Authors: Prakash Sharma and Partha Pratim Mitra
On May 09, the world celebrated the World Migratory Bird Day in order to raise awareness of migratory birds and the importance of international cooperation to conserve them. For the year 2020 the theme is “Birds Connect our World”. It is organized by a collaborative partnership among two United Nations treaties i.e. the Convention on Migratory Species (CMS) and the African-Eurasian Migratory Waterbird Agreement (AEWA), and the Colorado based non-profit organization, Environment for the Americas (EFTA).
Migratory Birds play an important role by conserving and restoring the ecological connectivity and integrity of ecosystems that support the natural cycles that are essential for the survival and well-being of migratory birds. Over the years, migratory birds are facing severe existential threat. Factors like loss of habitat, climate change, poisoning, power lines, and illegal killing have contributed immensely to the threat. It is realized that individual State effort wouldn’t bring desired results, however, sincere collective actions from all nation-states, across the world, has the potential to better protect migratory birds and the habitats they need to survive and thrive.
In this regard, CMS brings together the nation-states through which migratory animals pass, the Range States, and lays the legal foundation for internationally coordinated conservation measures throughout a migratory range. Migratory species threatened with extinction are listed on Appendix-Iand those migratory species that need or would significantly benefit from international co-operation are listed in Appendix-II of the Convention. Listing generally leads to concerted actions in different national jurisdictions in which a species range. Actions may include cooperation among range countries, harmonization in policies etc. through regional agreements. CMS has working groups specializing in various fauna families, and a scientific council that advises research-based solutions for conservation.
Endangered and Threatened Bird Species
At least 1,317 bird species have been recorded in India against around 10,000 species found worldwide. Of the 1,317 species recorded in India, 72 are endemic to the country. According to an assessment of the International Union for Conservation of Nature (IUCN) 2018, a total of 100 species of Indian birds are classified as ‘threatened’. Of these, 17 are categorized as ‘critically endangered’, 20 as ‘endangered’, and 63 as ‘vulnerable’.Besides these threatened species, there are several other species that are marked by sparse population size and restricted range and are generally considered rare by conservationists.
COP-13, India: Relevance
The conservation of wildlife and habitats has long been part of the cultural ethos of India.In February 2020the 13thsession of the Conference of the Partiesto the Convention on the Conservation of Migratory Species of Wild Animals(COP-13) was held in Gandhinagar, India. The COP-13 had the theme titled “Migratory species connect the planet and together we welcome them home”. The COP-13resulted in the adoption of seven new species including migratory birds like Great Indian Bustard, Bengal Florican, Little Bustard, Antipodean Albatross to Appendix-I of the CMS. In this regard, the Government of India also issued a special stamp edition featuring the Great Indian Bustard as the mascot of COP-13.
COP-13 was the largest ever in the history of the Convention, with 2,550 people attending including 263 delegates representing 82 Parties, 11 delegates from 5 non-Party countries, 50 representatives from United Nations agencies, 70 representatives of international NGOs, 127 representatives of national NGOs and over 100 members of both national and international media.COP13 adopted the Gandhinagar Declaration, which calls for integration of migratory species and the concept of ‘ecological connectivity’ in the new framework (to be adopted at the United Nations Biodiversity Conference in October).Interestingly, COP-13 is perhaps the first COP ever inaugurated by the Head of Government of the host-country.
Convention on Migratory Species and its Agreements and MoUs
The CMS was initially signed by 21 nation-states in Bonn, Germany on 1979 and came into force in November, 1983. Presently, CMS has 130 nation-states as its Party while several other nation-states, although not Party to the CMS are Party to one or more of the agreements and/or have signed one or more of the Memorandum of Understandings (MoUs). The CMS was mainly drafted by Francoise Burhenne-Guilmin who later became head of IUCN’s Environmental Law Commission. CMS is species specific and covers terrestrial, marine and avian migratory species. According to Philippe Sands and Jacqueline Peel migratory species can be classified into four general categories; (1) Marine species which breed on the shores of coastal states but migrate to sea during adult life, e.g. seals, sea turtles, anadromous fish; (2) Highly migratory marine species which travel between exclusive economic zones and high seas e.g. tuna or whales; (3) Territorial species with a well-established migration pattern e.g. birds; and (4) Territorial or marine species which live in border areas and regularly cross jurisdiction boundaries e.g. gorillas or elephants.
