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MANGROVE SWAMPS CASE STUDY; THE SUNDARBANS OF BANGLADESH

The Quality and Status of the Existing Mangrove;

PHYSICAL FEATURES The Sundarbans, covering some 10,000sq.km of land and water, is part of the world's largest delta (80,000sq.km) formed from sediments deposited by three great rivers, the Ganges, Brahmaputra and Meghna, which converge on the Bengal Basin (Seidensticker and Hai, 1983). The total area of the Bangladesh Sundarbans is 5,771sq.km (almost 62 percent of the total), of which 4,071sq.km is land and the rest water (Christensen, 1984). This area is approximately half the size of the area of mangrove that existed 200 years ago, the other half being cleared and converted to agricultural land (Hussain and Archarya 1994).

The land is moulded by tidal action, resulting in a distinctive physiography. An intricate network of interconnecting waterways, of which the larger channels of often a mile or more in width run in a generally north-south direction, intersects the whole area. Innumerable small khals drain the land at each ebb. Rivers tend to be long and straight, a consequence of the strong tidal forces and the clay and silt deposits which resist erosion. Easily eroded sands collect at the river mouths and form banks and chars, which are blown into dunes above the high-water mark by the strong south-west monsoon. Finer silts are washed out into the Bay of Bengal but, where they are protected from wave action, mud flats form in the lee of the dunes. These become overlain with sand from the dunes, and develop into grassy middens. This process of island building continues for as long as the area on the windward side is exposed to wave action. With the formation of the next island further out, silt begins to accumulate along the shore of the island and sand is blown or washed away (Seidensticker and Hai, 1983). Apart from Baleswar River the waterways carry little freshwater as they are cut off from the Ganges, the outflow of which has shifted from the Hooghly-Bhagirathi channels in India progressively eastwards since the 17th century. They are kept open largely by the diurnal tidal flow (Seidensticker and Hai, 1983).

Alluvial deposits are geologically very recent and deep. The soil is a silty clay loam with alternate layers of clay, silt and sand. The surface is clay except on the seaward side of islands in the coastal limits, where sandy beaches occur. In the eastern part of the Sundarbans the surface soil is soft and fertile, whereas it is harder and less suitable for tree growth in the west (Choudhury, 1968). The pH averages 8.0 (Christensen, 1984).

CLIMATE Rainfall is heavy and humidity high (80%) due to the proximity of the Bay of Bengal. About 80% of the rain fall in the monsoon, which lasts from June to October. Mean annual rainfall varies from about 1,800mm at Khulna, north of the Sundarbans, to 2,790mm on the coast. There is a six-month dry season during which evapotranspiration exceeds precipitation. Conditions are most saline in February-April, the depletion of soil moisture being coupled with reduced freshwater flow from upstream. Temperatures rise from daily minima of 2-4°C in winter to a maximum of about 43°C in March and may exceed 32°C in the monsoon. Storms are common in May and October-November and may develop into cyclones, usually accompanied by tidal waves of up to 7.5m high (Seidensticker and Hai, 1983). Climatic data for Khulna are summarised by Christensen (1984).

VEGETATION The mangroves of the Sundarbans are unique when compared to non-deltaic coastal mangrove forest. Unlike the latter, the Rhizophoraceae are of only minor importance and the dominant species are sundri Heritiera fomes , from which the Sundarbans takes its name, and gewa Excoecaria agallocha . The reason for this difference is the large freshwater influence in the north-eastern part and the elevated level of the ground surface. The Sundarbans can be classified as moist tropical seral forest, comprising a mosaic of beach forest and tidal forest (Champion, 1936). Of the latter, there are four types: low mangrove forests, tree mangrove forests, salt-water Heritiera forests and freshwater Heritiera forests. Sundarbans West occurs within the salt-water zone, which supports sparse Ecoecaria agallocha , a dense understory of Ceriops , and dense patches of hantal palm Phoenix paludosa on drier soils. Dhundal and passur Xylocarpus spp., and Bruguiera occur sporadically throughout the area. Sundri and gewa cover most of the Sundarbans but Oryza coarctata , Nypa fruticans and Imperata cylindrica are prevalent on mud flats (Khan, 1986). Large stands of keora Sonneratia apetala are found on newly accreted mudbanks and provide important wildlife habitat (R.E. Salter, pers. comm., 1987).

Prain (1903) gives an account of the flora of the mangrove forest of the Ganges- Brahmaputra delta. Seidensticker and Hai (1983) report a total of 334 plant species, representing 245 genera, present in the Bangladesh portion of the delta, and list principal woody and herbaceous species. Chaffey and Sandom (1985) provide a detailed list of trees and shrubs in the Bangladesh portion. Islam (1973) provides an account of the algal flora of the mangroves.

FAUNA The Sundarbans is the only remaining habitat in the lower Bengal Basin for a variety of faunal species. The presence of 49 mammal species has been documented. Of these, no less than five spectacular species, namely Javan rhinoceros Rhinoceros sondaicus (CR), water buffalo Bubalus bubalis (EN), swamp deer Cervus duvauceli (VU), gaur Bos frontalis (VU) and probably hog deer Axis porcinus (LR) have become locally extirpated since the beginning of this century (Salter, 1984). The only primate is rhesus macaque Macaca mulatta , considered by Blower (1985) to number in the region of 40,000 to 68,200, based on surveys by Hendrichs (1975) and Khan (1986), respectively, as compared to the much higher estimate of 126,220 derived by Gittins (1981).

The Sundarbans of Bangladesh and India support one of the largest populations of tiger Panthera tigris (EN), with an estimated 350 in that of the former (Hendrichs, 1975). Again, Gittins' estimate of 430-450 tigers may be overoptimistic (see Blower, 1985). Spotted deer Cervus axis , estimates of which vary between 52,600 (Khan, 1986) and 80,000 (Hendrichs, 1975), and wild boar Sus scrofa , estimated at 20,000 (Hendrichs, 1975), are the principal prey of the tiger, which also has a notorious reputation for man-eating. Of the three species of otter, smooth-coated otter Lutra perspicillata (VU), estimated to number 20,000 (Hendrichs, 1975), is domesticated by fishermen and used to drive fish into their nets (Seidensticker and Hai, 1983). Other mammals include three species of wild cat, Felis bengalensis , F. chaus and F. viverrina , and Ganges River dolphin Platanista gangetica (EN), which occurs in some of the larger waterways. Species accounts and a check-list are given by Salter (1984).

