Limitations of IUCN Redlist

• IUCN Red List contains 9 groups & the 9th group is not evaluated. It contains thousands of species.
• It is also likely that many species have or are in the process of becoming extinct but not receiving government protection efforts because they are in the 9th or 8th group.

Introduction

• CITES or Convention on International Trade in Endangered Species of wild fauna & flora is the brainchild of IUCN.
• It is headquartered in Geneva. 
• It is an inter-governmental treaty to ensure that trade in the wildlife species doesn’t threaten their survival. 
• It is also known as Washington Convention.
• Limiting the trade of wildlife flora and fauna has become even more important due to frequent epidemics in the past few years like the SARS epidemic (bats), MERS-CoV (camels), Ebola (bats or non-human primates) and Nipah virus (bats).

Why illegal trade?

• According to WHO, more than 50% of people in the world still use traditional medicines derived from animals and plants. In traditional Chinese and Asian medicine, the bones, tissues, and blood of tigers and the ivory of elephants are used to treat diseases like arthritis and impotence.
• It is a multibillion-dollar industry, just like narcotic drugs trade with large supply chains.

How CITES work?

CITES has no enforcement authority of its own. It relies on the cooperation of various nations and classifies species into 3 Appendices to regulate their trade  

CITES and India

• CITES has undertaken many projects, especially with the help of the Wildlife Crime Control Bureau under the Ministry of Environment. E.g., Project MIKE (Monitoring Illegal Killing of Elephants), Haathi Mere Saathi etc.
• In recent times
  1. India has demanded to transfer Small Clawed Otters and Indian Star Tortoise from Appendix II to Appendix I.
  2. On the opposite side, India has also proposed to remove Rosewood from Appendix II.

Criticism

1. It has no enforcement agency of its own

• Hence, it depends on the agencies of different nations and their laws, which vary greatly 

2. Arena of the fight between Developed nations vs Developing nations 

• CITES has become an arena of battle between developed nations, which promote a ban on trade in endangered species and developing nations, which see such trade as an economic resource. 

3. Introduction of Non-Native species

• Sometimes, confiscated endangered species are released into nature in a country where it is confiscated instead of sending it back to their native habitat. It has potential ecological impacts. E.g., Malayan Pangolin was released in China. 

4. Placing species in the Appendix is counterproductive

• If any species is included in Appendix I, it drives up the prices for that species, encouraging more hunting and poaching for trade. It was seen in the case of rhinoceros horn, elephant ivory, and tiger bone.  

• WWF = World Wide Fund for Nature.
• It was established in 1961.
• Mission: “To conserve nature and reduce the most pressing threats to the diversity of life on Earth.”
• Headquarters: Gland, Switzerland
• It runs a large number of projects in partnership with governments and bodies.

• BNHS is an autonomous organization.
• It deals with the conservation of flora and fauna, education and ecological conservation.
• It is headquartered in Coimbatore. 
• It has partnered with the Government of India to establish Salim Ali Centre on Ornithology and Natural History, which is an institute of higher learning which gives MPhil and PhD in Ornithology and Natural History.

• It is an organization under the United Nations.
• It was formed in 1972 as a direct result of the Stockholm Declaration of the United Nations Conference on the Human Environment. 
• It is headquartered in Nairobi.

• 1992 marked the 20th anniversary of the Stockholm Declaration (United Nations Conference on the Human Environment).
• Earth Summit or United Nations Conference on Environment and Development was held in Brazil’s Rio de Janeiro to commemorate this and discuss further steps.
• It led to the following important conventions wrt Biodiversity, Climate Change and Desertification.
  1. United Nations Convention on Biological Diversity 
  2. United Nations Framework Convention on Climate Change  
  3. United Nations Convention to Combat Desertification 

Introduction

• Since the domestication of the first crops & farm animals, humans have altered their genetic makeup through selective breeding & cross-fertilization. But in recent years, advances in biotech techniques have enabled scientists to cross the species barrier. E.g., Tomato has been modified using a gene from cold-water fish to protect plants from frost.
• Genetically Modified Organisms (GMOs) have become part of an increasing number of products, including foods, food additives, beverages, drugs, fuels etc. It has raised concern about side effects on human health & environment, including risk to biodiversity. 
• Cartagena Protocol (under the Convention of Biodiversity) was signed in 2000 to address the potential risks posed by the cross border trade & accidental release of Living Modified Organisms (LMOs).
• India is a member of the Cartagena Protocol.

