Natural and Cultural Heritage of the Ohrid region

Country
Albania,
North Macedonia
Inscribed in
1979
Criteria
(i)
(iii)
(iv)
(vii)
The conservation outlook for this site has been assessed as "critical" 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.

Situated on the shores of Lake Ohrid, the town of Ohrid is one of the oldest human settlements in Europe. Built mainly between the 7th and 19th centuries, it has the oldest Slav monastery (St Pantelejmon) and more than 800 Byzantine-style icons dating from the 11th to the end of the 14th century. After those of the Tretiakov Gallery in Moscow, this is considered to be the most important collection of icons in the world © UNESCO

© IUCN/Elena Osipova

Summary

2025 Conservation Outlook

Finalised on
11 Oct 2025
Critical
The conservation outlook for the Natural and Cultural Heritage of the Ohrid Region is critical, with the site’s Outstanding Universal Value (OUV) facing escalating and interlinked threats. Uncontrolled coastal development, wetland loss, pollution, and invasive species are degrading key habitats and driving declines in endemic species such as the Ohrid trout, as well as in wintering waterbird populations, key attributes of the sites OUV. Climate change and hydrological alterations are compounding these pressures, while toxic contamination from former mining sites remains unresolved. Planned tourism and infrastructure developments—including hotel complexes, a large marina, and transport corridors—pose further risks to sensitive ecosystems, often proceeding without adequate environmental or heritage impact assessments. While positive steps such as the adoption of the Strategic Recovery Plan, reduced timber harvesting, and joint fisheries coordination show potential, protection and management remain fragmented, underfunded, and inconsistently enforced. Transboundary coordination is lacking, monitoring is insufficient, and long-term planning is not yet effectively aligned with conservation needs. Unless urgent, well-coordinated action is taken to address existing threats, implement the recovery strategy, and strengthen governance across both States Parties, the site’s OUV is at serious risk of irreversible loss.

Current state and trend of VALUES

High Concern
The overall state of the World Heritage values of Lake Ohrid is in decline, with multiple interacting pressures contributing to the erosion of its ecological and landscape integrity. Uncontrolled coastal development has transformed much of the natural shoreline into dense urban and tourism zones, severely impacting the lake’s visual landscape and fragmenting critical littoral and wetland habitats. Once extensive wetland systems have been reduced to small remnants, notably Studenchishte Marsh, whose ecological functionality and value for nesting and wintering bird species has been significantly diminished. While Lake Ohrid remains an Important Bird Area (IBA) and a Ramsar Site, there are indications of a negative trend in wintering waterbird populations, driven by habitat loss, shoreline alteration, poaching, and tourism pressure. Biodiversity, particularly endemic aquatic species, is increasingly threatened. The lake remains globally significant for its extraordinary endemic diversity, including Salmo letnica (Ohrid trout), amphipods, molluscs, and water mites. However, these values are under pressure from eutrophication, sedimentation, and pollution—especially near river mouths like the Sateska, where nutrient loading has altered local water chemistry and accelerated the decline of native species and macrophyte beds. Invasive alien species are increasingly widespread, especially in disturbed tributaries and near aquaculture facilities on the Albanian side, where exotic fish farming has introduced non-native species and increased nutrient loads. Heavy metal contamination from former mining activities in Albania, particularly at the Memëlisht dumpsite, poses a serious and ongoing threat to aquatic and terrestrial biodiversity as well as public health. While some remediation has begun, additional contaminated areas remain unaddressed. Hydrological manipulation and climate change have further impacted the lake’s ecosystem, with fluctuating water levels, prolonged dry periods, and increased water temperatures altering nutrient dynamics, threatening species ranges, and favouring the spread of invasives.

Overall THREATS

Very High Threat
The site is under growing pressure from a range of interlinked threats. Uncontrolled coastal development has severely degraded shoreline habitats and placed important wetlands (e.g. Studenčišča Marsh) under pressure, while pollution and nutrient loading from wastewater, agriculture, and sediment-laden tributaries have driven eutrophication and habitat loss. Endemic species, including the iconic Ohrid trout, continue to decline due to overfishing, habitat disturbance, and invasive alien species, which have spread rapidly in degraded areas, often linked to non-native fish farming. Climate change and hydrological alterations are exacerbating ecological stress through fluctuating water levels and rising temperatures. Heavy metal contamination from former mining sites, especially at Memëlisht in Albania, presents ongoing toxic risks. Meanwhile, populations of wintering waterbirds are declining due to wetland loss, and increasing human disturbance. Several planned tourism and infrastructure developments pose significant threats to the Outstanding Universal Value of the Ohrid Region. Large-scale tourism projects, such as the Ljubaništa 1 and 2 complexes, marina development in Studenčišča Marsh, and additional hotel and beach expansions, may directly impact sensitive habitats, including fish spawning grounds, wetlands, and waterbird resting sites. The proposed Drilon-Tushemisht Waterscape Park in Albania could exacerbate pollution and invasive species risks if fish farms are expanded. Linear infrastructure projects, including the Kičevo–Lin railway, A2 highway, gas pipeline, and Bitola–Elbasan transmission line, threaten to fragment some of the last undisturbed lakeshore zones and may undermine future wetland restoration efforts, such as in Struga Marsh. While some of these projects may have limited impacts if best practices are followed, comprehensive impact assessments are lacking, and cumulative effects remain unaddressed. Additionally, off-road vehicle tourism in Galičica National Park has raised concerns over soil erosion, vegetation damage, and wildlife disturbance.