Interestingly, however, the CMS itself does not apply any direct measures, but directs the “range states” to make ancillary agreements. So far six regional agreements and seven non-binding MoUs have been convened on various migratory species, like AEWA, 1995whichis an intergovernmental treaty dedicated to the conservation of migratory water birds including 255 species of birds ecologically dependent on wetlands for at least part of their annual cycle and their habitats across Africa, Europe, the Middle East, Central Asia, Greenland and the Canadian Archipelago. Likewise, the Agreement on the Conservation of Albatrosses and Petrels (ACAP), 2001 was made to recognize the need for international cooperation for marine migratory species like Albatrosses and Petrels.
Similarly, the MoU concerning conservation measures for the Siberian Crane, 1993 was entered to protect Siberian Cranes. The MoU concerning conservation measures for the Slender-Billed Curlew, 1994 was formed with an aim to safeguard the Slender-Billed Curlew. The MoU on the conservation and management of the Great Bustard, 2001 was also made to correct the continuous decline of the Great Bustard and degradation or fragmentation of suitable habitats and hunting pressure in Middle-European States etc.
Migratory Bird Treaties:From 1916 onwards
Prior to the multilateral international conventions, migratory bird treaties (MBTs) were main instruments for bird protection. The United States of America(USA) is pioneer in entering into the treaty regime of ‘nation-state conservation policy’. Perhaps, the thought was to successfully strengthen the domestic laws and thereafter facilitate the international cooperation for avian conservation. The 1916,The United States signs a treaty with Great Britain (acting on behalf of Canada, then part of the British Empire)to stop all hunting of insectivorous birds and to establish specific hunting seasons for game birds. In order to implement the treaty, the USA Congress passed the Migratory Bird Treaty Act, 1918 and replaced the Weeks-McLean Act, 1913.The said treaty is known to be one of the oldest sources of international environmental law.Later, USA signed a treaty similar to the one entered between Great Britain with Mexico in 1936 for the protection (through laws and regulations) of migratory birds in their movements across the two signatory nation-states.USA signed treaty with Japan in 1972 for protection of migratory birds except if an open season has been established. Likewise, USA entered treaty with Union of Soviet Socialist Republics (USSR) in 1976 to improve cooperation between the contracting parties as the conservation of migratory birds passing between their territories.
The success of MBTs to facilitate, encourage, and justify expensive and often low-priority bird conservation and research facilities rubbed onto other nation-states. For instance, Japan in 1973 signed a treaty with USSR to promote cooperation in the conservation of birds migrating between the contracting parties’ territories and of endangered species of birds. In 1974, Australia signed an identical treaty (the one entered between Japan and USSR) with Japan. In 1981, Japan entered an agreement with Peoples Republic of China (PRC) for the prohibition of the taking of birds listed in an appendix to the treaty, establishment of bird sanctuaries, and for the exchange of research results. This bilateral migratory bird agreement has been instrumental in building research capacity in PRC for the study of migratory birds.
There are certain little known yet significant MBTs, for example, the 1984 agreement between India and USSR, which is applicable to species of birds for which there is a positive evidence of migration between the two countries and also to species or sub-species common to both countries and listed in the appendix attached with the agreement. Both nations agreed to promote joint research programs and establish bird sanctuaries and endeavour to preserve and improve the natural environment of migratory birds. Another, treaty entered between Republic of Korea and the Russian Federation in 1994 (is the only bilateral treaty entered in 1990s)was on mutual cooperation for taking measures for the management and protection of migratory birds and their habitat and the prevention of the extinction of certain birds. It recognized that many species of birds migrate between and seasonally live in both countries and that certain species of birds are in danger of extinction.
Though, the merits of MBTs are mostly limited to migratory bird species and is limited between the nation-states party to such treaties. Nevertheless, from the perusal of above-discussed MBTs, it is argued that MBTs are still a beneficial tool since multinational treaties tend to be inflexible, cumbersome, and politically driven. They act as a useful tool for international wildlife conservation (even after the emergence of multinational treaties like CMS). At the same time, it would be much too simplistic to conclude that any one category or model of MBT is better than any other, In fact MBTs have starting to form a network of international conservation efforts.
