Mana Pools National Park, Sapi and Chewore Safari Areas

Country
Zimbabwe
Inscribed in
1984
Criteria
(vii)
(ix)
(x)
The conservation outlook for this site has been assessed as "significant concern" in the latest assessment cycle. Explore the Conservation Outlook Assessment for the site below. You have the option to access the summary, or the detailed assessment.
On the banks of the Zambezi, great cliffs overhang the river and the floodplains. The area is home to a remarkable concentration of wild animals, including elephants, buffalo, leopards and cheetahs. An important concentration of Nile crocodiles is also be found in the area. © UNESCO
© Peter Howard

Summary

2020 Conservation Outlook

Finalised on
01 Dec 2020
Significant concern
This vast wilderness in the middle Zambezi Valley has maintained most of its inherent values through its remote location and the low level of competing land uses. It is nevertheless undergoing significant long-term change as a result of the upstream construction of the Kariba Dam, affecting the flooding regime and annual cycle of alluvial deposition. Although this occurred half a century ago (before the site’s world heritage listing) the resulting ecological change is likely to persist for decades, or perhaps centuries, to come. Changes on the alluvium and sandbanks are being seen that may reflect more localised conditions than the effect brought about by the Kariba Dam. Meanwhile, the potential for a third major hydroelectric facility on the Zambezi at Mupata Gorge, which would flood the core of the site and reduce its wildlife carrying capacity by half, remains a very real long-term threat. More immediate, but less significant in scale, are the threats arising from oil and mineral exploitation in the upstream catchment and poorly managed tourism development on both banks of the river. While protection and management appears to be generally adequate for such a large remote area with few immediate threats, it is not possible to fully assess its effectiveness. This is because the site lacks effective monitoring and therefore there is little information available on the state of the site’s values. There is a need for increased vigilance to ensure greater trans-boundary cooperation in the design and site location of tourism infrastructure on both banks of the river, and monitor, evaluate and mitigate the effects of possible future mining activities within the Zambezi catchment. Aerial survey data indicate a decline in key species and this needs to be addressed. 

Current state and trend of VALUES

High Concern
Trend
Deteriorating
Many of the site’s values have been maintained, although the decline of large mammal species of the last decade is concerning. A new survey is proposed and this needs to happen as soon as possible. The ecology of the riverbank and floodplain communities is undergoing gradual long-term change resulting from the (pre-inscription) construction of Kariba Dam 110km upstream which permanently altered the siltation and flooding regime. There is anecdotal evidence of vegetation changes on the alluvium during the last few decades (grass reduction, woody species compositional changes, fluctuation of exotics etc). Hardpan soils contributing to rainfall runoff have also been noted. However,  there is no baseline monitoring to confirm this. One key element of critical concern is the loss of black rhino as the property used to be one of the species’ few remaining strongholds until the late 1980s. Cumulatively the threats to these values result in change of the "Concern Status" to "High".

Overall THREATS

High Threat
The site currently faces few major direct threats but a number of lesser threats that will ultimately have a cumulative and potentially irreversible impact. Poaching led to the eradication of black rhino in the early years following inscription, and remains a real threat preventing re-introduction of this key endangered species. Alteration to the flooding regime caused by the Kariba Dam will continue to exert long-term influence on the area’s ecology for many decades to come. Other lower-level threats include inappropriate tourism developments, the occurrence of alien invasive species and illegal fishing and mining. The potential for hydroelectric power generation from a downstream site in the Mupata Gorge presents the greatest long-term threat, as it would involve flooding much of the valley’s key wildlife habitat and reducing its carrying capacity by half. Other potential threats include large scale mining and other development activities within the site itself and in adjacent areas that would impinge on the values of the site itself and the unfolding impacts of Covid-19 on the funding and corresponding management activities in the site. A well defined robust and rigorous research agenda, together with monitoring of key indicators will help to identify quantitatively and qualitatively, the threats faced and the means to mitigate their impacts.

Overall PROTECTION and MANAGEMENT

Some Concern
While protection and management appears to be generally adequate for such a large remote area with few immediate threats, there is no doubt that the  area is understaffed and poorly equipped to counter any upsurge in poaching, particularly should the drop in tourism revenue following the Covid-19 outbreak further reduce staff capacity. Partnerships between NGOs and the ZPWMA are proving to be useful in combating poaching threats. However, it is not possible to fully assess the effectiveness of anti-poaching activities because the site lacks effective monitoring and therefore there is little information available on the state of the site’s values. There is a need to ensure greater trans-boundary cooperation in the design and site location of tourism infrastructure on both banks of the river, and internally within the Mana Pools NP. There is also a need to monitor, evaluate and mitigate the effects of possible future mining activities within the Zambezi catchment, as well as to mitigate poaching and other illegal activities. Conservation of key attributes of biodiversity needs further research, for example, the declines of key species need to be investigated, better understood and where appropriate, mitigated. More attention needs to paid to the southern boundary. Currently all responses to threats in this area emanate from the river based HQ stations, which is not cost-effective and difficult.

Full assessment

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Finalised on
01 Dec 2020

Description of values

Diverse bird fauna

Criterion
(x)
More than 450 species of birds have been recorded at the site (UNEP-WCMC), with 90 species of waterbirds and 52 raptors recorded in the wider Middle Zambezi Valley Important Bird Area (Birdlife, 2012)

Important populations of a diversity of large mammals and other fauna and threatened species

Criterion
(x)
Because of its size and the diversity of its habitats, the site supports large and sustainable populations of a diverse mammalian fauna, an important population of Nile crocodile, and diverse assemblages of other fauna (many of which remain undocumented). The site supports important populations of threatened large mammals including an estimated 12,500 elephants, 3,000 hippopotamus, more than 260 lion, cheetah and wild dog. Near-threatened species include leopard, brown hyaena, and several species of birds, including more than 1% of the world’s Lilian’s Lovebirds (Agapornis lilianae) and an important population of African skimmers (Rynchops flavirostris) on the river sandbanks

Black rhino refuge

Criterion
(x)
At the time of inscription, there were 500 black rhino, one of Africa’s largest populations of this endangered species (World Heritage Committee, 2011). There are currently no rhino but the area remains a key rhino habitat for possible future reintroduction under suitable conditions.

