How Many People Watch TV in 2024? (User Statistics) Last Updated: September 26, 2024
Quick Answer 🔍
How many individuals view TV in 2024?
Globally, there are at least 5.36 billion people watching television.
Television serves as a crucial mass medium for communication.
People generally rely on television for informative programs including news, sports, and documentaries, as well as for entertainment, advertising, education, and music.
How Many Individuals Watch TV in 2024?
As stated in the Advertising & Media Outlook, there are at least 5.36 billion television viewers worldwide.
This figure may rise to 5.68 billion television users by 2026, as the global number of TV viewers continues to grow.
According to data from the global television market in 2021, there were approximately 1.72 billion television households globally, anticipated to exceed 1.8 billion by 2026.
In the United States, the estimated number of TV households was 119.9 million during 2018-2019. This increased to 121 million in 2020-2021 and reached 122.4 million in the subsequent year.
The RRD (Un)Expected Report in 2021 revealed that 77% of individuals aged 18-24 in the US dedicate most of their time to video content on streaming services, with 9% watching cable TV and 6% preferring network TV. In contrast, 40% of those aged 55 and older spend most of their time on streaming services, 38% on cable TV, and 7% on network TV.
Peak of Television Viewing
The number of television sets surged to 12 million in 1951 from just 6,000 in 1946. By 1955, the popularity of television had escalated, reaching a point where half of US households owned TVs.
Nevertheless, despite the technological advancements, it took another decade for color televisions to gain popularity in the US.
By the late 1990s, nearly 98% of homes in the US had at least one television.
The early 2000s to the present is considered a peak period for television, marked by the evolution of digital technology, advancements in media distribution, HDTV, TV streaming, online video platforms, web TV, and video-on-demand services.
During the COVID-19 pandemic, television usage surged. Lockdowns around the globe altered individuals’ daily routines.
People increasingly turned to digital technology, including televisions, for news and entertainment.
Many individuals, particularly those from Generation X, Generation Y (Millennials), and Generation Z (Centennials), engaged in excessive watching of movies and series.
Evolution of Television
“`html
In 1878, a mechanical system scanning images was one of the early television inventions that transmitted them onto screens.
A large rotating metal disk was part of the mechanical camera used to send images through wires.
Years later, the initial mechanical television featured a spinning disk with holes set in a spiral arrangement.
The invention of the first cathode ray tube in 1897 was combined with a mechanical scanning system. Then, in 1927, an electronic television was created that scanned images utilizing a beam of electrons.
Eventually, a significantly enhanced camera tube was developed after a number of years.
A few years later, RCA, a leading company in the US radio industry with two NBC networks, commenced selling television sets equipped with picture tubes measuring 12.7 by 25.4 centimeters.
Early Television Broadcasts
Capturing early television broadcasts required a single camera, and they faced difficulties showing the color white due to being in black and white.
The first national color broadcast occurred in 1954. By the 1980s, the rise of cable networks allowed for the recording and replaying of programs.
The 1990s brought advancements in cable technology, and direct-broadcast satellite television resulted in an increase in channel variety.
In 1998, television broadcasts became accessible over the World Wide Web via computers. The 2000s saw the emergence of various cable TV channels.
Throughout the years up to the present, high-end TV features providing superior video and sound quality have been developed.
Who Watch Television the Most
A report by R.R. Donnelley & Sons Company shows that daily TV reach is greater among adults aged 50 years and older compared to younger individuals.
Viewers from Generation X tend to prefer traditional TV over digital videos.
Among the Baby Boomers, the majority watch cable TV, with 38% aged 55 and older choosing cable TV over other platforms; 21% are from the 40-54 age group, while 16% belong to the 25-39 age range, and only 9% are between 18-24 years old.
The Average Age Who Watches Television
In 2018, a US survey indicated that television is the preferred media activity for many individuals.
Results show that watching television is favored by 37% of respondents aged 65 and older, followed by 33% in the 55 to 64 age range. In contrast, only 7% of individuals aged 25 to 34 and 1% below 25 specified television as their favorite media activity.