The last flocks of passenger pigeons were reported in 1888, the last confirmed sighting occurred in 1900, and the last passenger pigeon died in captivity in 1914 in Cincinnati zoo.In 1850 Alexander Wilson, an ornithologist,watched migrating flock of passenger pigeons and wrote that their passing had darkened the sky for more than 30 minutes(containing 2 billion birds spread over 384 km long and 1.6 km wide, in the sky). Both passenger pigeon (Ectopistes migratorius) and Dodo (Raphus cucullatus) were most dramatic bird extinction ever recorded. Both were the victim of human consumption. Even thereafter, the human desire did not stop, birds which were frequently around 10 years ago, have become rare and in certain cases extinct. In the times, when most of the world’s population is under some form of restricted movement due to the COVID-19, this theme “Birds Connect Our World” carries a particular relevance and poignance. The need of hour is multiple efforts, for instance, during recently concluded COP-13, the Indian Prime Minister pledged to focus on the conservation of migratory birds along the Central Asian Flyway, announced the establishment of an institutional research facility for the conservation of migratory birds and marine turtles, and confirmed efforts to reduce pollution from micro-plastic and single-use plastic etc. It is desired that human-beings collectively act to prevent the destruction of birds. This would demand adherence of stringent domestic laws, and measures that conserve and protect their habitats and their flyways.
* Partha Pratim Mitra has written a book titled, Birds, Wetlands and the Law: Indian and International Perspectives (Thomson Reuters, 2019).
Researchers unveil roadmap for a carbon neutral China by 2060
Chinese president Xi Jinping told the UN general assembly on 22 September that China would achieve carbon neutrality by 2060. The announcement sparked a huge response and gave rise to speculation as to how this would be achieved.
On 12 October, research into a possible route to that target was published by Tsinghua University’s Institute for Climate Change and Sustainable Development (ICCSD) – the most authoritative roadmap to emerge since the commitment was made. If China follows the recommendations of the report, it could mean tougher energy-saving and emissions-reductions targets for the 14th Five Year Plan (FYP), a more ambitious Nationally Determined Contribution (NDC) for 2030, with yet faster and deeper decarbonisation to come from 2030 onwards.
Decarbonising for the 1.5C target
The 2015 Paris Agreement aims to limit climate warming to 2C (compared to pre-industrial levels) at the end of the century, while pursing efforts to limit the increase to 1.5C. That 1.5C target has been controversial because it requires greater emissions cuts and it was only added to the text of the agreement at the last minute.
Professor He Jiankun, project leader of the new study and chair of the ICCSD’s academic committee, said at a press briefing on the research that “achieving carbon neutrality by 2060 essentially means a long-term deep decarbonisation process oriented at the 1.5C target”. The director of the ICCSD is Xie Zhenhua, formerly China’s special climate envoy. Xie was also overall supervisor of this research project.
According to the roadmap presented in the study, by 2050 China must achieve net zero carbon dioxide emissions, with emissions of all greenhouse gases down 90% on 2020 levels, if it is to achieve carbon neutrality by 2060. The authors did not offer a specific roadmap for reducing emissions between 2050 and 2060, but said that emissions cuts should be increased, with negative emissions growth in the energy sector and more capture and sequestration of carbon dioxide using carbon sinks and carbon removal technologies.
The roadmap implies that all greenhouse gases are included in China’s 2060 pledge – something that observers had wondered about. But one expert close to China’s policy on non-CO2 greenhouse gases told China Dialogue that for now it remains an academic assumption, and official documents would be needed to confirm the government position.
Although the recommended roadmap is ultimately closing in on the 1.5C target, this does not mean China will immediately fast-track deep decarbonisation. The roadmap has two stages: before 2030 China will cut emissions according to an “enhanced mitigation scenario”, with a tougher 2030 NDC target and increasing efforts to reduce emissions. But that alone would leave China far from even the 2C target. However, the researchers propose much tougher measures after 2030, which will bring China into line with the 1.5C target. Assuming these recommendations are adopted, China will see a later, but steeper decline in emissions than it would if it set out to hit the 1.5C target immediately, with a carbon peak by 2030, an energy consumption peak around 2035, and carbon emissions approaching zero by 2050.
At the launch, He Jiankun explained that “the economy and the energy sector are hugely complicated systems, with a lot of inertia, so a transition will take time”. Rapid implementation of the absolute carbon cuts needed for the 2C or even 1.5C target would be very difficult, and China still needs to develop. So in the first stage, staving off additional emissions rather than cutting existing emissions should be the priority to bring about a carbon peak. But after 2030, the speed with which China reduces emissions will “far outstrip the developed nations”.