Overall PROTECTION and MANAGEMENT

Serious Concern
The overall protection and management of the Natural and Cultural Heritage of the Ohrid Region remains inadequate to effectively safeguard the property’s Outstanding Universal Value (OUV). Both Albania and North Macedonia have taken positive steps, such as halting select harmful developments, reducing timber extraction in Galičica National Park, establishing a Joint Fisheries Committee, and adopting a Strategic Recovery Plan. However, implementation has been fragmented, under-resourced, and inconsistent. Governance is weakened by institutional fragmentation, the absence of an operational transboundary mechanism, and limited coordination across sectors and jurisdictions. Illegal construction, unregulated tourism, unsustainable resource use, and weak enforcement continue to threaten the site from within and beyond its boundaries. The lack of a formal buffer zone in North Macedonia, and limited enforcement within Albania, further reduces the system’s ability to manage external pressures. Monitoring, education, and community engagement efforts exist but are project-based and poorly integrated, and there is no adaptive management framework that links data and research to decision-making. Staffing and financing are insufficient, particularly in Albania, and the Strategic Recovery Plan remains largely unimplemented. Overall, despite recent progress through the adoption of the Strategic Recovery Plan for the site, protection and management measures are not yet adequate, coordinated, or sustained enough to ensure the long-term conservation of the sites OUV. Urgent action is required to operationalise existing plans, establish functional transboundary governance, and fully align site management with World Heritage standards.

Full assessment

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Description of values

A unique lake of tectonic origin supporting high diversity of endemic and relict freshwater species

Criterion
(vii)
The Ohrid Lake is classified as a mountainous clear water lake of tectonic origin. It is a deep and ancient lake that has existed continuously for approximately two to three million years, enabling uninterrupted biological activity which resulted with numerous endemic and relict freshwater species of flora and fauna. Overall, the lake’s oligotrophic waters contain over 200 endemic species (World Heritage Committee, 2015). The lake’s fish fauna includes 17 native species, of which 10 are endemic (two of which belongs to Salmonidae family). The benthic fauna of Lake Ohrid is characterized by a high degree of richness and diversity of archaic, endemic and relic forms that originate from the Tertiary period. The rounded sponge Ochridospongia rotunda is a famous endemorelict form that is found only in Lake Ohrid. The highest diversity and the highest percentage of endemism are present in class Gastropoda; about 86% of the 50 known species of gastropods are endemic. Other classes with high degree of endemism include Tricladida (80.5%), Oligochaeta (47.2%), Hirunidea (52.4%), Ostracoda (71.4%), Amphipoda (60%), and Isopoda (75%). Endemism is present also in the microalgae species. About 90 species of the 550 species of diatoms are rare, Tertiary relict, or endemic species. 146 endemic species have been identified. Endemism among these species is 90% of snails, 88% of parasitic infusoria, 71% of flat worms, 66% of small crustaceans and 60% of fish (MEPSO, 2012). Ten of the lake’s 17 fish species are endemic. They include the salmonid Ohrid Trout (Salmo letnica) (VU – Vulnerable according to the IUCN Red List of Threatened Species) and Belvica (Acantolingua ohridana) (VU) (MEPSO, 2012).