The varied and colourful bird-life to be seen along its waterways is one of the Sundarbans' greatest attractions. A total 315 species have been recorded (Hussain and Acharya, 1994), including about 95 species of waterfowl (Scott, 1989) and 38 species of raptors (Sarker, 1985b). Among the many which may be readily seen by the visitor are no less than nine species of kingfisher, including brown-winged and stork-billed kingfishers, Pelargopsis amauropterus (NT) and P. capensis , respectively; the magnificent white-bellied sea-eagle Haliaeetus leucogaster which, at a density of one individual per 53.1km of waterways (Sarker, 1985), is quite common; also the much rarer grey-headed fish eagle Ichthyophaga ichthyaetus (NT), Pallas's fish-eagle Haliaeetus leucoryphus and several other raptors. Herons, egrets, storks, sandpipers, whimbrel, curlew and numerous other waders are to be seen along the muddy banks and on the chars or sandbanks which become exposed during the dry season. There are many species of gulls and terns, especially along the coast and the larger waterways. Apart from those species particularly associated with the sea and wetlands, there is also a considerable variety of forest birds such as woodpeckers, barbets, shrikes, drongos, mynahs, minivets, babblers and many others (Salter, 1984). Scott (1989) gives further details of the avifauna.

Some 53 reptile species and eight of amphibians have been recorded (Hussain and Acharya, 1994). Of these mugger Crocodylus palustris (VU) is now extinct, probably as a result of past over-exploitation, although it still occurs in at least one location nearby (R.E. Salter, pers. comm., 1987). Estuarine crocodile C porosus still survives but its numbers have been greatly depleted through hunting and trapping for skins. There are also three species of monitor, Varanus bengalensis , V. flavescens and V. salvator , and Indian python Python molurus (NT). Four species of marine turtle have been recorded from the area, olive ridley Lepidochelys olivacea (EN) being the most abundant. Green turtle Chelonia mydas (EN) is rare due to excessive fishing, while loggerhead Caretta caretta (EN) and hawksbill Eretmochelys imbricata (CR) are not common although there have been some reported on the beaches (Hussain and Acharya, 1994). River terrapin Batagur baska (EN) is also present. The eighteen recorded snake species include king cobra Ophiophagus hannah and spectacled cobra Naja naja , three vipers and six sea-snakes (Salter, 1984).

Over 120 species of fish are reported to be commonly caught by commercial fishermen in the Sundarbans (Seidensticker and Hai, 1983). According to Mukherjee (1975) only brackish water species and marine forms are found in the Indian Sundarbans, freshwater species being totally absent. This may be assumed to apply also to the Bangladesh Sundarbans, except possibly in the eastern portion where there is freshwater in Baleswar River. Mention should also be made of mud-skippers or gobys which occur in large numbers and are a characteristic feature of mangrove swamps.

Crustacea account for by far the largest proportion of animal biomass, with an estimated 40 million kilograms of fiddler crabs and 100 million kilograms of mud crabs (Hendrichs, 1975). The nutrient-rich waters of the Sundarbans also yield a considerable harvest of shrimps, prawns and lobsters. The area supports a varied insect population including large numbers of honey- bees, honey and beeswax being among the economically important products. The insect life of the Sundarbans has been little studied.

Describe the degradation threat to the Sundarbans mangrove;

The Sundarbans are under threat from; ·        Encroachment from human settlements and agriculture. ·        Deforestation of the mangrove in the vicinity of settlements related to the growing population’s need for; Þ     FoodÞ     FuelÞ     Shelter ·        Construction of barrages for irrigation dependent agriculture. ·        Main factors contributing to degradation and depletion; Þ     Economic growth Þ     Accessibility and unclear ownership of mangrove land. Þ     Obscure management plans and rules/regulations by bureaucracy. Þ     Inadequate logistic support Þ     Lack of awareness. ·        Construction of coastal embankments has changed sediment pattern, and contributed to the vertical growth of deltaic landforms. This has transformed a hydrologically synchronised biota in to a marginalized and scattered ecosystem.

The Sundarbans Reserve Forests composed of 0.58 million ha of area (greater Khulna and Bagerhat region) of which 0.41 million ha is mangrove forests and 0.17 million ha is open water areas in rivers, channels and creaks. The Sundarbans is the largest single tract mangrove formation in the world. The main species is Sundri (Heritiera spp) and other associated mangroves mainly species belongs to Rhizophorace family (Sonneratia spp., Excoecaria spp., Xylocarpus spp., Ceriops spp. etc.). The forest is fully controlled and managed by the Government Forest Department. This is legally declared as a Reserve Forest so there is no human habitation and locality inside the forest except some in the periphery. The Sundarbans constitute about 45 percent of the natural productive forests and provide livelihood for at least 0.5 million people mainly wood cutters, fisherman, honey collectors and Nypa palm leaf (fronds) locally known as Golpata collectors, Phoenix paludosa (hental) collectors, shell collectors and fishermen. Beside forest resources, the Sundarbans forest is extremely important for fish production, wildlife conservation, recreation and serves as a protective barrier against coastal erosion, cyclones, storms and tidal surges. The mangrove forests and mudflats of the Sundarbans provide the vital breeding and nursery grounds for a large proportion of the fin fish, crustaceans and molluscs. The significant depletion of the growing stock, notably of Heritiera (Sundri) and Excoecaria (Gewa) appears to have been reduced by 40% and 45% respectively between 1959 and 1983. The incidence of top dying of Heritiera spp which seems to be increasing with rapid ecological changes rendering the site unsuitable for the species. The lack of experienced and trained staff, inadequate data base, accessibility are also the main problems to manage the forest properly.

The main reasons of the depletion of this forest are due to the corruption and negligence of the some Forest Department staffs, illegal traders, local influential leaders, some government officials concerned, and sections of the media and police forces. Often the local poor people are used to destroy the forests taking tolls (many times higher than government rate) from them illegally. Other reasons are improper and poor management, over exploitation and also ecological reasons to some extent. The construction of the Farraka barrage over the upstream of the Ganges by India in West Bengal, reduced the water flow significantly during dry season which increased the salt intrusion from the sea water and altered/modified the ecosystem. The causes of the 40% top-dying of the main species Sundri (Heretiera spp) is still only partially known.