Provisions

1. Advanced Informed Agreement

• Advanced Informed Agreement (AIA) is to ensure that member countries have access to the necessary information to make an informed decision before importing such organisms into their territory.

2. Biosafety Clearing House

• To signal whether the country is willing to accept the import of agricultural commodities, including LMOs.

3. Clear Labelling

• Commodities that may contain LMOs are to be clearly labelled when they are being exported.

Can a country ban import of LMO

• The country can ban the import of genetically modified organisms if they feel there is not enough scientific evidence that the product is safe.

• Full Name: Nagoya Protocol on the access to genetic resources & fair and equitable sharing of benefits arising from their utilization.
• The Protocol was signed at the Conference of Parties-10 (CoP-10) to Convention on Biodiversity, which was held in Nagoya (Japan) in 2010. If Kyoto entered history as a city where the climate accord was born, Nagoya would be remembered as a city where Biodiversity Accord was born. Subsequently, it became operational in 2014 at Pyeongchang CoP (South Korea).
• It is a legally binding agreement.
• Only those countries that are members of the Convention on Biodiversity (CBD) can sign the Nagoya Protocol. Hence, USA and Andorra are not the members.

What is sharing the benefits of genetic resources?

• Most of the world’s biodiversity is found in developing countries which consider it a resource for fuelling their economic & social development. Foreign bio-prospectors have searched for natural substances to develop new commercial products such as drugs & medicines. The product such developed would often be sold & protected by patents or other IPR without giving fair benefit to source countries. Hence, in the whole process, all parties suffer because biopirates don’t share profit, and as a result, countries are unwilling to share their genetic resources with MNCs (biopirates).
• The provision of access and benefit-sharing comes into the picture in such a situation. Under access and benefit-sharing, if any foreign or Indian company or any individual wants to get access to Indian biological resources like medicinal plants or traditional knowledge associated with that, that entity has to take consent from National Biodiversity Board. The board can impose a condition on the entity to share benefits in the form of royalty fees or profit-sharing arising from the commercialization of that product. 

Basis of Nagoya Protocol

• CBD recognizes national sovereignty on all genetic resources & provides that access to valuable biological resources be carried out on mutually agreed terms & subject to prior informed consent of the country of origin.
• When a microorganism, plant or animal is used for a commercial application, the country from where it has come has the right to benefit.
• Such benefits include 
  1. Cash 
  2. Samples of what is collected from the source country 
  3. Participation or training of national researchers 
  4. Transfer of biotech equipment & know-how 
  5. Shares of any profit from the use of resource 
• Nagoya protocol covers  
  • Genetic resources 
  • Derivatives (antibodies, vitamins, enzymes, active compounds & metabolics)
  • Traditional Knowledge associated with genetic resources 
• It doesn’t apply on 
  • Genetic resources covered under special access & benefit sharing agreements like (1) Framework for Pandemic Preparedness of WHO and (2) International Treaty on Plant Genetic Resources for food & agriculture.
  • Human genetic material  
  • Genetic resources acquired before the protocol 

Obligations of the country under Nagoya Protocol

1. Obligations related to access to genetic resources
   • Each party is required to create unambiguous & clear legal processes related to access to genetic resources.
2. Obligations related to benefit-sharing 
   • It provides for fair & equitable sharing of benefits arising from the utilization of genetic resources with the contracting party providing genetic resources subject to mutually agreed terms.
   • The benefit may be monetary (royalties) or non-monetary (sharing of research results).
3. Compliance obligations  
   • Party should cooperate in cases of the alleged violation of another contracting party’s requirement.