Important wintering site of Palaearctic waterbirds

Criterion
(vii)
The Lake Ohrid region harbours a rich birdlife (World Heritage Committee, 2015) and is considered to be an important wintering site for Palaearctic waterbirds (Fremuth et al., 2000). In total, 89 species of waterbirds have been recorded on the lake and its surroundings (Velevski et al., 2010). The highest number of individual wintering waterbirds on the lake (in FYR of Macedonia) was observed in 1989, with about 79,000 individuals (Wetlands International, 2006). The avifauna of the lake includes, among others, Coot (Fulica atra), Great Cormorant (Phalacrocorax carbo sinensis), Small Cormorant (Phalacrocorax pygmaeus), Mute Swan (Cygnus olor), Black-necked Grebe (Podiceps nigricollis), Little Grebe (Tachybaptus ruficollis), Red-crested Pochard (Netta rufina), Common Pochard (Aythya ferina), White-eyed Duck (Aythya ferruginea), Tufted Duck (Aythya fuligula) and Corncrake (Crex crex) (MEPSO, 2012).
Faunal species richness, including endemism
Mount Galičica has one of the highest faunal species abundance and presence of endemism both at national and European levels. In an area of less than 25,000 ha, there are more than 3,200 species of fauna (including birds). 72 species are considered locally endemic, while 103 taxons are considered endemic at national or Balkan level (Nacionalen Park Galičica, 2010). With regards to mammals, 27 species inhabit the park, 23 of which are listed Annex II and/or Annex IV of the EU Habitats Directive. 12 mammal species are categorized as Near Threatened or Vulnerable according to the IUCN Red List of Species. From the 27 mammal species, 17 belong to the bat group (Rhinolophidae, Vespertilionidae, and Mollossidae). Six species are Balkan endemics, including Balkan Mole (Talpa stnakovici), Balkan Chamois (Rupicapra rupicapra balcanica), Balkan Lynx (Lynx lynx martinoi), Balkan Snow Vole (Dinaromys bogdanovi), Felten’s Vole (Microtus felteni), and Macedonian Mouse (Mus macedonicus). Brown Bear (Ursus arctos), Wolf (Canis lupus), Wild Cat (Felis silvestris) and Otter (Lutra lutra) are all present in the National Park Galičica (Nacionalen Park Galičica, 2010).
Diversity of habitats
A high diversity of habitats is found in the World Heritage property, extending from the Ohrid Lake at 650 m a.s.l up to the highest mountain tops of Galičica (Peak Magaro 2254 m a.s.l.), and consisting of aquatic habitats, freshwater springs, wetlands, reed belts, broad leave forests and alpine pastures on karstic soils, rocks, cliffs and caves (Nacionalen Park Galičica, 2010). At Galičica National Park level, there are more than 35 habitat types, and out of rare or endangered habitats in Europe, the park accommodates 10 forest types, 2 shrubby types, 4 grass types and 2 hasmophytic types of vegetation. European importance is also present in 2 aquatic habitat types and 3 habitat types associated with underground geomorphological forms.
Rare and endemic flora
Mount Galičica contains 1,597 taxons of vascular plants, 143 species of lichens, 435 species of fungi and 117 species of algae, 39 of which are regarded as endemic (Citrus, 2015). It is considered to be one of the floral “hotspots” at European level. 19 taxa of higher plants have the status of Rare (R) species according to the IUCN’s Red List of Threatened Plants and they are found in all parts of the mountain, from its lowest parts, all the way to its subalpine strip. These include the following: Ramonda serbica Pančić, Alkanna noneiformis Griseb., Acer heldreichii Orph. ex Boiss., Ajuga piskoi Degen & Bald., Cynoglottis barrelieri (All.) Vur. & Tan subsp. serpentinicola (Rech. f.) Vur. & Tan, Astragalus baldaccii Degen, Centaurea soskae Hayek ex Košanin, Erodium guicciardii Heldr. ex Boiss., Eryngium serbicum Pančić, Fritillaria gussichiae (Degen & Dörfl.) Rix, Jurinea taygetea Halácsy, Malus florentina (Zuccagni) C.K.Schneid, Melampyrum heracleoticum Boiss. & Orph., Oxytropis purpurea (Baldacci) Markgraf, Pinus heldreichii H. Christ var. leucodermis (Ant.) Markgraf ex Fitschen, Pinus peuce Griseb., Rindera graeca (A. DC.) Boiss. & Heldr., Solenanthus scardicus Bornm. и Viola eximia Form (Nacionalen Park Galičica, 2010). Floral research conducted on Mount Galičica throughout a longer period of time showed that the mountain, i.e. Galičica National Park, is the only habitat to many plant taxons, belonging to various floral elements from various parts of the Balkan Peninsula and from Europe. These have, so far, not been found in other parts of the former Yugoslav Republic of Macedonia, and their presence on Mount Galičica speaks of the ecological capacity of this mountain as well. Such is the case with the following taxons: Alyssum subvirescens Form., Astragalus gremlii Burnat, Celtis glabrata Steven ex Planchon, Cephalaria setulifera Boiss. & Heldr., Coronilla vaginalis Lam., Crepis vesicaria L., Cytisus procumbens (W.K.) Spr., Damasonium bourgaei Cass., Euphorbia characias L. subsp. wulfenii (Hoppe ex W. Koch) A.R. Smith var. sibthorpii (Boiss.) E.S.Boiss, Gnaphalium hoppeanum Koch., Haplophyllum patavinum (L.) Don f., Hesperis rechingeri Dvoŕàk, Jurinea taygetea Halácsy, Lilium chalcedonicum L., Marubium anisodon C. Koch, Prunus prostrata Labill., Sedum laconicum Boiss., Sibbaldia parviflora Willd., Silene chromodonta Boiss. et Reuter var. vandasii Neum, Thymus perinicus (Hal.) Stoj., Stef. & Kit., and Trifolium sebastiani (Nacionalen Park Galičica, 2010).