However, the onset of the coronavirus pandemic led to a rise in TV viewing for the first time since 2011.
During the mandatory quarantine and stay-at-home orders in 2020, many turned to television for news and entertainment.
As noted by eMarketer forecasting analyst, viewership among those aged 65 and older has increased by… “`
The viewership for individuals aged 25 to 34 increased by 4.3%, while those aged 45-54 rose by 2%. Conversely, the group remaining indoors due to the highest risk of disease acquisition observed a significant rise of 4.9% in their television consumption.
Who Spends Most Time Watching Television
Among all nationalities globally, Americans hold the title for the highest television consumption.
On average, Americans spend approximately 270 minutes daily watching television, even as television usage declines due to the rise of online streaming services and improved global internet access.
In 2019, the average viewing time for African Americans was about 3.23 hours daily, compared to Asian Americans who spent approximately 1.5 to 2 hours in front of the TV each day.
Following the United States, Poland ranks second in average television viewing time, with Polish individuals averaging 264 minutes daily.
Other countries with high television viewership include Japan, Brazil, Russia, Italy, Spain, France, Germany, and the United Kingdom.
The Average Number of Hours Watching Television
The typical American enjoys over 4 hours of television each day, equating to about 28 hours weekly, which can total approximately 2 months per year spent watching TV without interruption.
According to OnePoll’s 2019 findings, researchers estimate that an average individual dedicates roughly 78,705 hours of their lifetime to watching television, encompassing about 3,639 movies and 31,507 episodes.
What Do People Frequently Watch
Credits: unsplash.com
Those of older generations typically prefer watching news and sports programs on television, while younger and mid-aged viewers tend to favor entertainment and documentary content.
Various programs often viewed on television encompass weather forecasts, news broadcasts, educational shows, sports events, documentaries, movies, TV series, advertisements, and even music performances via the TV.
The most popular series among adult viewers aged 18-49 in 2021-2022 was NFL Sunday Night Football (NBC), as indicated by Nielsen’s ratings chart.
Conclusion
In recent decades, the number of TV households in the US has risen steadily. However, the penetration rate of pay-TV has struggled annually, standing at 71% in 2021—a drop of more than 10% in five years, attributed to the increasing popularity of on-demand online video streaming.
Did you know that an average 65-year-old individual has experienced approximately 2 million television commercials in their lifetime?
This is certainly a notable fact to keep in mind when you reach the age of 65!
Sources
We appreciate your time spent on this article titled: How Many People Watch TV in 2024? (User Statistics)
The data utilized pertains to the years 2023 and 2024, while forecasted information extends to 2025 and 2026. Additionally, we further elaborate on the forecast extending to 2027 and 2028.
* This information was taken from various sources around the world, including these countries:
Australia, Canada, USA, UK, UAE, India, Pakistan, Philippines, Indonesia, Nigeria, Tanzania, Kenya, US, United Kingdom, United States of America, Malaysia, U.S., South Africa, New Zealand, Turkey, United Arab Emirates.
Afghanistan, Albania, Algeria, American Samoa, Andorra, Angola, Anguilla, Antarctica, Antigua and Barbuda, Argentina, Armenia, Aruba, Australia, Austria, Azerbaijan.
Bahamas, Bahrain, Bangladesh, Barbados, Belarus, Belgium, Belize, Benin, Bermuda, Bhutan, Bolivia, Bosnia and Herzegovina, Botswana, Bouvet Island, Brazil, British Indian Ocean Territory, Brunei Darussalam, Bulgaria, Burkina Faso, Burundi.
Macau, Macedonia, Madagascar, Malawi, Malaysia, Maldives, Mali, Malta, Marshall Islands, Martinique, Mauritania, Mauritius, Mayotte, Mexico, Micronesia, Moldova, Monaco, Mongolia, Montserrat, Morocco, Mozambique, Myanmar.