Implications of Nagoya Protocol on the economy such as India

• India would benefit as it is the most genetically diverse nation in the world.
• Now MNCs / bio-prospectors making use of Indian genetic resources in making commercial products would have to share profit with India.

Conservation of biodiversity is the protection and scientific management of biodiversity so that present and future generations can derive sustainable benefits from it.

• In-Situ Conservation means conservation in the natural habitat.
• It involves the conservation of the whole ecosystem to protect threatened species at all levels.
• It is done by establishing a ‘PROTECTED AREA NETWORK‘ backed by legislation. These Protected Area Networks are 
  1. National Parks 
  2. Wildlife Sanctuaries 
  3. Biosphere Reserves
  4. Conservation Reserves 
  5. Community Reserves 
  6. Sacred Grooves 
  7. Eco-Sensitive Zone
  8. Biodiversity Heritage Sites 

• Other steps for In-Situ Conservation of Biodiversity
  1. ICMBA (Important Coastal & Marine Biodiversity Areas) 
  2. UNESCO World Heritage Sites 
  3. Go Area and No Go Areas 
  4. Coastal Regulation Zone (CRZ)

• National Park is a natural habitat notified by the state government due to its ecological, faunal, floral, geomorphological, or zoological association of importance. 
• These are declared under Wildlife (Protection) Act, 1972. 
• It works on the principle of ‘Everything is prohibited unless permitted.’
• No human interference is allowed. Activities such as development, forestry, hunting, cultivation and grazing are not permitted.
• There are 104 national parks in India (1.23% area of India).

Ranking (for prelims)

• Maximum Area: Uttarakhand  
• Maximum number: Madhya Pradesh and Andaman & Nicobar with 9 each.
• Punjab, Chandigarh, Daman & Diu, Delhi and Lakshadweep have zero National Parks.

List of National Parks

• Biosphere Reserves are areas of terrestrial & coastal ecosystems that promote biodiversity conservation with its sustainable use. They are internationally recognized within the framework of UNESCO’s Man & Biosphere (MAB) Programme & nominated by national governments under the Wildlife (Protection) Act.
• The stress of MAB is to protect the threatened habitats and not the particular species.
• Living is not permitted in National Park and Wildlife Sanctuary, but Biosphere Reserves have very low restrictions on the residence. Biosphere Reserves are living examples of how human beings and nature can co-exist while respecting each other’s needs.

Biosphere Reserves in India

• India has 18 Biosphere Reserves. Out of these 18, 12 are recognized under the UNESCO MAB network.

• The State Government declares conservation Reserves in consultation with local communities in any Government-owned area, especially in the areas lying adjacent to National Parks, Wildlife Sanctuaries and areas linking one Protected Area with another to protect landscapes, seascapes, flora and fauna. 
• These are declared under Wildlife (Protection) Act, 1972. (added via Amendment in 2002)
• The declaration of the area as a Conservation Reserve doesn’t affect the rights of people living inside a Conservation Reserve.
• There are 97 Conservation Reserves in India. You can check their names by CLICKING HERE. 

• Sacred Groves, also known as Sacred Woods, are groves of trees having some special religious or cultural importance.
• These are protected areas under Wildlife (Protection) Act, 1972 (added via amendment in 2002).

A list of Sacred Groves are

• “Biodiversity Heritage Sites” (BHS) are terrestrial, coastal or inland areas rich in biodiversity, with some of the following characteristics.
  1. Richness of species 
  2. High endemism
  3. Presence of keystone species, rare species, threatened species etc.
  4. Presence of past biological components
• They are declared under National Biodiversity Act, 2002.

• Eco-Sensitive Zones are the areas within a 10 km radius of Protected Areas.
• They are declared under Environment (Protection) Act, 1986.
• The aim of declaring any area as an Eco-Sensitive Zone is to minimize the impacts of activities carried out in the areas surrounding protected areas on the fragile ecosystem of protected areas.