Describe and explain the management policies of (i) wood resources, and (ii) non-wood resources;

Wood Management; The Government of Bangladesh formulated the National Forestry Policy on July 8 th , 1979. Since then initiatives have been taken to re-orient the policies with current need, particularly as they relate to the depletion of forestry resources owing to numerous socio-economic factors. A recent draft of the Policy (1994) identified some key factors; ·        Forests should be carefully preserved and scientifically managed. Attempts will be made to afforest up to 20% of the country, and private initiatives will be used to complement this. ·        Attempts will be made to increase the amount of protected land by 10% by 2015. ·        Inaccessible areas will be identified and kept as protected forests. Modern technology shall be employed for extraction and use of forest produce. ·        Emphasis will be taken on forest based industries to ensure effective utilisation of the forest raw materials and profit orientated management systems under the free market economy. ·        Rules and procedures regarding forest produce will be simplified and modernised. Reserved forest cannot be used for non forest purposes without the express permission of the Head of Government. ·        Timber resources are to be increased by establishing large scale plantations. ·        Ecotourism related to forest and wildlife is recognised as forestry related activity, which will be promoted taking into consideration the caring capacity of nature. ·        The forest department will be strengthened to achieve the goals, and research, education and training will be organised to meet the scientific, technological and administrative needs of the country. ·        Laws, rules, and regulation related to the forestry sector will be amended and updated as necessary in consonance with the objectives of the National Policy. ·        Rotation of the cutting forest takes place every 20 years. the principal practice being that all trees above a certain diameter at a certain height are removed, provided that their removal does not leave a permanent hole on the canopy.

There are a lot of controversial estimates among the organisations on the scale of forest area and the deforestation rate in the country. In Bangladesh, though forest land is 18-19% of the total land area, 10-12% are declared as forest and tree cover is only 5-7% according to a present estimate. Other estimate says that the total natural forest cover 769000 ha which is 5.9% of total land area and the area of plantations is 335000 ha which is 2.5% of the total land area (FAO, 1993).

The Ganges, the Jamuna and the Meghna river system with their tributaries, one of the largest in the world (watershed area is about 1090000 sq. km) brings 2.4 billion tonnes of silt per year and the coastal land of Bangladesh is growing towards the Bay of Bengal. The rate of new accretion was 35 sq. km/year in 1989. These lands are more or less stable and suitable for artificial mangrove afforestation. Realising the above facts the government Forest Department (FD) started a massive afforestation programme since 1965 and up to June, 1985 an amount of 37000 ha coastal land had been planted. The total area of present coastal plantation may be about 89000 ha. The FD estimated area is probably more but contradicts with the survey of Space Research and Remote Sensing Organisation (SPARRSO) in Bangladesh. The available area for future plantation in the coastal region in Bangladesh may be about 100000 ha.

There are 57000 wood industry production units with 0.21 million employees. Primary industries include sawmilling and pulp and paper, plywood/veneer, match and panelboard. Secondary industries are furniture, seasoning, treatment and preservation. The estimated demand for saw logs in the country in 1991 was 4.3 million m 3 compared to a sustainable local supply of 1.3 million m 3 . The 1993 total wood supply is 6.2 million m 3 against a demand of 8.34 million. Sixty-five percent of forest products are consumed as fuelwood. Unrecorded production, illicit felling and smuggling accounts for 20% of supplies (GOB, 1993). Including all aspects, estimated total forestry employment today is 0.8 million persons. However, considering its seasonal nature, possibly up to 1.5 million people benefit from forestry related work directly. Forestry sector contributes to about 3% of total GDP in Bangladesh. There are intangible benefits, which are not considered in financial terms.

Non wood resource management; Management of the mangroves is based on plans and the silvicultural systems. The integrated management of wood and non-wood resources depends upon an understanding of the ecological and silvicultural parameters of forest management, and the biological role that primary production from the forest plays in the mangrove food web of aquatic resources. An understanding of the key species which maintain the equilibrium of the ecosystem is similarly essential.

Sustained yield management of the mangroves for commercial fisheries involves the retention of the mangroves to provide nutrients. This will increase the value of the fisheries for nursery, breeding and permanent habitats. The multiple use system is known as “Silvofishery”. Constructing fish or shrimp ponds around mangrove plantations has been very successful in Indonesia.

Both management plans are couched in terms of conservation but are underlain by a hard business theme. For example, the unprofitable areas (“inaccessible”) are those which are preserved and kept as National Forest. The easy to cultivate slopes are utilised to their maximum potential, using “modern technology”. A government driven system, similar to the Russian state culture determines the market production figures.

Describe the role and responsibility of the Government of Bangladesh towards the Sundarbans

In addition to their own role, the Bangladeshi government must also take on the responsibility of providing for the World Heritage Site, which was designated in 1997.  They are responsible as a state to preserve the forests and mangroves of the Sundarban, but also to create a dynamic economic community within them, and to utilise fully the resources which they provide in a self sustaining manner. However, the evidence shows that the world importnce of the Sundarbans has taken over in the country, and increasingly, supranational organisations are making the decisions and planning for the preservation and management of the area.

The Sundarbans is the only sizeable mangrove forest in the world managed for commercial timber production and it has been under some sort of management since 1879. Early management consisted on revenue collection by enforcing simple felling rules. Subsequently, the progressive enforcement of felling rules reduced the amount of over-cutting of the four species for which felling rules were established. Bangladesh part of Sundarbans is managed as a continuous block of mangrove forest with no permanent human habitation inside.

The Sundarbans has been the subject of a series of successively more comprehensive working plans since its declaration as reserved forest, the most recent of which points out the importance of the tiger in controlling the spotted deer population, and also mentions the intention of establishing compartments 3-7 as a 'game sanctuary', a total area of some 52,320ha (Choudhury, 1968). A plan relating specifically to wildlife conservation was prepared under the joint sponsorship of the World Wildlife Fund and the National Zoological Park, Smithsonian Institution (Seidensticker and Hai, 1983). Emphasis is directed towards managing the tiger, together with all wildlife, as an integral part of forest management that assures the sustainable harvesting of forest products and maintains this coastal zone in a way that meets the needs of the local human population. The Sundarbans Forest Development Planning Mission, carried out by FAO in conjunction with the Bangladesh Forest Department in February-May 1984, collected all available data related to the use and management of forest products, wildlife and fisheries, assessed development potential and prepared proposals for further integrated development and conservation of the natural resources of the area (Christensen, 1984; Salter, 1984). More recently, Blower (1985) reviewed wildlife conservation in the Sundarbans Reserved Forest as part of the Sundarbans Forest Inventory Project, carried out by the Bangladesh Forest Department and the Land Resources Development Centre of the UK Overseas Development Administration. The main purpose of the project is to provide the necessary data on which to base future exploitation of the forest for sustainable use of timber, fuelwood and other forest produce, with due consideration to wildlife conservation and the social amenity value of the area. It has been recommended that the Sundarbans be managed as a single unit with full protection afforded to both wildlife and habitat in the wildlife sanctuaries, and with forest resources exploited at sustainable levels but wildlife protected elsewhere in the reserved forest. The establishment of intermediate buffer zones, in which disturbance is kept to a minimum through restriction of access, is recommended in areas peripheral to sanctuary boundaries. A new management plan is due to be prepared, based on data collected in 1995, and is expected to include detailed prescriptions concerning the conservation and management of the sanctuaries.