Implications for near-term policy
There is a great deal of interest in how China’s 2060 carbon neutrality target will affect the 14th Five Year Plan (for 2021-2025), which is currently being drafted, with this being seen as a test of China’s level of commitment.
The researchers also make suggestions for energy-saving and emissions-reduction targets in the 14th FYP, such as a 20% share of non-fossil fuels in primary energy consumption by 2025, and a carbon emissions cap of under 10.5 billion tonnes (2020 figures for these are expected to be 16% and 10.3 billion tonnes respectively).
“We have to control any rebound in coal use during the 14th FYP and work towards peak coal, or even negative growth,” said He.
The researchers also recommend China toughens and updates its NDC for 2030, lowering carbon dioxide emissions per unit of GDP by over 65% on 2005 levels and reaching a 25% share of non-fossil fuels in primary energy consumption.
Speaking at the launch, Wang Yi, a member of the Standing Committee of the National People’s Congress (China’s top legislative body) and vice director of the Chinese Academy of Sciences’ Institute of Science and Development, said that 14th FYP targets should remain tough and be expanded: for example, by including overall caps – in particular a carbon cap – alongside existing efficiency targets (such as carbon and energy intensity). Other experts have also called for a carbon cap in the 14th FYP.
Wang also pointed out that a package of legislation will be needed to ensure 14th FYP climate targets are met. This includes an Energy Law currently being drafted, an ongoing revision to the Energy-Saving Law, and a Law on Combating Climate Change being prepared. “The Law on Combating Climate Change will only reach the statute books if a carbon cap is at its core – if not, it loses a raison d’etre as other laws can replace it,” Wang said. Lower level regulations, such as for carbon markets, must also keep up, he said.
From our partner Chinadialogue
COVID-19 has given a fillip to biodiversity
The COVID-19 outbreak caused many problems for the world, but in return gave the planet’s environment and biodiversity a chance to breathe. The high mortality rate may be worrisome, but it provided us with the opportunity to think more about how we should treat biodiversity in a better way.
Biodiversity is an important feature of life explained by the vast diversity of plants and animals, which is a non-renewable resource and its loss will be irreparable, Kioumars Kalantari, head of the natural environment and biodiversity of the Department of Environment said.
The growing importance of biodiversity is due to its role in maintaining the stability of ecosystems, because in an ecosystem, the greater the species diversity, the longer food chains, resulting in a more stable environment, he added.
According to him, today the protection of biodiversity, habitats, and natural ecosystems is among the most important indicators of sustainable development in the world.
Fortunately, Iran benefits from rich biodiversity due to special climatic, geographical, and topographic conditions and characteristics, and more than 8600 species of plants and 1300 species of vertebrates live in the country, he highlighted.
Unfortunately, the environment faces a variety of threats and challenges, including pollution, habitat destruction, climate change, sand and dust storms, natural disasters such as droughts, floods, and increasing disease outbreaks, he noted.
He went on to say that despite all the efforts that have been made nationally as well as internationally worldwide, the environment today is no better than it was in the early twentieth century.
The sudden prevalence of COVID-19, followed by lock-downs and restrictions around the world, reduction in human activity, the evacuation of highways, reduction in travel, air, and land transport, and a significant drop in greenhouse gas emissions, has benefited the nature much, he explained.
It greatly improved air quality and reduced the risk of lung and cardiovascular diseases, key environmental indicators that have been steadily deteriorating for more than half a century, remained fixed, or moved towards improvement, he emphasized.
The extent of the disease and the human casualties may be so painful that it does not give us a chance to rejoice in the healing process of nature and the environment, but the good condition of climate and nature can be a fillip for each of us on this planet, especially those in charge, to think more about our past actions and slow down our exponential pace of unsustainable development and the destruction of valuable biological resources, he also highlighted.
Perhaps changing our plans and behaviors to use more of renewable energy, while increasing the use of telecommunications facilities such as video conferencing, webinars, online meetings, can greatly reduce travel as well as greenhouse gas emissions and thus help preserve nature and valuable biodiversity treasures, he said.
Biodiversity conservation is in fact the protection of ourselves and the resources without which we cannot survive, he stated, adding, human health depends on the health of other creatures and the environment in which they live.
The outbreak of the coronavirus and its pathogenic consequences highlights the importance of the dependence of the health of all organisms on the planet on each other and the environment.