The UNESCO World Heritage Sites are the places listed by the United Nations Educational, Scientific and Cultural Organization (UNESCO)  as places of special cultural or physical significance.

Total in India = 40 

• 7: Physical
• 1: Mixed 
• 32: Cultural (2021: Dholavira = Latest entry)

The largest number of World Heritage Sites are in Italy, followed by China. India is ranked 6th.

Related to Physical Significance = 7 + 1 (mixed)

In 2010, Environment Ministry divided the areas into two parts for mining purposes, i.e. Go Area & No Go Area. 

The concept of Go and No-Go Area was for mining projects, but NGOs started to file PIL arguing to extend it to activities such as tourism, settlement etc., and restrictions in the No Go areas should be made more stringent. All this led to the problem of environmental clearances. 

TSR Subramanium Committee suggested the whole concept of Go & No-Go areas in the following way

Timeline

CRZ Notification, 2018

• CRZ Notification divided the Coastal area into 4 Zones vis Zone 1 to Zone 4.

• No development zone (NDZ) was reduced to 50 meters from the High Tide Line on the landward side, decreasing it from 200 metres in 2011 notifications.
• Tourism infrastructure: The notification allows temporary tourism facilities such as shacks, toilet blocks, change rooms etc., on beaches at a minimum distance of 10 m from HTL.
• CRZ clearances are needed only for projects located in CRZ-I (eco-sensitive zones areas and intertidal zones) and CRZ IV (12 NM from LTL towards the sea).
• Defence and strategic projects have been accorded necessary dispensation.

On one side, these regulations will help in promoting economic development and tourism. But, it has also made the coastal ecology and communities vulnerable.

• In Seedbanks, the seeds can be stored at low temperature and humidity as a backup in the case of any unforeseen circumstances. 
• Important Seedbanks are Global Seedbank Vault at Svalbard (Norway) and Indian Seed Vault at Chang La (Ladakh).
• Although useful, this strategy faces issues like seeds have a finite life and need to be replaced. Along with that, seed banks of private companies like Monsanto are only concerned with storing commercially viable seeds. 

Examples of Seed Banks

1. Global Seed Vault at Svalbard (Norway)

• It is a state-of-the-art seed protection facility, famously called the ‘Doomsday’ or the ‘Apocalypse’ Seed Bank or ‘Noah’s Ark for seeds’.
• It is situated in the remote Arctic Svalbard archipelago (part of Norway).
• It was established in 2008.
• It is located 1000m deep inside the mountain.

2. India’s Seed Vault

• It is situated at Chang La, Ladakh, in the Institute of High Altitude Research.
• It was made in 2010 by ICAR, CSIR and the Department of Biotechnology.
• In India, the seed bank is managed by the National Bureau of Plant Genetic Research.
• The Indian seed vault is the second largest vault in the world, after Global Seed Vault.

3. NAVDANYA

• It is a community-based seed bank that has a presence in around 17 states in India.
• In this, the farmers grow the seeds as well as supply the seeds.
• In the Navdanya, the farmers are encouraged to grow their own seeds, taught the traditional farming method, and at the end of the season, they should return25% of the seeds.
• Navdanya is also promoting eco-feminism. 

• Gene banks act as biorepository by preserving the genetic material.
• In Gene banks, cryopreservation techniques can preserve genetic strains of threatened species for long periods.

• Zoos can be used to raise some endangered species, try to breed them & reintroduce their offspring back into the jungle. 
• The Zoological Survey of India declares zoos under Wildlife Protection Act. 
• But Zoos face many issues like 
  • All the species can’t breed in captivity.
  • If an animal is reintroduced to its natural habitat, the animal finds it difficult to survive in the wild. Hence, the captive breeding of animals should be used only in exceptional circumstances. 
  • Zoos concentrate on big & popular species like tigers, pandas etc., which can attract a large population. They are least interested in protecting small species.

According to the Convention on Biodiversity (CBD), Biodiversity is the variability among the living organisms, inter alia, terrestrial, marine and other aquatic ecosystems. It also includes diversity between species and within species. 