Seasonal movements of large mammals

Criterion
(ix)
More than 10,000 elephants (Dunham et al., 2015) and a similar number of buffalo move seasonally between the river and the surrounding deciduous woodlands, up to the top of the escarpment some 50 km away, all within the World Heritage property

Riverine sandbank ecosystems

Criterion
(ix)
The 60 km2 of alluvium within Mana Pools – sandbanks, islands, floodplains and old river channels - provide an exceptional substrate for ecological succession, driven by the changing course of the river and natural climatic and ecological factors (World Heritage Committee, 2011)

Spectacular animal congregations

Criterion
(vii)
Spectacular dry season congregations of around 20,000 large mammals, notably elephants, buffalo, waterbuck, zebra and sable antelope, in the evergreen gallery forests and riverside communities along the banks of the Zambezi represent an exceptional natural phenomenon dependent on the maintenance of dispersal areas throughout the 6,766 km2 of the World Heritage property and beyond (World Heritage Committee, 2011).

Assessment information

Low Threat
Long-term ecological change in the core riverine habitats resulting from a change in the seasonal flooding regime following construction of the Kariba Dam is probably the main driver of ecological change affecting the site. Poaching led to the eradication of black rhino in the early years following inscription, and remains a real threat preventing re-introduction of this key endangered species. Elephant face continued poaching and illegal trade. Other threats include inappropriate and multiplying tourism developments, the occurrence of alien invasive species, illegal fishing and artisanal gold mining/panning. The decline in numbers of many large mammal species, as evidenced by aerial surveys, is a threat. The causes of these declines are not known and should be researched, together with appropriate monitoring. 
Invasive Non-Native/ Alien Species
(Invasive alien species)
Low Threat
Inside site
, Widespread(15-50%)
Outside site
The alien floating plant, water hyacinth (Eichhornia crassipes) is present in the Zambezi and the old channels that make up the four ‘Mana Pools’. Several other species have also been recorded and these include starburrs, senna, paperthorns, asters, blackjacks and mexican poppy. Local outbreaks on disturbed ground are common. Hay was brought in as animal feed in 2019 and it is unknown if there will be any new grass species "invasions" from this. Mistletoe (Erianthemum dregii) which parasitises the fruiting Cordyla africana is a recent cause for concern for key tree species in the WHS. The widespread death of Cordyla may impact of large mammal congregations. Faidherbia albida can also be affected by Tapinanthus quequensis.
Hunting and trapping
(Poaching)
High Threat
Inside site
, Throughout(>50%)
Outside site
Well-organised commercial poaching of black rhino drove the species to local extinction between 1984 and 1994, and is considered to be a continuing threat preventing efforts to re-introduce the species at present. Elephant poaching is a major threat, but poaching of other species for bushmeat whilst not a major threat at present is of growing concern. The decline of several key species, notably buffalo and elephant (as evidenced by aerial surveys) may be an indication of an unknown poaching threat. Other factors, possibly ecological and yet to be assessed may be contributing to the decline of species such as sable, zebra and eland. Elephant and hippopotamus dominate the large herbivore guild in terms of biomass and inter-specific competition may be at play (IUCN Consultation, 2020). 
Fishing / Harvesting Aquatic Resources
(Illegal fishing)
High Threat
Inside site
, Widespread(15-50%)
Outside site
Recreational rod and line sport fishing is carried out on both sides of the Zambezi river with catch and release of Tiger fish (Hydrocynus vittatus) on the Zimbabwe side. However commercial artisanal fishing, both legal and illegal using extensive netting including monofilament net, is carried out from the Zambian side of the river from Chiawa and Rufunsa Game Management Areas and by Mozambicans boating upstream from Zumbo. There are concerns of the effects of long-term commercial fishing that spills over into the Zimbabwean side of the river. Monofilament net is a problem of great concern to artisanal fisheries across the Zambezi system as it is plastic, non-destructible and ensnares in particular, crocodiles leading to their death in many instances (IUCN Consultation, 2020). 
Tourism/ visitors/ recreation
(Impact of tourism activities)
Low Threat
Inside site
, Widespread(15-50%)
Outside site
Escorted and unescorted walking and canoeing trips through prime wildlife habitat are a major draw for tourism. Increased vehicular traffic and operator game drives are a threat to the site’s wilderness values. There are also reports of disturbance by tourists at African wild dog dens leading to their abandonment (30 plus people recorded at one time). Other disturbance factors from tourism may become evident over time but crowding of iconic elephants and predator kills is already occurring.  The recent collapse of tourism owing to Covid-19 will have ramifications for the WHS. The immediate one is loss of income to support park management but others could include a reduction in disturbance of wildlife at the site, which would be a positive outcome. How long this will last and how the recovery of tourism will look are all unknown at this stage. Most operators will have already paid a deposit to ZPWMA authorities and the income drop may only become evident later in the year.
Dams/ Water Management or Use
(Regulation of flooding and water flow)
Data Deficient
Inside site
, Extent of threat not known
Outside site
The construction of Kariba Dam in 1958 brought to an end the seasonal flooding and associated silt deposition in the wide, relatively slow-flowing section of the middle Zambezi between Kariba and Mupata Gorge (Attwell, 1970). This is inevitably having major long-term implications for the ecology of the riverbanks, islands and floodplains and associated communities of plants and animals (Guy, 1981), the nature and extent of which will never be known as there are no comparable data for periods before and after construction of the dam (Ncube, Beevers and Edwin, 2012). 
Notwithstanding the effects of Kariba Dam there are other threats to the alluvium and sandbanks and vegetation changes are being noted (more details in "Assessing Values" section). It should also be noted that long-term geomorphological processes are such that the Zambezi river is gradually cutting (or eroding) into its south bank and depositing material on its north bank. 
Hunting and trapping
(Commercial sport hunting)
Low Threat
Inside site
, Scattered(5-15%)
Outside site
Commercial sport hunting has been suspended and discontinued in Sapi and Chewore North Safari Areas in long term lease agreements between ZPWMA and the current concessionaires in favour of non-consumptive photographic tourism and sport fishing. In Chewore South, the current concessionaire has reduced hunting offtakes to below the allocated quota. The Chewore South southern boundary is adjacent to a hunting concession in the Mukwichi Communal Land. Adherence to quotas and hunting regulations is  good and overseen by ZPWMA. Present quotas however, may be at biologically unsustainable levels. Whilst causality is uncertain, these hunting areas (as well as Mana Pools NP) have seen declines in wildlife numbers, notably buffalo.  There is concern about the hunting of iconic animals that stray into hunting areas from the non-hunting area and there are moves for regulations regarding their protection.