Namibia, Nauru, Nepal, Netherlands, Netherlands Antilles, New Caledonia, New Zealand (NZ), Nicaragua, Niger, Nigeria, Niue, Norfolk Island, Northern Mariana Islands, Norway.
Oman, Pakistan, Palau, Panama, Papua New Guinea, Paraguay, Peru, Philippines, Pitcairn, Poland, Portugal, Puerto Rico, Qatar, Reunion, Romania, Russia, Rwanda, Saint Kitts and Nevis, Saint Lucia, Saint Vincent and The Grenadines, Samoa, San Marino, Sao Tome and Principe.
Saudi Arabia, Senegal, Serbia, Seychelles, Sierra Leone, Singapore, Slovakia, Slovenia, Solomon Islands, Somalia, South Africa, South Georgia and South Sandwich Islands, Spain, Sri Lanka, St. Helena, St. Pierre and Miquelon, Sudan, Suriname, Svalbard and Jan Mayen Islands, Swaziland, Sweden, Switzerland, Syria.
Taiwan, Tajikistan, Tanzania, Thailand, Togo, Tokelau, Tonga, Trinidad and Tobago, Tunisia, Turkey, Turkmenistan, Turks and Caicos Islands, Tuvalu, Uganda, Ukraine, United Arab Emirates (UAE), UK (United Kingdom), USA (United States of America, U.S.), US Minor Outlying Islands.
Uruguay, Uzbekistan, Vanuatu, Vatican City State (Holy See), Venezuela, Vietnam, Virgin Islands (British), Virgin Islands (US), Wallis and Futuna Islands, Western Sahara, Yemen, Yugoslavia, Zaire, Zambia, Zimbabwe.
Africa, Antarctica, Asia, Europe, North America, Australia (Oceania), Middle East, South America.
Article Title: How Many People Watch TV in 2024? (User Statistics) Most Recent Update: September 26, 2024
When the weather is bad, the residents of the Litoral neighborhood in Manzanillo, Cuba, are forced to evacuate their houses. When it’s calm, the sea penetrates the foundations of houses, leaving them vulnerable. Now the community is getting together to restore the mangroves and improve the environment to return their homes to safety.
A fisherman sits next to several boats at the GeoCuba Local Interest Fishing Port in the bay of Manzanillo, in the eastern Cuban province of Granma. Credit: Jorge Luis Baños / IPS
MANZANILLO, Cuba, Oct 2 2024 (IPS) – Every time a hurricane clouds the skies over the city of Manzanillo, in the eastern Cuban province of Granma, the sea pounds the Litoral neighbourhood, forcing many of the 200 families who live there to evacuate inland because of flooding.
When the weather is calm, the sea penetrates subtly and constantly, salinizing the water table and eroding the coast, affecting the foundations of houses and artesian wells.
“The water almost always enters this area. The houses were built too close to the sea and the mangroves are deforested,” community leader Martha Labrada, 65, told IPS.
Labrada has presided over the people’s council (local administration organisation) for 13 years, which covers the Litoral neighbourhood and a two-kilometer stretch of coastline that is home to about 5,000 people.
A mangrove forest in Manzanillo Bay, eastern Cuba. Credit: Jorge Luis Baños / IPS
Protective mangroves
According to the United Nations Environment Programme (UNEP), mangroves extract up to five times more carbon than land forests, raise the ground level and thus slow down the rise in sea level.
This coastal ecosystem, typical of tropical and subtropical areas, usually consists of a swamp forest, a strip of black mangrove (Avicennia germinans) and a strip of red mangrove (Rhizophora mangle), the barrier closest to the sea, whose trunks absorb the impact of waves and protect against extreme weather conditions.
Mangroves act as nurseries for fish fry and as havens for honey bees, among a huge variety of fauna and flora.
They also serve as a protective area for fresh water. If degraded, salt from marine waters would more easily enter underground water basins, contaminating the drinkability of this liquid and disabling wells located miles inland.