Assessment information

Very High Threat
The site is under growing pressure from a range of interlinked threats. Uncontrolled coastal development has severely degraded shoreline habitats and placed important wetlands (eg. Studenčišča Marsh) under pressure, while pollution and nutrient loading from wastewater, agriculture, and sediment-laden tributaries have driven eutrophication and habitat loss. Endemic species, including the iconic Ohrid trout, continue to decline due to overfishing, habitat disturbance, and invasive alien species, which have spread rapidly in degraded areas, often linked to non-native fish farming. Climate change and hydrological alterations are exacerbating ecological stress through fluctuating water levels and rising temperatures. Heavy metal contamination from former mining sites, especially at Memëlisht in Albania, presents ongoing toxic risks. Meanwhile, populations of wintering waterbirds are declining due wetland loss, and increasing human disturbance.
Invasive Non-Native/ Alien Species
(Invasive alien species)
Invasive/problematic species
Elodea canadensis
Oncorhynchus mykiss
Hypophthalmichthys molitrix
Pseudorasbora parva
Carassius gibelio
Rhodeus amarus
Lepomis gibbosus
Physella acuta
High Threat
Inside site
, Throughout(>50%)
Outside site
Invasive species remain a persistent and growing challenge in Lake Ohrid, with significant consequences for endemic biodiversity. Introduced species such as Canadian waterweed (Elodea canadensis), Acute pond snail (Physella acuta), and Prussian carp (Carassius gibelio) are now well established and are outcompeting native invertebrates and fish for food and habitat (GIZ, 2016; Macura et al., 2023). The lake’s endemic taxa evolved in isolation, making them particularly susceptible to disruption, and several are now considered endangered with invasive species posing the primary threat to the populations (UNESCO, ICOMOS and IUCN, 2017). Despite the identification of these risks, enforcement mechanisms and regional cooperation on invasive species prevention remain weak (UNESCO/IUCN/ICOMOS, 2024), and there is currently no comprehensive biosecurity protocol in place. Given the vulnerability of endemic lineages and the limited progress in halting introductions, this threat is rated as high.
Fishing, Harvesting & Controlling Aquatic Species
(Unsustainable fishing)
Other targeted species names
Ohrid trout (Salmo letnica); belvica (Salmo ohridanus)
High Threat
Inside site
, Throughout(>50%)
Outside site
Overfishing continues to impact key endemic fish species, particularly Salmo letnica and Salmo ohridanus. These species are not only ecologically but also culturally important, yet their populations are in decline due to high fishing pressure and the presence of illegal, unregulated fishing activity (Ramezanpoor et al., 2023). Hatchery supplementation programmes have not succeeded in reversing these trends, partly due to poor genetic management and habitat degradation (UNESCO/IUCN/ICOMOS, 2024). Although fishing concessions have been cancelled and enforcement actions increased, implementation remains patchy and fails to ensure population recovery, warranting a continued high threat rating.
Residential Areas, Recreation & Tourism Areas
(Extension of urban (coastal) development)
High Threat
Inside site
, Throughout(>50%)
A significant increase in the urbanization of the lakeshore, involving both legal and illegal and unregulated construction, means fragmentation and degradation of its ecological continuity, as well as higher disturbance of littoral habitats and by this a deterioration of the fish hatchery sites and key sites for bird species. The last fully functioning remains of Lake Ohrid's coastal wetland at Studenčišča Marsh and parts of National Park Galichica have been encroached with construction resulting in habitat loss and associated disturbance (Spirovska et al, 2012; Citrus Partners, 2015; Apostolova et al, 2016; Society of Wetland Scientists, 2018). The greatest concentrations of impact are around Pogradec, Struga, and Ohrid municipalities. Despite progress in planning regulations, enforcement is weak, and mechanisms for environmental review are inconsistently applied (Council of Europe, 2023). The cumulative impact of these developments is directly undermining the site’s Outstanding Universal Value (OUV). Furthermore, developments are often accompanied by inadequate wastewater and runoff treatment, which affects lake water quality (UNESCO/IUCN/ICOMOS, 2024).
Recreational Activities
(Increasing number of tourists during summer season )
High Threat
Inside site
, Widespread(15-50%)
Visitor numbers continue to rise without adequate infrastructure or environmental management. Peak-season crowding, especially along beaches and within Galičica National Park, causes trampling of vegetation, disturbance to bird species, and increased waste generation (Council of Europe, 2023). Monitoring of tourism impacts remains limited, and visitor management strategies have not been implemented. The anticipated increase in tourism-related infrastructure, without adequate strategic planning or impact assessment of individual infrastructure developments (eg. Drilon springs development) exacerbates this issue.
Dams & Water Management/Use
(Watershed hydrological management)
High Threat
Inside site
, Throughout(>50%)
The diversion of River Sateska in the 1960s had major negative impacts on the lake’s water quality and level. This led to a number of hydrological issues in the Lake, with increased levels of phosphorus, nitrogen, and contributed to the inflow of sediments (over 100,000 m3/year) leading to coastal alterations and eutrophication (Civil Engineering Institute “Macedonia” JSC Skopje 2019). The rediversion of the Sateska is therefore significant. Its near completion is positive should the necessary safeguards and processes be put in place to ensure environmental benefits are realised. While infrastructure such as the riverbed and sediment tank is largely in place, key components like flow control equipment are still pending, and the re-diversion’s limited capacity (15 m³/s) is unlikely to mitigate sediment and pollutant inflows during major weather events. Additionally, a UNDP-led project to support the re-diversion faced a formal complaint over environmental assessment shortcomings, particularly regarding aquatic life and sediment impacts. An investigation has issued recommendations, which the 2024 joint Reactive Monitoring mission deemed essential to implement.