ZPWMA maintains a training quota (mostly elephant and buffalo) in all of its protected areas, including those in the WHS, which includes Mana Pools NP. Additionally a ration quota has been introduced to offset ranger hardship in a difficult macro-economic environment, now compounded by the COVID-19 pandemic.  However, the biological sustainability of the combined safari hunting, training and ration quotas needs careful re-assessment and considered as a whole (IUCN Consultation, 2020).   
Tourism/ Recreation Areas
(Development of tourism facilities)
High Threat
Inside site
, Scattered(5-15%)
To date, tourism developments at the site have focused on low density, high quality tourism with small-scale tented camps and eco-lodge facilities. However, pressure for tourism sites in Mana Pools NP continues to grow in the absence of an approved plan and non-adherence to existing plans. Since 2017, a further six sites have been allocated, the majority within a few km of the alluvial floodplains. Environmental assessments of these sites are often perfunctory and have been challenged in the past. In addition, two of these sites have been allocated in what was previously demarcated as a Wilderness Area in Mana Pools NP (ZPWMA  Park Plan, 2009). This has effectively removed the Wilderness zone from the park.
Vine Camp is consistently mentioned as being an issue in previous reports and, although it is still a concern, management should be more concerned about the cumulative impact and the effect of 10 or more camps fielding over 200 beds in close proximity to the floodplain core area, each with its own exclusion area leading to a declining aesthetic quality of the site for the general public. In addition, the public campsite has undergone a significant expansion of sites and when full would represent a huge pool of tourists utilising the floodplain.

New camps away from the main river are often allocated at pans and this has the potential for disturbance of wildlife. In addition, exclusion zones around the pans remove them from the general tourism circuit. As these pans are typically seasonal, there is then the desire of the tour operator to provide permanent water through drilling into groundwater supplies. This not only affects large mammal behaviour, but also hydrological and ecological processes.   
Other Ecosystem Modifications
(Deforestation for tobacco curing systems)
High Threat
Outside site
Tobacco farming in surrounding communities has resulted in increased demand for fuelwood for tobacco curing. This has contributed to the undocumented deforestation in the southern boundary of the WHS (IUCN Consultation, 2020).
Mining/ Quarrying
(Artisanal gold mining and panning in rivers)
Data Deficient
Inside site
, Localised(<5%)
Outside site
Over 500,000 Zimbabweans are directly involved as artisanal and small scale miners (ASM) with over three million dependents. ASM contribute significantly to national gold production and revenue generation for the country. However, both legal and illegal ASMs face a number of constraints which include policy shortcomings, and in particular adoption of poor mining methods which are leading to severe environmental degradation. Much illegal gold mining and panning is now taking place in and alongside major rivers and their catchments which flow into and through protected areas. The southern boundaries of Mana Pools and Chewore in particular are now being severely affected not only by mining and panning but by growing numbers of miners dependent on wildlife resources to sustain themselves while mining.