Blanca Estrada, administrative coordinator of the Mi Costa project on behalf of the provincial government of Granma in eastern Cuba. Credit: Jorge Luis Baños / IPS
Protection from the sea
The Litoral neighbourhood is one of the most vulnerable in the municipality to climate change because it borders the mangroves, but it is not the only one in this situation.
In Manzanillo there are six people’s councils that are in direct contact with the coast. Some 60,000 inhabitants suffer the consequences, almost half of the total population of the municipality located 753 kilometres east of Havana.
The need to find solutions to the problem of rising sea levels was therefore born in the rural neighborhoods and villages of Manzanillo.
To counteract this prospect, small community projects emerged in 2018, also promoted by a national plan to tackle climate change known as Tarea Vida, which had been launched by the central government a year earlier.
As a result, 23 initiatives were set up in the municipality, which were later grouped in a single nationwide project called Mi Costa, the project’s coordinator in Manzanillo, Margot Hernández, told IPS.
Mi Costa seeks to create conditions of resilience to climate change through adaptation solutions based on strengthening the benefits provided by coastal ecosystems. In essence, its main task is to reforest and rehabilitate mangroves.
“In addition, we have to change living habits. That’s what we are working on,” Hernández added.
Ditch built in the middle of a mangrove swamp to contribute to its drainage and the recirculation of saline and fresh water in the municipality of Manzanillo, eastern Cuba. Credit: Courtesy of Mi Costa in Manzanillo
Behind deforestation
Manzanillo, because of its low isometry and its 25 kilometres of coastline, is in a serious state of environmental vulnerability.
The deforested areas of mangroves amount to 708.7 hectares, being the most affected concentrated at the river mouths.
With a weakened natural containment barrier, the saline waters penetrate the riverbeds and, for example, in the Yara River, in the north of the municipality, they do so up to seven kilometres inland, according to Leandro Concepción, the project coordinator for the Granma Provincial Delegation of Hydraulic Resources.
In any case, the salinity penetrates through underground water basins and, according to Hernández, the coordinator in Manzanillo, “there are people’s artesian wells, which were once used for consumption but are now salinized.”
Mangrove deforestation has several causes: the lack or blockage of channels hinders the ebb and flow of the tide and alters the exchange of freshwater with marine waters.
It is also affected by the invasion of invasive exotic species such as the arboreal Ipil Ipil or guaje (Leucaena leucocephala), anthropogenic human intervention through the construction of infrastructure, agricultural and livestock practices near the coast, and even the felling of mangroves to make charcoal.
A group of people receive a class given by the Mi Costa project at the Manzanillo Training Center. Credit: Courtesy of Mi Costa in Manzanillo
According to Labrada, the community leader in Litoral, several houses have been built almost adjacent to the mangrove, without the corresponding construction permits. Moreover, state-owned industrial infrastructures, such as a shoe factory and an inactive sawmill, cause the same damage.
Coastal and river pollution from industrial waste dumping also depresses coastal ecosystems.
For decades, the region’s sugar mills and rice industry dumped their waste into the rivers, Blanca Estrada, administrative coordinator of Mi Costa on behalf of the Granma provincial government, told IPS.
This situation is one of the examples of climate injustice in the area: upstream, the industrial sector caused environmental havoc that affected mangrove health and, at the end of the chain, the quality of life of coastal residents, making them more vulnerable to climatic events.
In 2023, decisive measures were taken to solve the problem and the few active factories no longer discharge their waste into the sea or use filters. In the second half of 2024, the results have already begun to show: “The migratory birds have returned, something you didn’t see months ago,” said Estrada.
However, the effects of climate change still persist in Manzanillo.
“The environmental situation today is quite complex for the keys,” Víctor Remón, director of Manzanillo’s Department of Territorial Development, which belongs to the local government, told IPS.
The municipality’s territory contains an extensive cay of 2.44 square kilometres, but Cayo Perla has already been submerged under the waters of the Gulf of Guacanayabo.
“It disappeared six or seven years ago. It was a beautiful key, with beautiful white sands. There was a tourist facility from where you could see the city of Manzanillo,” Remón said.