There are three levels of biodiversity, i.e. Genetic diversity, Species diversity and Community/Ecosystem diversity.

1. Genetic Diversity

Genetic diversity is the diversity that is found at the level of genes. Genetic diversity is the differences in the genetic make-up within a single species.

Some points to note about Genetic Diversity

• The greater the genetic diversity, the more capable are the genes to face different threats, therefore increasing the chances of an organism surviving in adverse conditions. 
• India has more than 50,000 different varieties of rice. But these rice varieties have faced the onslaught of monoculture promoted by the Green Revolution resulting in more diabetes in the Indian population.
• Generally, the tropics have greater genetic diversity.

2. Species Diversity

Species diversity denotes the number of species per unit area. It signifies the richness of species in a given habitat.

Some points to note about Species Diversity

• The Eastern Himalayas are especially rich in species biodiversity because high temperature, humidity and rainfall promote different biogeographic zones, causing the development of flora and fauna in these biogeographic zones.  
• Species diversity is also greater in the tropics because of the following reasons. 
  1. High heat and humidity which is optimum for metabolic activities 
  2. These regions have been climatically stable.  
  3. As weathering and erosion are greater in the tropics, the soil mantle is greater. Therefore, floral and faunal diversity is high.
• Generally, smaller islands have more endemism than species richness. In other words, there will be unique species on the islands, but different varieties aren’t found on the islands. Therefore, the general rule is that islands are poorer in species richness than the mainland areas. 
• Most of the islands are unique in the way that they have a high degree of endemism, but the species are threatened because an invasive alien species can easily colonize the island.

3. Ecosystem / Community Diversity

Ecosystem Diversity refers to the ecosystem level diversity due to the diverse niches, trophic levels and ecological processes such as nutrient cycles, energy flow etc.

1. Alpha Biodiversity

• Alpha biodiversity is measured by counting the number of species within a particular area, community or ecosystem. 

2. Beta Biodiversity

• Beta biodiversity is the comparison of biodiversity between ecosystems. It is the change in the number of species between ecosystems.

3. Gamma Biodiversity

• It is the measure of the overall biodiversity of the total landscape or geographical area.

• The theme for IBD 2021: We’re part of the Solutions
• The theme for IBD 2020: Our solutions are in nature

Ecosystem Services

Ecosystem Services are the processes by which the environment produces benefits useful to people akin to economic services. E.g.

1. Provision of clean water & air
2. Pollination of crops
3. Mitigation of environmental hazards  
4. Preventing soil erosion
5. Cultural services such as cultural advancement of people (like inspiration for music, painting etc.), recreation and building of knowledge

Insects and Ecosystem

• Insects play an important role in sustaining life and food security by acting as pollinators and natural recyclers. 
• The population of insects has been reduced at the rate of 9% in the previous three decades due to various reasons like the introduction of broad range insecticides like DDT, climate change, honey hunting etc. For example, the US lost half of its butterfly population due to the introduction of DDT in the 1940s. 
• It is important to arrest this development. Otherwise, it will imperil the world food supply as pulses, oilseeds, and fruits depend on pollination. 

Inter-Governmental  Platform  On  Biodiversity and Ecosystem  Services (IPBES)

• It was created in 2012
• Its secretariat is situated in Germany and is administered by the UN.

Biodiversity is being lost at an unprecedented scale, as pointed out by WWF’s Living Planet Report (2018), which stated that between 1970 and 2014, 60% of the world’s vertebrate population (animals with a backbone) was wiped out by human activity. 

1. Habitat destruction or fragmentation

• Habitat destruction and fragmentation are happening due to the following reasons 
  1. Conversion of land for agriculture
  2. Land use for construction purposes 
  3. Damage to coastal and marine systems for the construction of ports and infrastructure 
• The aptest example of habitat loss is the Amazon rainforest, also known as the “Lungs of the planet”, which is destroyed and being replaced by agriculture and human settlements.
• Habitat fragmentation leads to biodiversity loss because mammals and birds require a large minimum territory to sustain their population.