 
High Threat
When the Zimbabwean economy and political climate becomes progressively more conducive to foreign investment and tourism begins to recover, there are a number of potentially major threats to the site. The most serious of these would be development of a hydroelectric facility in the Mupata Gorge with the associated loss of wildlife habitat. Oil and mineral exploration and development are real threats, with the associated pollution of the Zambezi. Growth in tourism will bring pressures to allow more, larger and intrusive tourism facilities which may ultimately exceed an acceptable tourism "carrying capacity" threshold for the site (especially the alluvial floodplains), impacting its core values as a unique and aesthetic wilderness. Conversely, lack of tourism and associated loss of revenue and funding for ZWPMA through Covid-19 could open the door for increased poaching and/or other more income generating activities which may impact the values of the site. 
Crops
(Development of irrigated agriculture)
Very Low Threat
Outside site
There are reports of a large-scale irrigated agricultural development project (the Chirundu Project) proposed in 2005 along the south bank of the Zambezi between the World Heritage site and the border town of Chirundu (UNEP-WCMC, 2012). However, no development has occurred since then. Other irrigation projects are currently being developed (land clearance) at Kanyemba adjacent to Chewore in Mbire Communal Land.
Dams/ Water Management or Use
(Dam construction)
Low Threat
Inside site
, Localised(<5%)
Outside site
The ecological heart of the site, the rich floodplain, has been threatened by a hydroelectric scheme proposed for Mupata Gorge which would flood 850 km2 of the Zambezi Valley and halve the wildlife carrying capacity of the world heritage site (UNEP-WCMC, 2012). Until now only feasibility studies have been carried out and while there is currently no intention to develop the project it remains a potential threat because of severe electricity shortages in the region. The construction of the Batoka dam upstream of Kariba may satisfy local power demands for the foreseeable future.
Hunting and trapping
(Commercial bushmeat poaching)
Low Threat
Inside site
, Throughout(>50%)
Outside site
Given the ease of access afforded to the site by the main Harare-Lusaka road, and the potential size of the market, it must be considered a possibility that commercial hunting of wildlife for bushmeat could occur (as it has in Kafue National Park, Zambia). Illegal commercial hunting and/or bushmeat harvesting is occurring increasingly within communities situated on the southern boundaries of the site. With current levels of poverty and the increased presence of gold miners and panners, bushmeat poaching may extend into the WHS, if not already happening.
Oil/ Gas exploration/development
(Oil and other mineral prospection)
High Threat
Outside site
Oil prospecting within the world heritage area was proposed in 1989 (UNEP-WCMC, 2012), but never carried out. On the Zambian side of the river, opposite the World Heritage site, prospecting in the Lower Zambezi NP and the adjacent Chiawa Game Management Area have been undertaken in the past (2006-8) with significant discoveries of exploitable gold and copper. However further prospecting and exploitation in these two areas has not happened in recent years. Permits have been issued for Uranium mining developments 100-200 km upstream from Mana Pools, which could result in pollution of the property (IUCN and UNESCO, 2011).  
Other
(Financial Stability)
High Threat
Inside site
, Throughout(>50%)
Outside site
The continuing collapse of tourism through Covid 19 since the pandemic first emerged in early 2020 is already significantly reducing revenues to the ZPWMA. The authority is not part of central government revenue streams that could act as cushion during these times. How long and perverse this decline will be is unknown, but the situation is currently critical, as officially announced by ZPWMA. A management authority with few funds could open the door to increased poaching for elephants, other wildlife and bushmeat, or more perversely, redefine uses to which these protected areas could be put.
Habitat Shifting/ Alteration, Droughts
(Increased drought frequency)
Data Deficient
Inside site
, Throughout(>50%)
Outside site
Climate change is expected to see higher temperatures and lower rainfall, with an increased frequency of drought and flood cycles. The recent drought prompted the provision of imported feed (hay) for elephants and other wildlife at Mana Pools, in the interests of their welfare. Such interventions need to be weighed up very carefully in respect of long term ecological processes and in situ conservation of populations of a species versus individual animal's welfare.
The site currently faces few major direct threats but a number of lesser threats that will ultimately have a cumulative and potentially irreversible impact. Poaching led to the eradication of black rhino in the early years following inscription, and remains a real threat preventing re-introduction of this key endangered species. Alteration to the flooding regime caused by the Kariba Dam will continue to exert long-term influence on the area’s ecology for many decades to come. Other lower-level threats include inappropriate tourism developments, the occurrence of alien invasive species and illegal fishing and mining. The potential for hydroelectric power generation from a downstream site in the Mupata Gorge presents the greatest long-term threat, as it would involve flooding much of the valley’s key wildlife habitat and reducing its carrying capacity by half. Other potential threats include large scale mining and other development activities within the site itself and in adjacent areas that would impinge on the values of the site itself and the unfolding impacts of Covid-19 on the funding and corresponding management activities in the site. A well defined robust and rigorous research agenda, together with monitoring of key indicators will help to identify quantitatively and qualitatively, the threats faced and the means to mitigate their impacts.
Management system
Some Concern
The Mana Pools National Park Management Plan articulates the biodiversity protection and management needs extremely well, and addresses all the key management needs including operational aspects of management, tourism management, zonation (including buffer zones), community outreach, awareness, other stakeholders, and Transfrontier Conservation Area formalisation. However the document is yet to be approved by the Minister, and consequently is not adhered to (IUCN Consultation, 2020). A new process was started in late 2017 for the WHS but stalled due to funding issues. Planning for the Zimbabwean side of Zambezi Valley as a whole is part of a GEF 6 project, this has not yet been initiated but expected during 2020/2021. With no guiding plan, tourism development is on an ad hoc basis which has already had negative effects such as the demise of the Nyamatusi as a Wilderness area. 
Effectiveness of management system
Some Concern
The WHS is managed from three stations - Nyamepi, Mkanga and Kapirinengu with oversight from Kariba,  Marongora and Chinhoyi. Draft materials from the 2017 assessment for the planning process showed that facilities at all three stations in the WHS were unsatisfactory in terms of offices and housing. Communications and management office spaces have been improved at these stations through the Tashinga Initiative and other donors, but are still in need of improvement. The ZAVARU Rapid Reaction Ranger Force base is operational on the eastern boundary of the WHS at Nyakasanga and training and activities are supported by a number of NGOs. In addition, a coalition of stakeholders assist the Authority with fuel and deployments for anti-poaching.

Joint protection activities between Zambia and Zimbabwe are becoming more common and this includes sharing of patrol work and intelligence. This cooperation bodes well for the future. However, the current area by area management system could be perceived to be inefficient and not cost-effective (IUCN Consultation, 2020). Ecosystem based management that includes the WHS could be a way forward for the entire Zimbabwean Zambezi Valley, of which the WHS is a part. Communications between park management and the Authority HQ could be improved as could communications between stakeholders and the Authority, both on the ground and at the HQ (IUCN Consultation, 2020).