Changing water flow patterns from their natural range of variation either deliberately by human action or as a result of other activities (prolonged dry periods) is evident in the property.

Conversion of the River Studenchishka into Studenchishte Canal several decades ago has redirected and slowed its flow, increased siltation, and impacted its connectivity with surrounding wetland habitats, for example (Spirovska et al, 2020).

Also of concern is the mismanagement of lake water discharge into Crn Drim river by North Macedonian power plants company (ESM), which resulted in low water level of the lake (UNESCO, ICOMOS and IUCN, 2017). In the long-term, such a situation may have critical impacts on the lake ecosystem.

Hydropower dams also act as a barrier to the migration of the critically endangered European eel (Anguilla anguilla) and artificial stocking of the species is the suspected explanation for the introduction of parasites to Lake Ohrid (Stojanovski et al, 2010).
Marine & Freshwater Aquaculture
(Aquaculture)
High Threat
Inside site
, Localised(<5%)
Outside site
Illegal and semi-regulated aquaculture near the Drilon springs and elsewhere in Albania introduces risks of eutrophication and invasive species, in particular rainbow trout (Oncorhynchus mykiss). Nutrient runoff and antibiotics used in fish production can lead to high levels of nutrients such as phosphorus and nitrogen, which accelerate eutrophication, have been detected in nearby streams (Bolles + Wilson & IDRA & S. Guri 2015). This is especially alarming since these springs feed the lake with cool, clean and oxygen rich water, being critical to maintaining the oligotrophic status and the endemic biodiversity of the lake. Nutrient pollution has also been associated with the hatchery at the Hydrobiological Institute Ohrid (Trajanovski et al, 2019; Spirovska et al, 2020). These concerns are heightened by limited regulation and absence of water quality controls (Council of Europe, 2023). Despite measures to address this issue, it remains a concern given the ecological sensitivity of spring habitats, supporting a high threat rating.
Mining & Quarrying
(Former mining activity)
Very High Threat
Inside site
, Localised(<5%)
Outside site
Former mining activity and the presence of unmanaged brownfields/dumpsites in Albania represent a threat to the World Heritage site. If left unchecked, this situation will lead to highly toxic soil, water and air pollution from heavy metals and will severely impact the whole Lake Ohrid region. The continued presence and mismanagement of mining waste along the Pogradec shoreline presents a significant threat to Lake Ohrid’s ecological integrity. Although local authorities report progress in removing legacy waste deposits, particularly at Gurin e Kuq, ongoing mining operations and concessionary permits valid until 2026 continue to allow exploitation of waste dumps without sufficient safeguards. Experts and environmental authorities have identified violations of environmental protocols during ore removal, including the absence of containment measures to prevent runoff of iron-nickel ore into the lake during rainfall. Elevated levels of heavy metals have been detected in key commercial fish species, posing risks to biodiversity and public health (Insajderi, 2023). Unless urgent and comprehensive remediation measures are implemented, this threat could compromise the attributes underpinning the property’s Outstanding Universal Value and further degrade the lake’s ecological condition.
Unknown Threats
(Spring Capture and Water Abstraction)
Data Deficient
Inside site
, Localised(<5%)
Springs within the World Heritage Site such as at Saint Naum, Šum, and Biljanini Springs have been partially tapped for drinking water and other purposes (Kostoski et al, 2010). In the latter case, this has resulted in a reduction in the quantity of water entering the surrounding coastal wetland (Spirovska et al, 2020).  At Saint Naum, water abstraction contributes to pressure upon one of the most important Ohrid Region habitats for endemic species (Ministry of Environment and Physical Planning, 2020). 
Recreational Activities
(Boating)
Data Deficient
Inside site
, Widespread(15-50%)
Boat traffic may interfere with the spawning of fish as well as contribute to damage of the species-rich littoral zone (Kostoski et al, 2010). Noise is an additional disturbance, also to the region's birdlife (Kostoski et al, 2010). The current use of Studenchishte Canal (formerly River Studenchishka) as a mooring site, including for decrepit craft, is contributing to pollution of the waterway (Ohrid SOS, 2020; Spirovska et al, 2020). 
Water-borne & other effluent Pollution
(Wastewater management)
Very High Threat
Inside site
, Throughout(>50%)
A significant portion of the urban and rural population continues to discharge untreated or poorly treated wastewater into the lake or its tributaries. While there have been infrastructure investments in both countries, these remain insufficient in coverage and scale (Republic of Albania and Republic of North Macedonia, 2025). Untreated wastewater is the primary source of nutrient loading leading to localised and growing eutrophication. Additionally, solid waste disposal practices remain inadequate, particularly in informal settlements and rural areas (World Heritage Centre, IUCN & ICOMOS, 2024). Due to the direct impact on water quality and ecological processes, this threat is rated very high.
Changes in Physical & Chemical Regimes, Changes in Temperature Regimes, Changes in Precipitation & Hydrological Regime
(Climate change)
High Threat
Inside site
, Throughout(>50%)
Outside site