2. Pollution

• Nutrient loading into the ecosystems leads to Algal blooms and Eutrophication.
• Air pollution has a detrimental effect whole ecosystem. 

3. Invasion of Exotic Species

• Invasive species are introduced – intentionally or unintentionally – to an ecosystem in which they don’t naturally appear & which threaten habitats, ecosystems or native species. 
• They become invasive due to high reproduction rates & absence of natural predators to control their population.
• Examples include 
  • Tilapia fish: It was introduced in the inland waters of Kerala in 1952 from the eastern coast of South Africa because of its higher productivity. But the fish became invasive, resulting in the extinction of native species. 
  • Nile Perch: The fish was introduced in Lake Victoria, which grew at an exponential rate and led to the extinction of more than 200 species.

4. Over-exploitation

• Due to population overgrowth, humans are overexploiting biological resources. E.g. due to increased demand for fish, 50% of world commercial fisheries are fully exploited, and 25% are overexploited. 
• Species such as Dodo and Steller’s sea cow have already become extinct in the last 200-300 years due to over-exploitation by humans.

5. Hunting

• Animals are hunted for commercial exploitation as well as for sport.
• For example, in 2021, Pakistan gave a permit to Dubai Royals to hunt Houbara Bustard Bird (status: vulnerable) for money.

6. Climate Change

Climate change and global warming have led to the following detrimental impacts on biodiversity 

1. Species redistribution
2. Effect on the timing of reproduction & migration.
3. Increased frequency of pest outbreaks and forest fires. 

7. Co-extinction

• Co-extinction is the process in which the extinction of one species leads to the extinction of another species, which has a mutually beneficial relationship with the extinct species. For example, the extinction of fish leads to the extinction of parasites that feed on the host fish. 
• The most famous example of co-extinction is that of the Calvaria tree and Dodo (extinct bird of Mauritius Island). Both were mutualistic associated as Dodo helped germinate tough endocarp of the seeds of the Calvaria tree through its digestive juices and stones in the bird’s gizzard. Thus the extinction of Dodo led to the extinction of the Calvaria tree as well.

8. Use of Hybrid Seeds

• Hybridization between native and non-native species and subsequent loss of native species. 

9. Natural disasters

• Natural disasters like tsunamis, forest fires, earthquakes, volcanic eruptions etc., also cause irreparable damage to the region’s biodiversity.

10. Jhum cultivation

• Jhum cultivation involves slashing down and burning the natural vegetation to prepare the land for cultivation. The farming is done on the plot for 2 to 3 seasons, after which the tribal farmers move to another plot due to the reduction of the fertility of the given land.

The loss of biodiversity is dangerous for the whole ecosystem. The ‘River Popper Hypothesis‘ by ecologist Paul Ehrlich beautifully explained the perilous impacts of biodiversity loss. He compared the species in an ecosystem with the rivets in the aeroplane’s body.

1. If some of the rivets on the body are removed, nothing serious happens to the aeroplane.
2. But if rivets beyond a certain number are removed, the whole aeroplane will fall apart.
3. Which rivet is removed matters as well. If the key rivet is removed, the whole aeroplane can collapse with the removal of a single rivet.

• Light Pollution is excessive & misdirected artificial (usually outdoor) light in the environment. 
• It is also known as photo pollution or luminous pollution. 
• 2017 WWF Earth Hour has highlighted the issue of Light Pollution.

• Unnecessary use of artificial lights
• Poorly designed residential, commercial, and industrial outdoor lights. 
• Unshielded light fixtures that emit more than 50% of their light skyward or sideways. 

1. Environment

• Photo pollution increases air pollution by suppressing a naturally occurring Nitrate radical that cleans the air at night. (Nitrate prevents ground-level Ozone formation). 

2. Human Health

• Light Pollution affects circadian rhythms (biological watch). 

3. Energy

• Misdirected light results in energy waste and creates GHG emissions.