The last assessment of management effectiveness under the GEF 6 Project established the following METT scores: Mana Pools NP - 57; Sapi SA - 41; Chewore SA - 48.
Boundaries
Some Concern
Boundaries of the three individual protected areas are defined in the Parks and Wildlife Act, using map grid references (to within 100 metres) and physical features such as rivers. Road boundaries are minimal and much of the boundary is not physically demarcated on the ground.
Integration into regional and national planning systems
Mostly Effective
The Lower Zambezi-Mana Trans-Frontier Area (TFCA) is in its conceptual phase (Peaceparks Foundation, 2020), although there has been significant movement on this over the last few years with MoU consultation in Zambia being completed and underway in Zimbabwe. Expansion of the Zimbabwean WHS to the west could be considered. An opportunity exists to establish a major trans-frontier World Heritage property incorporating protected areas in Zambia and this is being pursued with joint technical meetings held in 2017 and 2019. The Covid 19 pandemic has halted proposed further meetings. In addition the WHS is also part of the ZIMOZA TFCA which provides linkages into Mozambique. This TFCA is also at the conceptual phase (https://zimparks.org/wp-content/uploads/2017/09/SADC-TFCA-BROCHURE.pdf)
Relationships with local people
Data Deficient
There is little information available, but much of the property adjoins other protected areas which are devoid of people and serve as a buffer zone. Community based conservation projects have been established to the south of Mana Pools (Akashinga in the Pfundundu area with the International Anti-Poaching Foundation) and Chewore (Mukwichi). The southern section of Chewore SA is used for CAMPFIRE hunting activities. A  tree planting initiative south of the WHS has started (MyTrees) and literacy programmes and Conservation Club projects have also been initiated through the World Bicycle Relief Project in joint venture with local conservation partners. The ZPWMA has employed a community liaison officer to coordinate community conservation activities and maintain relation with local communities adjacent the site.
Legal framework
Some Concern
The site is administered under the Zimbabwe Parks and Wildlife Act Chapter 20:14 and the SADC Protocol on Wildlife and Law Enforcement. As a WH site ZPWMA is also required to submit reporting to UNESCO, as and when called upon by the World Heritage Committee.
Law enforcement
Some Concern
Wildlife law enforcement is currently ongoing but there are serious resource constraints and inadequate human resources for it to be effectively implemented (Lindsey et al. 2018). Joint patrols are being undertaken with the Zimbabwe Republic Police. The Anti-poaching Strategy (2015) is being implemented, as is the Zimbabwe Elephant Management Plan with assistance partnerships from a number of NGOs. The Elephant Management Plan is currently being updated. It is also expected that some law enforcement activities will benefit from the UNDP GEF 6 project which is currently in its implementation phase.
On the ground, several picket bases have been established, communications on stations have been updated and SMART (Spatial Monitoring and Reporting Tool) has have been introduced. Chewore is a CITES MIKE site. Some new  roads focussed on law enforcement have also been opened up in the last few years. Training on law enforcement has been carried out with weapons refresher courses. Vehicles, boats and patrol rations have been provided to complement ZPWMA efforts on anti-poaching. In addition, surveillance flights through an NGO (Flying for Wildlife) have been stepped up.
Implementation of Committee decisions and recommendations
Some Concern
In reponse to the 2018 State Party of Zimbabwe's State of Conservation report, the World Heritage Committee commended the State Party for substantial efforts to enhance the property's conservation status and requested that these are continued (UNESCO, 2018; World Heritage Committee, 2018). In particular, the State Party was encouraged to implement the Anti-Poaching Strategy and Elephant Management Plan and to continue reporting on progress. Additionally to complete the General Management Plan and submit to this to WHS and report on outcomes of research projects and other data on conservation metrics. Furthermore, a number of requests were made that remain outstanding, these include those relating to 'the decision regarding the proposed Kangaluwi and Chisawa opencast mine in Lower Zambezi National Park which could have serious impact on the property’s Outstanding Universal Value';  mapping and communication of 'the exact locations of the proposed tourism developments'. The state Party was also encouraged to work with the State Party of zambia to 'finalize the Memorandum of Understanding for the Lower Zambezi-Mana Pools National Parks Trans-Frontier Conservation Area, and to request technical advice from the World Heritage Centre and IUCN as needed' (World Heritage Committee, 2018). 
Sustainable use
Some Concern
All sport hunting in Zimbabwe is undertaken through an adaptive quota setting process run by the Zimbabwe Parks and Wildlife Management Authority. Quotas are set in consultation with stakeholders, based on species information which includes information on the following: - population estimates, distribution patterns, trophy quality. Also assessed if necessary is information on natural mortality and those resulting from disease. Ground based assessments will be carried out if circumstances require. However, the declines of key species and especially buffalo in the safari areas could be an indication that quotas were not sustainable in the past.
Sustainable finance
Data Deficient
Recent tourism data from Mana Pools NP indicates fluctuating tourism numbers between 5,000 and 10,000 visitors per annum. However, five new camps are still to come on stream. However,  the recent collapse of world-wide tourism may reverberate through the system for many years. Sustainable financing of Mana Pools NP was thought to be possible if revenue was retained and used on site.
High value sport hunting is carried out in Chewore Safari Area, but has been suspended in Sapi Safari Area by agreement between ZPWMA and the present concession holder in favour of photographic tourism options.
Staff capacity, training, and development
Mostly Effective
Various ranger training workshops have been conducted over the last few years, which include basic intermediate and advanced training. The rangers have also undergone training on SMART. Officers have additionally been undertaking various staff development programmes including the use of new technologies through the Zimbabwe Parks and Wildlife Authority. It is expected that these training programmes will continue, funds permitting. Practical use of SMART has had some problems which include direction and leadership as well as technological issues. These need to be addressed
Education and interpretation programs
Some Concern
Limited visitation by schools does occur in Mana Pools and the previous management plan for the park recommended increasing this aspect. Some education programmes south of the area in community land have been initiated, including the "community mobility programme" that donated bicycles to selected community members
Tourism and visitation management
Data Deficient
Although tourism numbers to Mana Pools National Parks was relatively stable at around 10,000 per annum in the late 1990s, numbers subsequently dropped due to political and economic instability and are currently fluctuating between 5,000 and 10,000 per annum. These figures reflect the situation prior to five new camps coming on stream. However, tourism records for Mana Pools have not been consistent and there have been issues with recording and storage of data. In addition, the cost of visiting Mana is increasing and this results in a drop in local tourism. Local tourism has sustained many parks in the past when high-paying foreign visitation declines.
The Covid-19 outbreak in early 2020 has stopped virtually all tourism and it is not clear how long this situation will continue. Even with some kind of normalisation (hopefully during 2020) it is not certain how long it will take to build visitor numbers up to pre-outbreak levels again.
Tourists in Mana Pools are managed through park regulations and several "codes of conduct". However, uptake of these codes of conduct has been disappointing. Safari hunters are expected to abide by regulations for conduct, ethical hunting and hunt management and administration. Although vehicle entry levels to Mana Pools were regulated in the 1980s these are no longer part of the tourism management system.
Monitoring
Some Concern
Zimbabwe conducted a national aerial survey of elephants and other large mammals in 2014 (Dunham et al. 2015, IUCN AESR 2016). It is unclear when the next survey will be undertaken, and whether a continuous monitoring system is in place. Survey intensity has decreased since the 1980s, presumably due to funding constraints. However, a local NGO (Flying for Wildlife) is investigating the possibility of more frequent monitoring flights to complement national surveys.
Basic monitoring systems that should be in place are hampered by funding and equipment constraints. For example there are no long-term ground estimates of wildlife apart from an annual floodplain count by civil society (Dunham and du Toit, 2012).
Research
Some Concern
Currently there is ongoing monitoring in the protected area including setting up of vegetation exclusion zones as experimental sites, movement patterns of elephants, modelling of elephant mortality (both natural and from poaching), ranger culture in biodiversity monitoring, as well as research and monitoring of the African wild dog. Resource constraints however remain a challenge and further research is required. 
The following have been identified as possible areas for future research programmes: 