Climate change is acknowledged in the 2024 Reactive Monitoring Mission report as a significant and growing threat to Lake Ohrid and its biodiversity, yet it does not appear to be currently addressed in a systematic way within the site's management frameworks (UNESCO, IUCN & ICOMOS, 2024). The mission report notes that increasing water temperatures are disrupting the lake’s ecological balance, affecting the distribution and health of endemic species. Shifts in precipitation patterns are altering water levels and nutrient inputs, which in turn influence habitat availability and species interactions. These observed and anticipated changes underscore the importance of developing adaptive management strategies to sustain the site’s unique biodiversity under evolving climatic conditions.
High Threat
Several planned tourism and infrastructure developments pose significant threats to the Outstanding Universal Value of the Ohrid Region. Large-scale tourism projects, such as the Ljubaništa 1 and 2 complexes, marina development in Studenčišča Marsh, and additional hotel and beach expansions, may directly impact sensitive habitats, including fish spawning grounds, wetlands, and waterbird resting sites. The proposed Drilon-Tushemisht Waterscape Park in Albania could exacerbate pollution and invasive species risks if fish farms are expanded. Linear infrastructure projects, including the Kičevo–Lin railway, A2 highway, gas pipeline, and Bitola–Elbasan transmission line, threaten to fragment some of the last undisturbed lakeshore zones and may undermine future wetland restoration efforts, such as in Struga Marsh. While some of these projects may have limited impacts if best practices are followed, comprehensive impact assessments are lacking, and cumulative effects remain unaddressed. Additionally, off-road vehicle tourism in Galičica National Park has raised concerns over soil erosion, vegetation damage, and wildlife disturbance.
Recreation & Tourism Areas
(Plans for construction of tourism infrastructure)
Very High Threat
Inside site
, Widespread(15-50%)
Outside site
Several tourism development projects are planned within the World Heritage site. One of them relates to Ljubaništa 1 and Ljubaništa 2 hotel and housing complexes close to Sveti Naum in North Macedonia. This could severely affect the water quality and the habitat quality of the areas as fish spawning ground. It is intended to place 20% of the Ljubaništa 1 complex in the lake area itself, while the remaining part is planned to be within Galičica National Park (which would require changes in the management zoning of the park) (Citrus, 2015). Tourism facilities have also been envisaged for other areas, including Konjsko, Kalishta and Gorica. Another planned project is the construction of a 400-boat marina and parking facility in the Studenčišča marsh, an important area containing valuable species and acting as fish hatchery. This would increase human disturbance in the area as well as lead to the degradation of water quality and possible introduction of alien species. Extensive digging would be required to ensure water depth for such a large marina, resulting in wide-scale habitat loss (Ohrid SOS, 2020). Also, there is the Waterscape Park Design project of Drilon-Tushemisht in Albania. The project design mentions the illegal fish farms in the Drilon springs as an opportunity to improve and increase their production (PROAP, 2019). This could increase their polluting activity and potential for introduction of invasive species. There are also several planned beach development projects, including beach development in the Ohrid Municipality; Lagadin Beach, Daljan Beach, beach near the Scout Camp (120 m long), beach on the stretch from Studenčišta marsh to the Park Hotel (700 m long), and beach located in Debarca Municipality (State Party of FYR of Macedonia, 2017).
Roads, Trails & Railroads
(Railway planned from Kičevo-Lin)
Low Threat
Inside site
, Scattered(5-15%)
The railway line Kičevo-Lin is part of the pan-European corridor VIII. There are possible impacts on the quality of the lake water in case of incidents and substance run-offs during the construction and operation phases (Public Enterprise for Railway Infrastructure “Macedonian Railways”, 2010). With relevant precautionary measures, such incidents should be avoided. However, the railway line is likely to have disruptive impacts on the Albanian stretch of the coast, as this is one of the last well-preserved stretches of the whole lakeshore (UNESCO, 2019). Railway construction will also reduce the possibility for future revitalization of Struga Marsh (UNESCO, ICOMOS and IUCN, 2017). 
Roads, Trails & Railroads
(Highway A2 planned from Trebenište-Struga-Kjafasan)
Low Threat
Inside site
, Scattered(5-15%)
A2 highway is planned in the northern part of the World Heritage site, from Trebenište to Struga (section 2) and from Struga to Kjafasan (section 3), as part of the pan-European corridor VIII. It passes through agricultural lands and would have minimal impact to the lake if all precautionary measures are taken and pollution of Sateska river channel avoided (Public Enterprise for State Roads, 2015). However, concerns have been expressed that possible impacts of the project on the Outstanding Universal Value of the site have not been fully assessed (UNESCO, 2019; World Heritage Committee, 2019).
Recreational Activities
(Off-road vehicle tourism )
Data Deficient
Inside site
, Localised(<5%)
In Galičica National Park, some companies operate off-road, 4x4 vehicle tourism activities (total of 40 vehicles allowed inside park premises). If not properly managed, these activities can lead to increased noise disturbance, inappropriate waste disposal, habitat destruction through crushing of flora, soil erosion, water pollution, human-wildlife conflict, and introduction of invasive species (Ohrid SOS 2020).
Utility & Service Lines
(Gas pipeline)
Data Deficient
Inside site
, Scattered(5-15%)
A gas pipeline is planned to connect North Macedonia (Skopje) to Albania, with connecting branches towards Ohrid, Debar and Struga in the North Macedonian part. This project will be located along the Struga plains, together with the railway, highway A2 and transmission line projects.
 