4. Wildlife

• Lights can attract or repel animals and insects in human areas. 
• It disturbs the migration of birds that navigate using the stars.

5. Astronomy

• Light spills and sky glow interfere with astronomical equipment, making viewing faint celestial bodies difficult.

• Organic compounds that resist photolytic, biological & chemical degradation are known as Persistent Organic Pollutants or POPs. 
• Due to persistence, pollutants are capable of long-range transport, bioaccumulation & biomagnification.
• POPs include pesticides, industrial solvents, polyvinyl chloride & pharmaceuticals.

Common Characteristics

1. Low water Solubility

• They aren’t soluble in water.

2. High Lipid Solubility

• They have high lipid solubility, which leads to bio-accumulation.

3. Semi-Volatile

• They either occur in nature in the vapour phase or are adsorbed on atmospheric particles, facilitating long-range transport. 

4. Toxicity

• POPs with higher molecular weights are toxic.

5. Chemical structure

• Most of the POPs are halogenated & many have chlorine as a component.

• The process by which a pollutant enters the food chain and accumulates in the body of a living organism is known as Bioaccumulation.
• The tendency of the pollutant to increase in concentration as it moves from lower to higher trophic levels in the food chain is known as Biomagnification.

• Example
  1. The sewage containing POPs such as DDT is dumped into rivers and oceans, entering the food chain through phytoplankton and zooplankton. The concentration continues to increase in the successive trophic levels. 
  2. Commercial agriculture requires more application of insecticides and pesticides. Hence, pesticides and insecticides enter the food chain and continue to accumulate at successive trophic levels.

• The bioaccumulants tend to move upwards in a food chain.
• They are non-biodegradable, and therefore they have a longer life.
• They are not soluble in water, and therefore they can’t be thrown away by the body through urine and excreta. 
• Most of the bioaccumulants are fat-soluble, i.e. lipogenic, and hence they are transferred easily from mother’s milk to infants or transferred to the meat and fish-eating population. (example includes mercury poisoning or Minamata disease).

There are following conventions

1. Stockholm Convention 
2. Rotterdam Convention 
3. Basel Convention
4. Bamako Convention

1. Stockholm Convention on POPs

• It is the convention on bioaccumulants, also known as Persistent Organic Pollutants (POPs).
• It deals with banning the pollutants known as ‘DIRTY DOZENS’. 
• The convention was signed in 2001 under the aegis of the United Nations. Consequently, India became a party to the convention in 2005. Presently, it has 179 members. 
• The global Environmental Facility (GEF) is the designated interim financial mechanism for the Stockholm Convention.

Dirty Dozen or 12 listed POPs  

Note

Most of India’s commonly used insecticides and pesticides have to be mandatorily labelled under the Insecticide Act of 1968 and the rules of 1971. Four colours are used to indicate the toxicity level of insecticide or pesticide

2. Basel Convention

• Basel Convention is on the transboundary movement of hazardous waste and its disposal. It was signed to stop the dumping of hazardous chemicals from developed to developing nations. 
• Most of the pollutants are covered under Basel Convention except radioactive waste.
• Basel Convention is against the ‘TOXIC COLONIALISM’ (epitomised by KOKO CASE, where Italy used to transport 8,000 barrels of most toxic waste per month to Nigeria in return for the rent of $100 till 1988).
• It was signed in 1989 and came into effect in 1992. 

3. Rotterdam Convention on International Trade in  Hazardous Substances

• Rotterdam Convention is on the Prior Informed Consent Procedure for certain Hazardous Chemicals & Pesticides in International Trade.
• It was signed in 1998 and became effective in 2004.
• Under the convention, while trading in hazardous chemicals and pesticides, the country has to take prior consent before exporting it to another country. 
• In the recent meeting of the Rotterdam Convention, Canada has objected to listing asbestos fibres as pollutants. 

4. Bamako Convention

• It is a convention on controlling transboundary movement and managing hazardous waste, including radioactive waste within Africa (only).