A long-term ecological change is taking place in the Sundarbans, due to the eastward migration of the Ganges, abandonment of some distributaries, diversion of water and withdrawals for irrigation. (Up to 40% of the dry season flow of the Ganges has been diverted upstream, following the completion of the Farraka Barrage in India in 1974.) Decreased freshwater flushing of the Sundarbans results in increased saline intrusion, particularly in the dry season. Concern has been expressed about recent indications of apparent deterioration in the flora, including localised die-back of sundri, commercially the most valuable of tree species. Top-dying of sundri is most likely associated with the decrease in freshwater flow, either as a direct effect of increasing salinity or other associated edaphic changes. A gradual replacement of Heritiera with Excoecaria , therefore, is a likely long-term effect (Christensen, 1984). While deterioration in the vegetation is already well-documented (International Engineering Company, 1977 and 1980) and is the subject of continuing study, no attention has yet been given to the possible effects which these changes might have on the fauna. It is perhaps significant, however, that the stocking of spotted deer appears lower in western areas, where salinity is highest, than in the east where it is lowest. Oil spills are another potential threat and could cause immense damage, especially to aquatic fauna and seabirds and probably also to the forest itself (Blower, 1985). There have been several spillages from tanks passing nearby. The most recent incidence due to ship wreckage occurred in August 1994 when a Panamanian cargo ship capsized near Dangmari Forest Station. Oil from the fuel tank spread about 15km downstream from the ship and affected a considerable part of the Sundarbans mangrove area. It was found to cause instant mortality of seedlings of Heritiera and Excoecaria while patches of grass which were covered by oil also died. Mortality of fishes, shrimps and other aquatic animals from the Sundarbans has been reported to due the incidence (Hussain and Acharya, 1994).

Cyclones and tidal waves cause some damage to the forest along the sea-face, and are reported to result occasionally in considerable mortality among spotted deer. The most immediate threat is over-exploitation, both of timber resources, which may have already taken place, and also of the fauna. Agricultural encroachment has already occurred to a limited extent on the eastern and western boundaries and, with increasing population pressure in surrounding settled areas, could reach serious proportions unless checked. Fishermen's camps are a major source of disturbance. There is extensive illegal hunting and trapping, not only by fishermen and woodcutters but also reportedly by naval and military personnel from Hiron Point in Sundarbans South Wildlife Sanctuary (Blower, 1985).

Additional Resources Used; www.betelco.com/bd/sundar/sundar.html www.unesco.org/whc/sites/798.htm www.state.gov/www/background_notes/bangladesh_698_bgn.html

  • ENVIRONMENT

Building tomorrow in the Sundarbans

How an inspiring project is rebuilding the lives of an endangered community facing the threat of rising sea levels.

With a driving vision of building tomorrow, a collection of excavators are helping to protect the Sundarbans, a historic region between India and Bangladesh, from the threat of flooding. In Bengali, ‘Sundarbans’ means 'beautiful forest' – an appropriate name for the largest delta and mangrove forest on Earth.

Situated along the Bay of Bengal, the treasured Sundarbans delta is a unique part of the world. Untold numbers of human, animal and marine life all draw life from these fertile lands, including the Bengal Tiger. It is such a diverse and harmonious ecosystem that it has been proclaimed a UNESCO World Heritage Site. But even this can’t protect inhabitants from growing natural threats.

sundarbans case study geography

This archipelago of islands is affected by one of the most dramatic examples of rising sea levels in recent history; increasing by anywhere between three and eight mm per year. It’s up to twice the rise of the global average. Some islands have been losing 200 meters of their coastline a year, killing off 90 kilometers of mangrove forest from land erosion within the last few years. One of the primary contributors to this was the 2009 cyclone Aila, which swept away the mud embankments that naturally protected the area, exposing local fishing and farming communities to repeated flooding and tides so dramatic they swallow up almost one third of the land each day.

Covering 3,500 kilometers of coastline, the previous embankments were created in the 18th century, when the British empire cropped the mangroves back to make space for agriculture. Unfortunately, the heavy rains and 140km/h winds Aila brought finally proved too much, tearing down the embankments and destroying hundreds of thousands of homes. When the water finally receded, over 400 kilometers of embankments were breached and the lands behind were saturated with salt water.

Locals in the Sundarbans have started a project to rebuild these walls by hand, but what unfolded was an extremely labour and time-intensive operation. So to help the islanders, the Indian Government initiated the Sundarbans Embankment Reconstruction Project, which is using modern machinery to support and speed up the process.

sundarbans case study geography

Since the reconstruction started, the project has utilised 20 Volvo excavators, 1,600km of concrete and the hard work of many skilled laborours to build up much hardier embankments, ensuring land and livestock are protected once and for all. So far, 5,000 meters of new embankments have been constructed.

Modern technology aside though, the project is still not without challenges. Just getting people, equipment and supplies to the construction site is hard going. The nearest city, Kolkata, is 100 kilometers away, and the only way to travel to the delta area of the Sundarbans is by boat, meaning both humans and machines must be transported via the water ways to islands in the delta.

Luckily, with the use of heavy construction equipment, the embankments are now fortified with broad concrete blocks to create a more resistant protection of the islands and their inhabitants. Not only do these concrete embankments protect the people, animals and fertile lands behind them – they also provide lengths of road along their tops, granting easier access to the area. A development that has made selling grain grown in Sundarbans a more viable venture, and may even allow the area to become one of the major grain siloes in the world.

sundarbans case study geography

More and more areas are being affected by rising sea levels and extreme weather conditions, likely as a result of climate change. But by fortifying protective structures with modern engineering, the Sundarbans will be better suited for whatever challenges tomorrow brings.

Discover more about the Sundarbans Embankment Reconstruction Project here .

For Hungry Minds

Related topics.

  • ENVIRONMENT AND CONSERVATION
  • HABITAT PRESERVATION
  • PROTECTED AREAS

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A-Level Geography - Coastal; systems and landscapes > 3.10 - Case study - The Sundarbans > Flashcards

3.10 - Case study - The Sundarbans Flashcards

Where are the Sundarbans?

Bangladesh (mainly) and India

Define Monsoon

A seasonal reverse of wind direction heralding a change from a dry to wet season

More than …..% of the population live in an area impacted by a monsoon climate

India receive …% of their rainfall in the Summer monsoon

How are monsoons formed?