Utility & Service Lines
(Transmission line )
Low Threat
Inside site
, Scattered(5-15%)
This project concerns the construction of a 400kV transmission line from Bitola – Elbasan, connecting North Macedonia and Albania. It would have minimal impact to the lake if all precautionary measures are taken. It is essential that careful mitigation measures are put in place to reduce the risk of bird collision and electrocution (AD MEPSO 2015). This project will be located along the Struga plains, together with the railway, highway A2 and gas pipeline projects.
 
Fire & Fire Management
(Forest fires)
Low Threat
Inside site
, Extent of threat not known
Outside site
There have been no major fire incidents since 2007, and fuel loads remain moderate in most of Galičica NP and surrounding areas.Nevertheless, the long-term decline in traditional grazing and climate variability could raise fire risks over time. The management authorities are aware of this risk, and monitoring is ongoing. Given the current stability, this is assessed as a low threat.
Involvement of stakeholders and rightsholders, including indigenous peoples and local communities, in decision-making processes
Some Concern
Community engagement across the property remains uneven, with no consistent or institutionalised mechanisms to support inclusive and long-term participation in site management.

In North Macedonia, there have been positive steps toward involving local communities and civil society, particularly through planning consultations and capacity-building activities led by municipal authorities and supported by international projects such as EU4Ohrid (States Parties of Albania and North Macedonia, 2025). These efforts have helped raise awareness and foster collaboration at the local level, but participation tends to be short-term and driven by project cycles. There is still no formal structure that secures community voices within governance processes, nor one that recognises traditional knowledge or local land-use practices in decision-making (UNESCO, IUCN & ICOMOS, 2024).

In Albania, engagement is generally less structured. While the Municipality of Pogradec has supported some outreach on wetland conservation, particularly in partnership with NGOs and schools (States Parties of Albania and North Macedonia, 2025). However, there does not appear to be a clear framework for local participation in planning or site management. The 2024 Reactive Monitoring Mission noted that consultation processes in Albania are “less formalised,” and typically rely on one-off dialogues rather than ongoing collaboration (UNESCO, IUCN & ICOMOS, 2024). Although no Indigenous Peoples, as defined under international law, have been identified in the region, many rural and lakeside communities maintain strong cultural and livelihood ties to the landscape. These communities are rarely given a seat at the table in decisions that affect their environment and heritage (Strategic Recovery Plan, Action Area 4).