“Our Solutions Are in Nature” which expresses the importance of nature in responding to the challenges we face in terms of sustainable development and the necessity of comprehensive cooperation to achieve a future in harmony with nature, he added.
According to experts, “the most important and largest public asset of any country is the environment”, unfortunately, due to the wrong approach and underestimation of its vital importance, its capacity is declining every day, and it cannot be exchanged or bought, although some officials, especially economists, suggest ways to price these environmental resources, they are invaluable, he stated.
Kalantari further expressed hope that by living in harmony with nature, humans will be able to benefit as much as possible from the valuable resources and to protect and preserve the biological richness of the world in the best possible way.
Why human absence prospers nature?
Pointing out that protecting the planet is important to humans, and we need to maintain the best conditions on Earth after Coronavirus, Mohammad Darvish, a member of the National Security Council for the environment, said that the pandemic has caused the earth to breathe deeply, and now the wise man is faced with the question that “why, when human activity as a member of the ecosystem decreases, not only does nothing happen, but the condition of nature improves.”
Think of bees being removed from nature. In this case, the integrity of the Earth’s environmental property, the reproduction of many species and humans themselves will be damaged, or if brown bears are removed, soil fertility will decrease, or if wild boars are removed, water permeability will decrease and floods will increase, he explained.
Therefore, there have been wise in the creation of all plant and animal species or even insects, and have contributed to the earth’s resilience, he emphasized.
Why has it now happened that man, who considers himself the best of creatures, that must be more responsible, has behaved in such a way that his absence is in favor of nature and the earth?
Such happening should give us a lesson to change our development programs in favor of nature and try to understand the laws of nature, instead of spending budgets on warfare, larger and more horrific weapons, he noted, implying that environmental research and health is now more essential as well as improvement of the education system so that in the post-corona crisis world we can appear wiser, more knowledgeable, and more responsible.
From our partner Tehran Times
Global Warming: Past as Prologue to the Future
Dr. Arshad M. Khan and Meena Miriam Yust
If the vice-presidential debate lacked direction, hurricane Delta did not. It slammed into the Louisiana coast as a Category 2 causing widespread damage with its 100 mph winds, then continued inland as a Category 1 storm. If Delta sounds like an unusual name for a hurricane, it is.
The World Meteorological Organization has a list from A to W of 21 potential storm names. The letters Q, W, X, Y and Z are omitted. In all there are six lists meaning that the 2020 list will be repeated in 2026.
Using names for storms facilitates identification in communications when compared to the prior method using latitude and longitude particularly when the storm itself is moving.
So here we are in 2020 with 25 storms so far. The residents on the Louisiana coast have had a double whammy with hurricane Laura slamming them earlier in the last week of August. It was a deadly Category 4 with maximum sustained winds of 150 mph. Just 7 mph short of a Category 5 (the deadliest) Laura was only the fourth Category 4 to strike Louisiana since records were kept.
In addition to the numbers of storms, there are other climate anomalies. September this year has been the hottest on record and Death Valley reached a temperature of 130 F (54.4 C) the highest ever observed. September 2019 in turn had also been the hottest on record for our planet.
If there are storms along the coasts and flooding due to a warming ocean, inland it is not only warmer but drier. Forests are like tinder needing only a lightning spark or a downed electricity line to set them off. Thus the forest fires in southeastern Australia and California.
Europe too is warmer. Forest fires particularly in the south, and inundation are more frequent. Reading in England for example has just suffered the wettest 48 hours ever.
The south of France usually associated with blissful weather experienced torrential downpours with more than a half meter of rain (about 20 inches) in a day. It was an event Meteo-France noted that occurs once in a hundred years. And then it happened again. Storm Alex, the cause of this misery, hit France and also Italy and England. Floods and landslides caused serious damage north of Nice destroying roads, bridges and houses. In adjoining Italy a section of a bridge over the Sesia river collapsed in the rising waters. Affecting the Piedmont, Lombardy and Liguria regions, it dropped over 23 inches (0.63 m) of rain. The Po river rose more than 9 ft (3 m ) in 24 hours.
The key lesson from all this is that global warming is making rare events more common, that the window for action is narrowing, and that the longer such action is delayed the more onerous will be the burden on humanity. In the meantime, the global warming already built into the system will continue to affect climate for the foreseeable future.
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