Land heats up quicker than water so heat rises over the land of India An area of low pressure is formed The direction of the prevailing winds changes so moist air goes over land

What is a river delta?

low, flat land, sometimes shaped like a triangle, where a river divides into several smaller rivers before flowing into the sea

List 5 coastal processes in the Sundarbans

Define sustainability

Meet the needs of the present without compromising the needs of the future.

Why can mangroves live in the sea?

Roots can filter out the salts

Name 3 benefits of mangroves (not goods)

Roots are home to fish Decrease erosion Reduce sediment run off from land

Name 4 services the Sundarbans provide

Fuels Protection (erosion) Provision (climate control and breeding grounds) Value

Name 4 goodscthe Sundarbans provide

Food Textiles Medicine Construction material

Name the two types of opportunities into the Sundarbans

Goods and Services

Name 5 natural risks to the Sundarbans

Name 5 human risks to the Sundarbans

Define resilience

Being able to cope with the challenges the environment presents

Define mitigation

Reducing the severity of hazards and other issues

Define adapttaion

Adjusting behaviour to fit the environment

List 4 challenges of the Sundarbans

Increased frequency and intensity of floods

Increase salinity levels of soil

Pesticide use affect water quality

Embankments encourage silt -> river level rises

3 ways people have adapted to the Sundarbans

Build houses of stilts

Sustainable - non-intensive farming techniques and ecotourism

Salt-tolerant rice (AO3 - reduce biodiversity and vulnerable to pests

3 ways people have mitigated to the Sundarbans

3500km of embankments built

Protect mangroves and replant in areas

Cyclone shelters

4 ways people have been resilient to the Sundarbans

Better roads and bridges

Increase food security by giving £

Increase access to clean water

Electricity in more areas and solar panels

What do USAID do to help? (4)

Monitor tiger population Harvest crops efficiently Sell excess crops Raise fish

Describe the ICZM

Integrated coastal zone management

Coastal people peruse sustainable economic development

What does the ICZM do? (4)

Improve rural livelihood Manage fresh water resources Develop tourism and fishing sector Improve infrastructure and social provision

Define mangrove

Semi-marine tropical species of tree that grows in shallow water with roots above the surface.

Describe the key development - cyclone protection (2)

2000+ cycle shelters

Social centre when not in use

AO3 - Describe the key development - cyclone protection (1)

Not enough for scale needed

Describe the key development - coastal protection (2)

5000km of embankments

123 barrier dams

AO3 - Describe the key development - coastal protection (3)

Reduce flow of tidal Increase sediment deposition Increase water logging

Describe the key development - vegetation (2)

Mangroves absorb wave/cyclone energy

Plant vegetation along 900km of coastline

AO3 - Describe the key development - vegetation (2)

Inadequate knowledge of species and habitat

Hit and miss with survival

A-Level Geography - Coastal; systems and landscapes (10 decks)

  • 3.1 - Coasts as natural systems
  • 3.2 - Coastal systems
  • 3.3 - Coastal geomorphology processes
  • 3.4 - Coastal landscape development
  • 3.5 - Managing the coastline profile
  • 3.6 - Reducing the rate of coastal erosion
  • 3.7 - Managing increasing coastal flood risk
  • 3.9 - Case study - The Holderness Coast
  • 3.10 - Case study - The Sundarbans
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AQA A Level Coasts Case Study - The Sundarbans

AQA A Level Coasts Case Study - The Sundarbans

Subject: Geography

Age range: 16+

Resource type: Assessment and revision

Miss Chambers

Last updated

11 August 2020

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sundarbans case study geography

AQA Case study summary sheet for a level geography coasts module far case study - information sourced from AQA A Level Geography textbook.

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An excellent resource. Clearly laid out so that it presents the required information in an accessible way for my Year 12 students.

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Thank you so much I really appreciate the review. Also working on water and carbon resources that you might be interested in!

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Geography - Coasts - The Sundarbans

  • Coastal environments
  • Created by: hettie.gosss
  • Created on: 08-06-19 17:51
  • The Sundarbans - Bangladesh
  • World's largest delta, extending over 10,000km2 of southern Bangladesh and India
  • Tidal action is the primary natural process.
  • Non-cohesive sediments like sand are washed out of the delta. Protection from the sand dunes, finer silts washed into the bay are deposited.
  • Vegetation establishes itself.
  • Equilibrium of the natural processes - very delicate.
  • Wave action adds and shapes further deposits of sand to form islands.
  • Well-developed network of inter-connecting river channels
  • Provide protection, maintenance, provision.
  • Managed sustainably, it provides a wide range of goods and services.
  • Mangrove forests are extremely important ecosystem.
  • Over-exploitation of coastal resources / Destructive fishing.
  • Many on the outside view it as uninhabitable.
  • Coastal flooding / High levels of salinity in soils.
  • Coastal erosion has not traditionally  been a problem. But there are some problems.
  • Many populations have lived successfully.
  • Significant protection and shelter against - storm, tsunamis, coastal erosion.
  • One hectare of mangrove forest.
  • Density of 30 trees per 0.01 hectares can reduce the force of tsunami by 90%.
  • Forests have economic values.
  • More resilient to disaster.
  • Good level of social capital.
  • Threat of natural disasters means there has been a significant investment in infrastructure.
  • Level of resilience provided by these livelihood assets may be decreasing as poverty increases.
  • Assets - financial, human, social, natural and physical.

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sundarbans case study geography

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Climate Crisis, Social Responses and Sustainability

Socio-ecological Study on Global Perspectives

  • © 2024
  • Uttam Mukhopadhyay 0 ,
  • Subhasis Bhattacharya 1 ,
  • Pradip Chouhan 2 ,
  • Suman Paul 3 ,
  • Indrajit Roy Chowdhury 4 ,
  • Uday Chatterjee 5

Department of Geography, Vidyasagar College, kolkata, India

You can also search for this editor in PubMed   Google Scholar

Department of Economics, Sidho Kanho Birsha University, Purulia, India

Department of geography, university of gour banga, malda, india, department of geography, sidho-kanho-birsha university, purulia, india, department of geography and applied geography, university of north bengal, darjeeling, india, department of geography, bhatter college, dantan, india.

  • Aims at the audience that is potentially very large in both academics and informed lay audience
  • Covers climate change holistically, including global and regional scales, ecosystems, agriculture, and energy
  • Addresses the variety of challenges associated with climate change

Part of the book series: Climate Change Management (CCM)

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About this book

This proposed book aims to present an analysis of several crisis issues induced by global climate changes and implications at the micro-level, particularly from the perspective of ground-based study. Climate crisis leads to several socio-ecological issues which need to discuss with some empirical case studies from the contextual global evidences. Climatic crisis generates several social responses which are associated with mitigating issues in addition to sustainable development goals. Under these circumstances, several loopholes interlinked with climatic crisis need to expose in the present-day context. This book argues that it is important to understand the issues from multiple dimensions. It identifies some important dimensions to discuss in the process. Themes we purpose to cover are: several field-based studies are included for which micro-level field-based data would incorporate to understand current crisis induced by climate change, thus exposing the vulnerabilities of the communities which would be incorporated in different chapters with adequate representation of qualitative methods, modelling-based geospatial approach. Therefore, some secondary data-based studies have also been included to provide a broader picture.