1. Vegetation cover changes:
1.1 Structural changes in woodland cover over time.
1.2 Drivers of mistletoe infection distribution on key woody species and effectiveness of current control measures.
1.3 Impacts of fire management in particular controlled block and early burning on the escarpment and vegetation changes and structure on the flood plain.
1.4 Encroachment of certain species, for example, Croton megalobotrys, on the Mana Pools flood plain.


2. Climate change:
2.1 Rainfall pattern changes and species distribution.
2.2 Impact of introduction of game water supplies to reduce large wildlife concentrations on the valley floor in the dry season (compare with experiments on the Chobe in Botswana).


3. Species specific studies:
3.1 Analysis of aerial survey results, migration hypothesis, analysis of various forms of elephant mortalities (Poaching, PAC, Natural, Hunting etc).
3.2: Elephant movements through collaring
3.3 Predator studies: Interactions between lion and hyena.
3.3 Studies on rare antelope distribution patterns (sable, eland, nyala).
3.4 Dynamics of possible re-introduction of black rhino.
3.5 Predator surveys using spoor and camera traps.
While protection and management appears to be generally adequate for such a large remote area with few immediate threats, there is no doubt that the  area is understaffed and poorly equipped to counter any upsurge in poaching, particularly should the drop in tourism revenue following the Covid-19 outbreak further reduce staff capacity. Partnerships between NGOs and the ZPWMA are proving to be useful in combating poaching threats. However, it is not possible to fully assess the effectiveness of anti-poaching activities because the site lacks effective monitoring and therefore there is little information available on the state of the site’s values. There is a need to ensure greater trans-boundary cooperation in the design and site location of tourism infrastructure on both banks of the river, and internally within the Mana Pools NP. There is also a need to monitor, evaluate and mitigate the effects of possible future mining activities within the Zambezi catchment, as well as to mitigate poaching and other illegal activities. Conservation of key attributes of biodiversity needs further research, for example, the declines of key species need to be investigated, better understood and where appropriate, mitigated. More attention needs to paid to the southern boundary. Currently all responses to threats in this area emanate from the river based HQ stations, which is not cost-effective and difficult.
Assessment of the effectiveness of protection and management in addressing threats outside the site
Some Concern
The main potential threats from outside the site emanate from across the international border in Zambia, where inappropriate riverbank tourism developments, artisanal fishing and upstream mining could occur. At present there is no formal mechanism for cooperation over joint management decisions and operations between the two countries. Inside Zimbabwe, there is increasing settlement and land conversion for tobacco on the southern boundary. Poaching and illegal wildlife trade are major threats that may have led to serious decline in population estimates of elephants and other species. Legal and illegal mining both inside and outside of the property also pose real threats to the property. However, some recent successes  with anti-poaching have been noted.
World Heritage values

Diverse bird fauna

Good
Trend
Stable
Although comprehensive data is somewhat lacking, the rich bird fauna is considered to remain essentially intact and the diversity of habitats is being maintained.

Important populations of a diversity of large mammals and other fauna and threatened species

High Concern
Trend
Deteriorating
The important populations of large mammals remain but some have shown significant declines in the last decade. Hippo numbers were estimated at between 4,000 and 5,000 between 1996 and 2002 (Monks, 2005) but had declined to an estimated at 3,000 animals in 2005 (Fergusson, 2006). However this could be from survey differences (fixed wing versus helicopter). The standard aerial survey estimated 2,500 in 2013 but this type of survey is notoriously inaccurate for a species such as hippo (Dunham et al, 2014).
Elephant populations, estimated from aerial surveys, have declined in the WHS from over 11,000 in 2001 and 2003 (Mackie, 2002; Dunham, 2004) to around 7,000 in 2014 (Dunham et al 2015). These estimates don't take movement through the system into account but are still a cause for considerable concern.
For other species three surveys were compared, 2001,  2003 and 2014 (Mackie, 2002; Dunham et al, 2004 and 2015), as these had data separated into individual protected areas and hence estimates could be compiled for the WHS. The 2001 survey methodology was more directly comparable with the 2014 survey.
The trend of buffalo numbers in the WHS show a decline from nearly 8,000 animals in 2001 to around 4,000 in 2014 The Chewore and Sapi areas showed a decline from over 4,500 animals in 2001 to less than 1,000 in 2014. Other species are also a cause for concern. In most cases the declines were more evident in Sapi and Chewore Safari Areas, than in Mana Pools. However, local information indicates, especially for Mana Pools, that wildlife numbers may be increasing again. Camera trap surveys indicate almost 90 lions and 55 leopards in Mana Pools NP (Seymour-Smith and Loveridge, 2015).  