For his part, Roberto David Rosales, fisherman and Mi Costa contributor, remembers a path he used to walk along the shore until last year; now it has been ‘swallowed’ by the sea.
“Almost two meters were lost in this area in one year. These are things that force us to be protectors of the mangroves. The Mi Costa project came at the right time,” he told IPS.
Margot Hernández (left), coordinator of the Mi Costa project in Manzanillo, opens the training centre in the city of Manzanillo. Credit: Courtesy of Mi Costa in Manzanillo
Steps towards a solution
Mi Costa was made official in December 2021, but heavy work began in 2023, due to a pause caused by the COVID pandemic.
In Manzanillo, the project brought together about 100 collaborators, who were divided into small community groups of about 10 people, who support the monitoring and cleaning of mangroves and ditches and awareness-raising among the population.
Labrada also has its own people’s council group, composed of six women and four men.
In addition, training centres have been set up in the municipality on climate change adaptability, environmental safeguards, gender and other issues. To date, 10,500 people have been trained.
“We are working with the coast dwellers, because the issue is that people don’t leave the coasts, but that they stay and learn to live there, taking care of them,” said Estrada, the government coordinator.
Sunset on the boardwalk in the eastern Cuban city of Manzanillo. Credit: Jorge Luis Baños / IPS
They have also built 1,300 meters of ditches, using picks and shovels, to achieve a form of water rotation, but this figure has yet to be multiplied.
The immediate challenge is to finish building the nursery where the mangrove seedlings will sprout and then be planted in the deforested areas.
“Once we have the nursery, there will be no difficulty at all in Granma to begin the process of rehabilitating the mangroves,” Norvelis Reyes, Mi Costa’s main coordinator in the province, told IPS.
Mi Costa’s area of action in Granma covers, in addition to the coast of Manzanillo, the northern municipalities of Yara and Río Cauto.
Nationwide, 24 communities in the south of Cuba are involved in resilience actions (1,300 kilometres of coastline), of which 14 are at risk of disappearing due to coastal flooding by 2050, including Manzanillo.
The southern coast of this Caribbean island country was chosen because it is more vulnerable to climate change and sea level rise, given its lower geographical isometry than in the north.
In addition, the south also has a higher concentration of mangroves, making it more necessary and effective to build coastal resilience based on adaptation and focused on the rehabilitation and reforestation of these ecosystems.
While implemented by the communities themselves and with the participation of the villagers, the project is supervised by the Ministry of Science, Technology and Environment and the country office of the United Nations Development Programme (UNDP).
The Green Climate Fund provided funding of USD 23.9 million, while Cuban state institutions contributed USD 20.3 million.
The ultimate goal will be to restore some 114 square kilometres of mangroves, 31 square kilometres of swamp forest and nine square kilometres of grassy swamps in eight years. After that, a period of 22 years will be dedicated to the operation and maintenance of the implemented actions.
It is estimated that more than 1.3 million people will benefit on this Caribbean island, the largest in the region and home to 11 million people.
The Vijayanagar rulers constructed an earth-fill dam in 1530 AD to create Dhamapur Lake. There is now a campaign to save it. Credit: Rina Mukherji/IPS
PUNE, India, Oct 2 2024 (IPS) – Dhamapur is a small village in Malvan taluka of west Sindhudurg district, housing the famous Dhamapur Lake. The Vijayanagar kings constructed an earthfill dam in 1530 A.D., creating a man-made lake surrounded by hills on three sides. Canals connect it to the Karli river, irrigating lush paddies and farms that grow the red Sorti and Walay rice varieties typical to the region.
A Bhagwati temple constructed in the typical Konkan style stands on its banks. Small shrines to anthills flank this temple, which is devoted to Goddess Bhagwati. This is because all over the Konkan region, anthills are considered manifestations of the Earth Goddess and worshipped as Goddess Sateri. These are monuments to biodiversity and well-being; white ants or termites that build anthills are known to aerate the soil, help seed dispersal, and improve soil fertility. The worship of anthills is an old Vedic practice that continues to survive in and around the Konkan region of Maharashtra, Goa, and its neighborhood to this day.