Additionally, this book aims to provide an interdisciplinary understanding of the issues mainly from the lenses of Geography, Economics, and Sociology as well as Environmental Studies too. Given the focus of this study, it is believed that an approach that harmonizes the cognitive domain from different discipline is appropriated. A combination of chapters using qualitative as well as quantitative methods also made this book exclusive from others. We believe that this edited book surely contributes the knowledge domain with some relevant chapters’ discussion in the contemporary time and leads to reduce the gap of knowledge.

  • Climate change
  • Sustainable development
  • community participation
  • climate hazard

Table of contents (30 chapters)

Front matter, introduction, climate crisis impact on ecosystem services and human well-being.

  • Aju David Raj, R. Padmapriya, Anu David Raj

Climate Crisis, Social Responses and Sustainability on Ecological Perspectives

Assessment of flood vulnerability of the people living in tal and diara geomorphic regions of malda district, west bengal.

  • Hiranmay Rishi, Subrata Purkayastha

Assessing the Rural Livelihood Vulnerability and Risk to River Flood in Lower Gangetic West Bengal Applying IPCC-AR5 Methodology

  • Pintu Mandal, Adrika Mukhopadhyay, Jayanta Saha, Shyamal Santra, Bhaskar Samanta, Subhasis Bhattacharya et al.

Impact of Rapid Urbanization on Urban Microclimate Dynamics: A Case Study on Asansol Municipal Corporation (AMC), Paschim Bardhaman, West Bengal, India

  • Chumki Mondal, Subham Kumar Roy, Sanatan Ghosh

Impact of Urbanization on Mirco-climate and Environmental Quality in Barasat Municipality: A Geospatial Analysis

  • Jhoney Barui, Debabrata Chanda, Yogia Dutta, Uttam Mukhopadhyay

Systematic Review to Address the Effect of Urban Heat Island and Outdoor Thermal Condition on Human Comfort in Small and Medium Cities of Global South

  • Tirthankar Basu, Arijit Das

Evaluating the Sensitivity of Saffron Yield to Climate Change in Western Himalaya, India. A Study from Kashmir Valley

  • Iqra Binti Ayoub, Shoukat Ara, Suhail A. Lone

Global Climate Change Crisis: Lessons Learned from COVID-19 in the Context of Solid Waste Management and Allied Sectors in India

  • Tinku Casper D’Silva, Sunitha Vijayan, Saptashish Deb, Ram Chandra

Climate Crisis, Social Responses and Sustainability on Sociological Perspectives

Harnessing the power of climate activism: insights from psychological perspectives on climate change engagement—a systematic review.

  • Dipanjan Bagchi, Akancha Srivastava, Bhawna Tushir

A Review on Traditional Knowledge: A Sustainable Solution for the Climate Crisis

  • Sharaniya Vijitharan

The Intersection of Climate Crisis and Disease Outbreaks: Cataclysmic Consequences

  • Debangshu Banerjee, Susanta Nath, Biplob Kumar Modak

Socio-economic Challenges of Environmental Refugees: An Overview of Sagar Island of Sundarban, India

  • Semanti Das, Chandan Surabhi Das

Socio-economic Dimensions of Climate Change in Urban Bangladesh: A Focus on the Initiatives of Local Governing Agencies

  • Imran Hossain, A. K. M. Mahmudul Haque, S. M. Akram Ullah

Examining Mediating Effect of Climate Change Worry Between Climate Change Anxiety and Divergent Migration: A Scale to Measure Climate-Induced Post-migration Anxiety and Stress

  • Sarthak Dash, Sugyanta Priyadarshini, Sukanta Chandra Swain

Eco-anxiety in Adolescents: A Meta-Analysis of the Impact of Climate Change on Mental Health

  • Subhajit Mondal, Jhikmik Kar, Emon Bagchi, Uttam Mukhopadhyay

Navigating Academic Challenges and Psychological Well-Being: A Study Among Students of HEIs Amidst COVID-19

  • Nanigopal Kapasia, Margubur Rahaman, Avijit Roy, Pradip Chouhan

Editors and Affiliations

Uttam Mukhopadhyay

Subhasis Bhattacharya

Pradip Chouhan

Indrajit Roy Chowdhury

Uday Chatterjee

About the editors

Dr Uttam Mukhopadhyay is Associate Professor and Head of the Department of Geography (undergraduate and postgraduate) at Vidyasagar College, University of Calcutta. He is also Director of the Research Centre of Vidyasagar College, Kolkata. He is associated with college teaching for the last 37 years. He has taught at City College of Commerce, Gokhale Memorial Girls’ College, and Presidency College, and at present, he is teaching at Vidyasagar College where he has completed 26 successful years. Before venturing into college teaching, he initially started his career as Planner in the Planning Department of KMDA. Dr Mukhopadhyay has simultaneously contributed largely to the social field and is associated with a great deal of charity work. His writing and views as Social Expert on various aspects of life, society, and education are highly valued and published in different newspapers, leading TV channels, articles, and journals from time to time. He is also associated with a lot of research work where his research papers get accepted in various national and international journals. He has successfully completed several prestigious government-funded projects from various social and economic perspectives. The majority of his work involve tribal society, environment, urban planning, and resource potentiality. Apart from all this, he has authored numerous textbooks at the school and college levels.

Dr Subhasis Bhattacharya completed his master’s in Economics from Calcutta University and doctoral degree from University of North Bengal. He has 23 years of academic experience comprises of teaching learning and research activities mainly in Cooch Behar College, University of Gour Banga, and presently in Sidho-Kanho-Birsha University. The research work of Dr Bhattacharya mainly deals with Health Economics, Environmental Economics, Development Economics, Resource Economics, and Financial Economics. Specially, multivariate analysis, multinomial distribution, data envelopment analysis, and stochastic frontier analysis are the preferred fields of econometrics of Dr Bhattacharya.