Black rhino refuge

Critical
Trend
Data Deficient
Black rhino disappeared from the site within ten years of its inscription, the last 10 individuals being translocated to safer areas. Site security is still considered inadequate to attempt re-introduction, although it remains a strong hope for the future.

Seasonal movements of large mammals

Low Concern
Trend
Stable
The seasonal movements of large mammals are considered intact but detailed information on this remains patchy and anecdotal. It is known that the movements still occur but a reduced number of animals.

Riverine sandbank ecosystems

Low Concern
Trend
Deteriorating
Vegetation succession and the ecological processes associated with alluvial deposition and flooding of the river were irreversibly altered in 1958 by the construction of the Kariba Dam approximately 110 km upstream of the site. It is difficult to speculate on the course of changes that would be taking place without the Dam, as upstream alluvium which might have been deposited in the middle Zambezi no longer reaches Mana Pools, and seasonal flooding is now severely limited. Nevertheless, within the context of the ‘new’ (man-made) situation (which prevailed at the time of inscription), the natural ecological processes and vegetation succession associated with the sandbanks, islands and floodplains is undisturbed. However, in recent years concerns are being expressed at the recruitment levels of the iconic  Faidherbia albida trees as well as the paucity of grass.

Spectacular animal congregations

Low Concern
Trend
Stable
Although the aerial survey record indicates significant declines of key species in the WHS there are anecdotal reports that the wildlife concentrations on the alluvial floodplains still occur and remain relatively stable (Dunham and du Toit, 2012). However, these concentrations may also be part of the cause of vegetational changes on the alluvium.
Assessment of the current state and trend of World Heritage values
High Concern
Trend
Deteriorating
Many of the site’s values have been maintained, although the decline of large mammal species of the last decade is concerning. A new survey is proposed and this needs to happen as soon as possible. The ecology of the riverbank and floodplain communities is undergoing gradual long-term change resulting from the (pre-inscription) construction of Kariba Dam 110km upstream which permanently altered the siltation and flooding regime. There is anecdotal evidence of vegetation changes on the alluvium during the last few decades (grass reduction, woody species compositional changes, fluctuation of exotics etc). Hardpan soils contributing to rainfall runoff have also been noted. However,  there is no baseline monitoring to confirm this. One key element of critical concern is the loss of black rhino as the property used to be one of the species’ few remaining strongholds until the late 1980s. Cumulatively the threats to these values result in change of the "Concern Status" to "High".

Additional information

Carbon sequestration,
Soil stabilisation,
Water provision (importance for water quantity and quality)
.The WHS is the core component of a much larger network of protected areas spanning both sides of the Zambezi River. As such its designation as a WHS improves the conservation value of the surrounding areas. The mid Zambezi valley protected system in Zimbabwe covers almost 13,000 km2 and represents a significant biodiversity resource for the country and the region
Factors negatively affecting provision of this benefit
Climate change
Impact level - Low
Pollution
Impact level - Low
Trend - Increasing
Overexploitation
Impact level - Low
Invasive species
Impact level - Low
Trend - Increasing
Habitat change
Impact level - Low
Trend - Increasing
Many of these are data deficient
The WHS is the core component of a much larger network of protected areas spanning both sides of the Zambezi River. As such its designation as a WHS improves the conservation value of the surrounding areas. The mid Zambezi valley protected system in Zimbabwe covers almost 13,000 km2 and represents a significant biodiversity resource for the country and the region
Organization Brief description of Active Projects Website
1 Zim Parks Management Authority. Monitoring, research, management and protection
www.zimparks.org
2 Zambezi Society Assists with wildlife protection, research, lobbying, education, training and fuel
www.zamsoc.org
3 Tashinga Initiative Anti-poaching and law enforcement infrastructure; training; VHF radio communications; food security; ranger community welfare.
www.tashingainitiative.org
4 BirdLife Zimbabwe Important Bird Area under BirdLife International. Training and monitoring
www.birdlifezimbabwe.com
5 Zambezi Elephant Fund Funding and resources allocation to NGO’s in support of ZPWMA. A voice to the world for the landscape
www.zambezielephantfund.org &nbsp;
6 Flying for Wildlife Ad hoc flying of ZPWMA staff for reconnaissance patrols. Developing system for cheaper annual aerial surveys for selected parts of the ecosystem
7 Bushlife Anti-poaching, Wild dog research, Monitoring and Tracking, Infrastructure Development, Community Outreach
https://bushlife-conservancy.org/
8 Painted Dog Research Painted Dog Research, Anti-poaching, Community work
https://www.painteddog.org/
9 SinoZim Wildlife Foundation Anti-poaching assistance
10 Rhino Force Anti-poaching. Long term view for black rhino introduction
https://rhino-force.org/projects.html?gclid=EAIaIQobChMIwI79286L6QIVSuvtCh0-SAW1EAAYASAAEgI3b_D_BwE
11 African Wildlife Foundation Anti-poaching support
https://www.awf.org/
12 Wild Cru Predator surveys
https://www.wildcru.org/
13 International Anti Poaching Foundation Anti-poaching and community work on southern boundary - Akashinga
https://www.iapf.org/