The construction of the earthfill dam on Dhamapur Lake too spells of local ingenuity. Made up of porous laterite stone that is locally found here, every layer of stone is alternated with a layer of biomass made of twigs and branches.
This freshwater reservoir, used for irrigation and drinking water purposes, is one of Maharashtra’s oldest engineering marvels. Its waters and the Kalse-Dhamapur forests that flank it nurture a wide variety of unique floral and faunal species, making it a popular tourist destination.
But beauty apart, this man-made lake, which is geographically on higher ground as compared to the surrounding countryside, plays an important role in recharging the groundwater, acting as a sponge during the monsoons. Apart from serving as an important source of drinking water and irrigation, Dhamapur Lake nurtures an entire ecosystem. Its waters and surrounding forests harbour a wide variety of flora and fauna, some of which are endangered species. Its significance can be gauged from the fact that it was given the Word Heritage Irrigation Structure (WHIS) Award by the International Commission of Irrigation and Drainage (ICID) in 2020.
But in recent times, several encroachments have affected this extensive waterbody. Guest houses, wells, and walkways built in its floodplains to boost tourism have been eating into its extensive area, in scant regard to the flora and fauna that thrive in its pristine waters.
Fighting for Dhamapur Lake
In recent years, though, Dhamapur Lake has found a savior in Sachin Desai and his organisation, Syamantak Trust. Incidentally, Sachin Desai and his wife, Meenal, have an interesting background that illustrates their love for the natural world and India’s time-honored traditions.
Believers in home schooling, the Desais fought out with the authorities to home-school their daughter. Abandoning high-paying corporate jobs, these two professionals set up the University of Life on their ancestral property to familiarize youngsters with traditional bricklaying, carpentry and farming skills in 2007. To stem the migration from the region, they sought to inculcate love and respect for traditional practices, foods, and cuisine among youngsters. This was how the Syamantak Trust came into being.
In the years that followed, learners and youngsters who spent time at the University of Life went to use the knowledge they acquired to specialize in respective fields or venture into entrepreneurship, selling local products to tourists frequenting Dhamapur. Rohit Ajgaonkar, once a student at the University of Life, has become an active volunteer with Syamantak and runs a small eco-café in Dhamapur. Remarkable in its use of local materials, the eco-café has an array of local delicacies such as kashayam and jackfruit, wood apple, and mango ice creams.
Rohit and his mother, Rupali Ajgaonkar, also run a shop adjoining their eco-café, wherein they sell hand-pounded local masalas, mango and jackfruit toffee, local pickles, cashew butter, kokum syrups and kokum butter. Prathamesh Kalsekar, another student of the University of Life who is the son of a local farmer, is now doing his B.Sc. (Agriculture) at the Konkan Krishi Vidyapeeth. He has raised a private forest on his family land in Dhamapur, and now grows many local fruit and vegetable trees, bushes, and plants, particularly focusing on nutrient-rich wild varieties. He has also set up a nursery of saplings for distribution among local farmers.
The Bhagwati temple is on the banks of Dhamapur Lake. The temple is built in the typical Konkan style, wherein the deity is placed at one end in the sanctum sanctorum. The main section of the temple is reserved for the assembly of elders who meet and discuss matters related to the village. The temple is reminiscent of a bygone era when a place of worship also served as a place for the community to assemble and parley. Credit: Rina Mukherji/IPS
The Ongoing Battle to Save Dhamapur
These skills and respect for nature came in handy when Syamantak embarked on its mission to save Dhamapur and other waterbodies in Sindhudurg district through a community-led movement, following the construction of a skywalk undertaken by the authorities in 2014, and the running of diesel-run boats for tourists by the panchayat (village self-governing body). But this was easier said than done, notwithstanding the public zeal.