Dr Pradip Chouhan is Professor at the Department of Geography, University of Gour Banga, Malda, West Bengal, India. Earlier he was Assistant Professor at the Department of Geography, Jadavpur University, Kolkata. His areas of research interest are fertility behaviour, public health, maternal health, and child health. Actively engaged in teaching and research in Population Geography for nearly two decades, Prof. Chouhan has published more than 65 research papers in Scopus and Web of Science-indexed journals, edited 3 books, and authored 1 book. He is Reviewer of Scopus and Web of Science-indexed journals. He has completed a major research project funded by the Indian Council of Social Science Research, Ministry of Human Resource, Government of India. Dr Chouhan has also completed one minor research project funded by the University Grants Commission. He has successfully supervised 4 Ph.D. and 8 M.Phil. scholars.

Dr Suman Paul is Professor of Geography at Sidho-Kanho-Birsha University, Purulia, West Bengal, India. He received his B.Sc. and M.Sc. degrees from University of Calcutta, India, in 2000 and 2002, respectively. He achieved National Scholarship and stood 1st position (1st Class FIRST) at undergraduate level in Calcutta University. His areas of specialization are urban geography, environmental hazards and disaster analysis, GIS, and remote sensing. He completed his Ph.D. in Urban Geography from the Department of Geography, University of Calcutta, West Bengal, India, entitled “Emerging Urban Centres – Status and Possibilities: A Case Study of the District of North 24 Parganas, West Bengal”. He was associated as Assistant Professor at Post Graduate Department of Geography with more than 9 years of experience at Krishnagar Government College (Nadia, WB) and Acharya B. N. Seal Government College (Cooch Behar, WB). He has presented several research papers in international, national, and state-level seminars and conferences. He has published a number of articles in reputed peer-reviewed international, national journal, and in edited books. He had completed two major research projects funded by the Department of Planning and Statistics (WB) and Department of Science and Technology & Biotechnology (WB) and one ongoing research programme funded by ICSSR, India.

Dr Indrajit Roy Chowdhury started his academic work in the field of Urban and Regional Planning, Transport Geography, GIS, and Remote Sensing. He has more than 50 research publications in high-quality peer-reviewed journals in the topics covering from urban environmental and infrastructural issues, regional planning, women empowerment. and gender related issues in the various reputed international and national journals. His research has been funded by the Department of Science and Technology, Government of India and Government of West Bengal. Dr Roy Chowdhury has recently completed a project on the “Problem and Prospect and Opportunities of Homestay Tourism in Sub-Himalayan North Bengal” funded by the University of North Bengal. Dr Roy Chowdhury has been funded by ICSSR, New Delhi, for Major Research Project, entitled “Understanding Quality of Life (QoL) of the Tribe in the hilly region of Darjiling and Kalimong District, West Bengal, India: A Future Road Map Towards Sustainable Development”. He has served as Reviewer for many international journals. Dr Roy Chowdhury did his graduation in Geography Honours from Asutosh College, Kolkata, in 2005 and did his master’s in Geography from University of Calcutta in 2007. He was awarded Ph.D. degree by the University of Calcutta in 2015. His area of research in Ph.D. was “Urban Transport and Vehicular Emissions in Kolkata city”. He is Assistant Professor at the Department of Geography and Applied Geography, University of North Bengal, West Bengal, India. A number of research scholars are also carrying out M.Phil. and Ph.D. research work under his supervision.

Dr Uday Chatterjee is Assistant Professor at the Department of Geography, Bhatter College, Dantan, Paschim Medinipur, West Bengal, India, and Applied Geographer with a Doctoral Degree in Applied Geography at Ravenshaw University, Cuttack, Odisha, India. His areas of research interest cover urban planning, social and human geography, applied geomorphology, hazards and disasters, environmental issues, disaster governance, community-based disaster risk management, climate change adaptation, urban risk management, and disaster. He has delivered 07 invited lectures in University Grants Commissions (UGC)-sponsored national seminars and various academic departments of different colleges in India. In addition, he presented 18 papers in national and international seminars/conferences held in India as well as chaired and co-chaired more than 5 technical sessions. He has successfully guided project dissertations to undergraduate students. He has also conducted (Convener) one Faculty Development Programme on “Modern methods of teaching and advanced research methods” sponsored by Indian Council of Social Science Research (ICSSR), Government of India. Currently, Dr Uday Chatterjee has completed the Special Issue (S.I) of Urbanism, Smart Cities and Modelling, Geojournal, Springer, as Lead Editor; and Book Series Editor of Development in Environmental Science, Elsevier. His research work has been funded by the West Bengal Pollution Control Board (WBPCB), Government of West Bengal, India. He has served as Reviewer for many international journals. Currently, Dr Chatterjee is doing the international project, in collaboration with Indonesia, Malaysia, and Japan funded by APN (Asia Pacific-Global Change Research), and he is Guest Editor of the special issue Social Ecology, Human-Well-being and Sustainability, Global Social Welfare Journal, Springer. He has published 30 research papers, 12 edited books, 2 author books, 11 book chapters, and 2 conference proceedings.

Bibliographic Information

Book Title : Climate Crisis, Social Responses and Sustainability

Book Subtitle : Socio-ecological Study on Global Perspectives

Editors : Uttam Mukhopadhyay, Subhasis Bhattacharya, Pradip Chouhan, Suman Paul, Indrajit Roy Chowdhury, Uday Chatterjee

Series Title : Climate Change Management

DOI : https://doi.org/10.1007/978-3-031-58261-5

Publisher : Springer Cham

eBook Packages : Earth and Environmental Science , Earth and Environmental Science (R0)

Copyright Information : The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerland AG 2024

Hardcover ISBN : 978-3-031-58260-8 Published: 29 May 2024

Softcover ISBN : 978-3-031-58263-9 Due: 29 June 2024

eBook ISBN : 978-3-031-58261-5 Published: 28 May 2024

Series ISSN : 1610-2002

Series E-ISSN : 1610-2010

Edition Number : 1

Number of Pages : XXVI, 717

Number of Illustrations : 13 b/w illustrations, 152 illustrations in colour

Topics : Environmental Policy , Sociology, general , Geography, general , Ecology , Monitoring/Environmental Analysis , Analytical Chemistry

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  1. Amazing Aerial view ✈️ of Sundarban Delta

  2. Sundarbans

  3. Exploring the Enchanting Sundarbans Forest in India

  4. आपदाओं के बीच जिंदगी बिताते सुंदरबन के निवासी [Living in the Sundarbans and facing climate change]

  5. AQA GCSE Case Study Geography Japan v Nepal earthq

  6. Hariabhanga River

COMMENTS

  1. SUNDARBANS CASE STUDY

    There is currently a density of 30 trees per 0.01 hectare, reducing the force of a tsunami by 90%. However 4% of the mangrove forest has been lost from erosion, contributing to 20m of the land being destroyed in some areas per year. Study with Quizlet and memorize flashcards containing terms like General Knowledge, Coastal Processes, Coastal ...