References

References
1
Attwell, R. I. G. (1970). Some effects of Lake Kariba on the ecology of a floodplain of the Mid-Zambezi Valley of Rhodesia. Biological Conservation, 2, 189–196. doi: 10.1016/0006-3207(70)90106-0.
2
BirdLife International (2017) Important Bird Areas factsheet: Middle Zambezi Valley. Downloaded from http://www.birdlife.org.
3
Dunham, C.S. (2004). Aerial Survey of Elephants and other Large Herbivores in the Zambezi Heartland (Zimbabwe, Mozambique, Zambia) 2003. African Wildlife Foundation Report
4
Dunham, K.M. and du Toit, A,J. 2012. Using citizen-based survey data to determine densities of large mammals: a case study from Mana Pools National Park, Zimbabwe African Journal of Ecology, 51, 431–440
5
Dunham, K.M., Mackie, C.S., Nyaguse, G. (2014) Aerial Survey of Elephants and other Large Herbivores in the Zambezi Valley (Zimbabwe): 2013. Unpublished Draft.
6
Gutu, A. (2017). Artisanal and small-scale mining in Zimbabwe-Curse or Blessing. Policy Brief No.2, Research Department, Parliament of Zimbabwe.
7
Guy, P. R. (1981). River bank erosion in the mid-Zambezi valley, downstream of Lake Kariba. Biological Conservation, 19, 199–212. doi: 10.1016/0006-3207(81)90035-5.
8
IUCN and UNESCO (2011) Reactive Monitoring mission Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). Gland, Switzerland and Paris,France: IUCN and UNESCO World Heritage Centre.
9
Lindsey, P.A. et al. (2018). More than $1 billion needed annually to secure Africa’s protected areas with lions. PNAS www.pnas.org/cgi/doi/10.1073/pnas.1805048115
10
Management Plan for Mana Pools National Park (draft) (1996)
11
Management Plan for Mana Pools National Park (draft) (2009)
12
Management Plan for Mana Pools-Sapi-Chewore World Heritage Site (partial resource inventory) (2017)
13
Ncube, S., Beevers, L. and M.A.H Edwin (2012). The interactions of the flow regime and the terrestrial ecology of the Mana floodplains in the middle Zambezi river basin.  Ecohydrol. DOI: 10.1002/eco.1335
14
Seymour-Smith, J.L and Loveridge, A. 2015. Mana Pools National Park Predator Survey.  WildCru report.
15
State Party of Zimbabwe (2015). Report of the State Party to the World Heritage Committee on the state of conservation of Mana Pools, Sapi and Chewore Safari Areas (Zimbabwe). [online] Zimbabwe Parks and Wildlife Management Authority. Available at: https://whc.unesco.org/en/list/302/documents/ [Accessed 30 November 2020]. 
16
State Party of Zimbabwe (2018). Report of the State Party to the World Heritage Committee on the state of conservation of Mana Pools, Sapi and Chewore Safari Areas (Zimbabwe). Zimbabwe Parks and Wildlife Management Authority. 
17
UNEP-WCMC (2012) Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). UNEP-WCMC World Heritage Information Sheets. Cambridge, UK: UNEP-WCMC.
18
UNESCO (2016). Report on the State of Conservation of Mana Pools, Sapi and Chewore Safari Areas (Zimbabwe). State of Conservation Information System of the World Heritage Centre. [online] Paris, France: UNESCO. Available at:https://whc.unesco.org/en/soc/3459 [Accessed 30 November 2020].
19
UNESCO (2018). Report on the State of Conservation of Mana Pools, Sapi and Chewore Safari Areas (Zimbabwe). State of Conservation Information System of the World Heritage Centre. [online] Paris, France: UNESCO. Available at: https://whc.unesco.org/en/soc/3681 [Accessed 30 November 2020].
20
World Heritage Committee (2010). Decision 34.COM 7B.7. Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). In: Report of decisions of the 34th session of the World Heritage Committee. [online] Paris, France: UNESCO. Available at: https://whc.unesco.org/en/decisions/4115 [Accessed 30 November 2020]. 
21
World Heritage Committee (2011). Decision 35 COM 8E Adoption of retrospective Statements of Outstanding University Value- Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). In: Report of decisions of the 35th session of the World Heritage Committee. [online] Paris, France: UNESCO. Available at: https://whc.unesco.org/en/decisions/4408 [Accessed 30 November 2020]. 
22
World Heritage Committee (2011). Decision 35.COM 7B.8. Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). In: Report of decisions of the 35th session of the World Heritage Committee. [online] Paris, France: UNESCO. Available at: https://whc.unesco.org/en/decisions/4416 [Accessed 30 November 2020]. 
23
World Heritage Committee (2014). Decision 38COM 7B.97. Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). In: Report of decisions of the 38th session of the World Heritage Committee. [online] Paris, France: UNESCO. Available at: https://whc.unesco.org/en/decisions/6083 [Accessed 30 November 2020]. 
24
World Heritage Committee (2016) Decision 40COM 7B.84. Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). In: Report of decisions of the 40th session of the World Heritage Committee. [online] Paris, France: UNESCO. Available at: https://whc.unesco.org/en/decisions/6749 [Accessed 30 November 2020]. 
25
World Heritage Committee (2018). Decision 42 COM 7B.97. Mana Pools National Park, Sapi and Chewore Safari Areas (Zimbabwe). In: Report of decisions of the 42nd session of the World Heritage Committee. [online] Paris, France: UNESCO. Available at: https://whc.unesco.org/en/decisions/7326 [Accessed 30 November 2020]. 
26
Zimbabwe Tourism Authority (2015) Tourism Trends and Statistics Report 2014. < http://www.zimbabwetourism.net/index.php/trends-statistics/…;.
27
Zimbabwe Tourism Authority (2016) Tourism Trends and Statistics Report 2015. < http://www.zimbabwetourism.net/index.php/trends-statistics/…;.

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