Desai and his volunteers realized that “Sindhudurg district has several wetlands and waterbodies. However, the authorities haven’t notified or demarcated any of them. This permits encroachments, a lot of them by government bodies.” In the case of Dhamapur Lake, the high flood line was ignored, and private parties encroached upon the peripheral areas of the lake. Even the state government’s Department of Agriculture had built a nursery and sunk a well on the floodplains of the lake.
Making use of the National Wetland Atlas prepared by the Space Applications Centre of the Indian Space Research Organization (ISRO) and the Maharashtra Remote Sensing Applications Centre in 2010, during the tenure of Minister of Environment & Forests Jairam Ramesh, Syamantak Trust approached the Western Zonal bench of the National Green Tribunal. Some residents of Sindhudurg district also filed an Environment Interest Litigation (EIL) to save the lake. At that time, the phytoplankton population had already decreased due to the construction of 35 pillars and the 500-meter-long cement concrete skywalk.
An Interim Order in 2018 by the Tribunal not only halted all further construction but saw every bit of concrete broken down and removed from the precincts of the lake. It also stopped the use of diesel boats on the lake . Furthermore, the state Public Works Department (PWD) was ordered to shell out Rs 1.5 crore for mitigation measures to be undertaken to reverse the damages caused by the construction of the 2.5 km skywalk and the use of diesel boats.
Meanwhile, following the formation of a 32-member Wetland Brief Documentation Committee as per an Order by the District Collector, the Syamantak Trust organized the local citizenry to document the flora and fauna of Dhamapur lake. They were soon joined by students from the local college of architecture, academicians, botanists, zoologists, and geographers from Mumbai and other parts of India, besides Dr Balkrishna Gavade and Dr Yogesh Koli, who lent their expertise for the study. Mapping Dhamapur helped the volunteers learn about the kind of biodiversity hotspot the Western Ghats region is, especially in the forested tracts around Dhamapur Lake.
Five months spent documenting the various wetland flora and fauna showed 35 species of birds belonging to 18 families to frequent the lake, such as the Eurasian Marsh Harrier, Indian Pond Heron, Lapwing, Kingfisher, and Small Bee-Eater. The lake was found to be particularly lush with phytoplankton and zooplankton species, which are the building blocks of a wetland ecosystem. The volunteers would also learn about how the Wax Dart butterfly was reported for the first time in Maharashtra, on the banks of Dhamapur lake.
Once Dhamapur was mapped, the volunteers went on to document a total of 57 wetlands and waterbodies in Sindhudurg district, including those as yet unlisted by the authorities. These included Vimleshwar in Devgad, Pat Lake in Kudal, and Jedgyachikond in Chaukul, among others.
The Uphill Struggle to Save Dhamapur Lake
The mapping and summary of violations were to come in handy when fighting to conserve Dhamapur Lake at the NGT. However, the community’s fight to have Dhamapur Lake recognized as a wetland has not borne fruit so far. “Our case was dismissed by the NGT in 2023 on the grounds that the lake does not qualify to be a wetland in keeping with the Wetlands (Conservation and Management) Rules 2017, since it was constructed for drinking water and agricultural purposes,” Desai tells IPS.
However, the Trust and its community volunteers have not given up yet. They have now approached the Supreme Court to demand
1) Demarcation of the Lake’s buffer zone and high flood line; and
2) Notification of the Lake by the state government in its gazette.
Once notified, the Lake, they feel, would be protected against further encroachment from public and private bodies alike.
Meanwhile, Syamantak Trust, along with members of the local community, continue to familiarize visiting students and persons from other parts of India with this unique water-body and its flora and fauna through eco-trails. As of this year, Syamantak Trust has begun hosting classical music concerts with the theme “Connect to Nature,” allowing music lovers to explore the vast repertoire of Hindustani classical music and its connection to the seasons and nature’s clock.
Currently, the Desais and their volunteers in the local community sincerely hope that once people in Dhamapur and beyond learn to appreciate and love nature, it will help them connect better with the lake and its entire ecosystem. This can be the best and only bulwark against the destructive march of climate change.