  2. The Sundarbans

    Physical Geography. Essays. 100% (22) 40. Unit 3 revision guide. Applied Science. Assignments. 100% (35) 7. Business Studies - Marketing Mix Notes. Business Studies. Class notes. 100% (35) 4. ... The Sundarbans - Case study for coasts. Subject: Physical Geography. 426 Documents. Students shared 426 documents in this course. Degree: Sixth Form ...

  3. PDF Case study: The Sundarbans

    My Revision Notes AQA AS/A-level Geography Chapter 6: Ecosystems under stress Case study: The Sundarbans • Tectonic subsidence • 2001-2008 agricultural area reduced 5%. • As a result of over exploitation of aquatic species in the last 15 years, coastal fishing has seen a decline in catch-per-unit effort from 150-200 kg per haul to 58 ...

  4. Coolgeography

    3.1.3.6 Case studies Local coastal environment Case study Case study of a contrasting coastal landscape beyond the UK - Sunderbands . Quizlet revision sets. Coastal systems. Sources of energy in coastal environments. Sediment sources, cells and budgets. Geomorphological processes: weathering, mass movement, erosion, transportation and deposition.

  5. Climate Change

    The Sundarbans, shared by Bangladesh and India, is the largest mangrove forest in the world [3]. Sadly, the Sundarbans is experiencing gradual changes in terms of vegetation [4], salinity [5 ...

  6. Sundarbans

    Sundarbans (pronounced / s ʌ n ˈ d ɑːr b ə n z /) is a mangrove area in the delta formed by the confluence of the Ganges, Brahmaputra and Meghna Rivers in the Bay of Bengal.Spread across parts of India and Bangladesh, this forest is the largest mangrove forest in the world. It spans the area from the Baleswar River in Bangladesh's division of Khulna to the Hooghly River in India's state ...

  7. As climate change shrinks the Sundarbans, lives are washed away

    In the worst-case scenario, in which sea levels rise by more than six feet this century, Bangladesh alone stands to lose some 800 square miles of mangroves in the Sundarbans. The best-case ...

  8. Sundarbans a Dynamic Ecosystem: An Overview of Opportunities ...

    Elahi KM, Das SC, Sultana S (1998) Geography of coastal environment: a study of selected issues. In: Bayes A, Muhammad A (eds) An analytical discourse on development. The University Press Limited, Dhaka, pp 336-368 ... Managing transboundary nature resources: case studies on Sundarbans mangrove ecosystems. Occational papers, UNESCO, New Delhi ...

  9. Mangrove Swamps Case Study; the Sundarbans of Bangladesh

    The total area of the Bangladesh Sundarbans is 5,771sq.km (almost 62 percent of the total), of which 4,071sq.km is land and the rest water (Christensen, 1984). This area is approximately half the size of the area of mangrove that existed 200 years ago, the other half being cleared and converted to agricultural land (Hussain and Archarya 1994).

  10. Building tomorrow in the Sundarbans

    February 22, 2019. • 5 min read. With a driving vision of building tomorrow, a collection of excavators are helping to protect the Sundarbans, a historic region between India and Bangladesh ...

  11. Sundarbans case study

    The Sundarbans is a coastal zone occupying the world's largest delta that is over 10,000km of southern Bangladesh and India on the bay on Bengal. -The delta is formed from sediment deposits from three of the world's great rivers, The Ganges, Brahmaputra and Meghna. -The natural ecosystems of the Sundarbans are mangrove forests and swamps.

  12. Contrasting Environment Case Study: The Sundarbans

    Contrasting Environment Case Study: The Sundarbans. Subject: Geography. Age range: 16+. Resource type: Worksheet/Activity. File previews. docx, 7.3 MB. pptx, 1.06 MB. A case study booklet for AQA A Level Students studying Coastal Systems and Landscapes. Activities for them to work through in order to complete the case study of a contrasting ...

  13. 3.10

    AO3 - Describe the key development - vegetation (2) A. Inadequate knowledge of species and habitat. Hit and miss with survival. Study 3.10 - Case study - The Sundarbans flashcards from Delphi Hatton-Crowther's class online, or in Brainscape's iPhone or Android app. Learn faster with spaced repetition.

  14. AQA A Level Coasts Case Study

    Subject: Geography. Age range: 16+. Resource type: Assessment and revision. File previews. pdf, 202.18 KB. AQA Case study summary sheet for a level geography coasts module far case study - information sourced from AQA A Level Geography textbook. Tes paid licence How can I reuse this?

  15. pfalevelgeog [licensed for non-commercial use only] / The Sundarbans

    A case study of a contrasting coastline beyond the UK. The Sundarbans, a unique coastline under threat. Take a look on google earth . Watch . Task 1. Location - describe the location of the Sundarbans, include a map. Mangroves are trees and shrubs that grow in saline coastal habitats in the tropics and subtropics - mainly between latitudes ...

  16. Geography Case Studies

    Share this: Geography Case Studies - A wide selection of geography case studies to support you with GCSE Geography revision, homework and research.

  17. sundarbans

    Edexcel geography b case studies URGENT! ... Similar Geography resources: sundarbans treats,problems and solutions. 0.0 / 5. Eustatic Change Sundarbans Case Study. 5.0 / 5 based on 1 rating. Teacher recommended. sundarbans. 0.0 / 5. sundarbans 2. 0.0 / 5. Goods and Services of Mangrove Forests in the Sundarbans.

  18. Geography

    The Sundarbans - Bangladesh; Sediment deposited by three of the world's largest rivers; The Ganges, Brahmaputra and Meghna. Coastal processes. ... Case Studies for Physical Geography. 0.0 / 5. Geography Coasts Case Studies. 4.5 / 5 based on 9 ratings. coasts notes edexcel geography 2018. 0.0 / 5.

  19. A-level Geography

    Terms in this set (8) The Sundarbans is a coastal zone occupying the world's largest delta, that extends over 10,000km2 of southern Bangladesh and India on the Bay of Bengal. The delta is formed from the sediment deposited by the Ganges, Brahmaputra and Meghna rivers. The natural climax ecosystems of the Sundarbans are mangrove forests and swamps.

  20. Climate Crisis, Social Responses and Sustainability

    Department of Geography and Applied Geography, University of North Bengal, Darjeeling, India ... An Overview of Sagar Island of Sundarban, India. Semanti Das, Chandan Surabhi Das ... Status and Possibilities: A Case Study of the District of North 24 Parganas, West Bengal". He was associated as Assistant Professor at Post Graduate Department ...