Across both countries, stakeholder consultation around major tourism and infrastructure projects has been inconsistent and largely reactive. For instance, local communities were not systematically consulted in the planning phases of the proposed Kičevo–Lin railway or tourism developments along the lakeshore (UNESCO, IUCN & ICOMOS, 2024). Governance structures also lack a clear focus on gender equity or youth involvement. The mission report emphasised the need to improve transparency and broaden participation, particularly for underrepresented groups (UNESCO, IUCN & ICOMOS, 2024).
Legal framework
Serious Concern
Despite the presence of multiple legislative instruments in both Albania and North Macedonia, including spatial planning laws, environmental protection acts, and heritage legislation—the legal framework is fragmented and inconsistently applied. Overlaps and contradictions between national, regional, and local laws, combined with unclear mandates across institutions, contribute to significant gaps in implementation (Council of Europe, 2023; UNESCO, IUCN & ICOMOS, 2024). The 2024 Reactive Monitoring Mission observed that planning approvals, particularly for tourism-related infrastructure and shoreline developments, often proceed without coordination between different levels of government or adherence to agreed zoning regulations (UNESCO, IUCN & ICOMOS, 2024).

Enforcement mechanisms are weak, with infractions rarely penalized. Unauthorized developments, such as lakeside constructions, road upgrades, and informal accommodation facilities, have been documented repeatedly within the site, often in areas of high ecological or visual sensitivity. The failure to halt or reverse such developments raises serious questions about the site’s legal framework, and its enforcement (Council of Europe, 2023; UNESCO, IUCN & ICOMOS, 2024).

The integration of legal frameworks into governance systems remains limited, particularly in terms of practical planning and permitting procedures. While both States Parties have committed to harmonizing legislation through the Strategic Recovery Plan, progress remains slow and uneven. In some areas, responsibilities are duplicated or contested between agencies, resulting in delays or non-enforcement. The situation is exacerbated by limited technical capacity and under-resourced inspection and permitting bodies at the local level (UNESCO, IUCN & ICOMOS, 2024).

Land tenure is complicated across the site due to a legacy of illegal and unregulated developments, and corresponding lack of enforcement of planning laws and regulations (UNESCO, 2024; UNESCO, IUCN & ICOMOS, 2024). There are long-standing customary practices related to fishing and agriculture, particularly in rural and lakeside communities. These practices are not systematically acknowledged or integrated into current planning processes, which increases the risk of local conflict and diminishes support for enforcement.
Governance arrangements
Serious Concern
Governance arrangements for the property remain weak, fragmented, and largely ineffective in ensuring coordinated, transparent, and participatory management. While both Albania and North Macedonia have legal and institutional mandates related to environmental protection, heritage, and spatial planning, the transboundary property still lacks a functional joint governance mechanism. The absence of a unified or binding coordination body has hindered progress on shared planning, implementation, and monitoring, despite long-standing commitments to such arrangements under the World Heritage Convention and earlier recommendations from the Committee (UNESCO, IUCN & ICOMOS, 2024).

Roles and responsibilities across institutions are poorly defined and inconsistently implemented, particularly at the interface between national and local authorities. For example, in both countries, spatial planning responsibilities often overlap with environmental permitting processes, leading to contradictory decisions and a lack of enforcement coherence. Municipalities frequently issue planning approvals without sufficient consultation with environmental bodies, and vice versa (States Parties of Albania and North Macedonia, 2025).

Stakeholder and rightsholder involvement in governance is limited and largely reactive. While some participatory planning processes have taken place at the local level, such as through civil society engagement in tourism and wetland initiatives (States Parties of Albania and North Macedonia, 2025), there are no institutionalised procedures to ensure meaningful, ongoing input from communities, including women, youth, and traditional resource users. The planning process lacks consistency in how and when stakeholders are engaged, and decision-making remains largely top-down and opaque (UNESCO, IUCN & ICOMOS, 2024; Strategic Recovery Plan, Action Area 4).

Governance processes are not open to regular scrutiny, and there does not appear to be an established grievance mechanism through which stakeholders or rightsholders can raise complaints or disputes. The lack of a shared communications strategy or structured outreach programme further weakens engagement, especially in remote communities where information flow is limited (UNESCO, IUCN & ICOMOS, 2024).

The site lacks a functioning cycle of planning, implementation, monitoring, and adaptive management. Evaluation of management effectiveness is not regularly conducted, and learning from experience, including the integration of local knowledge and scientific data, remains minimal. While the Strategic Recovery Plan calls for the establishment of such systems, there is currently no operational framework in place to guide cross-border adaptive management (Strategic Recovery Plan, Action Areas 2 and 5).
Integration into local, regional and national planning systems (including sea/landscape connectivity)
Serious Concern
Integration of the property into local, regional, and national planning frameworks remains incomplete and uneven, contributing to unmanaged development pressures and fragmented management responses. While the site is formally recognised in various national and municipal-level spatial and environmental plans, its Outstanding Universal Value (OUV) is not consistently reflected in actual planning decisions or development control mechanisms. In practice, planning standards and environmental safeguards often fail to prevent harmful development, particularly along the lakeshore and in sensitive areas within the buffer zone (UNESCO, IUCN & ICOMOS, 2024).

Impact assessment procedures are in place but poorly implemented. The Environmental Impact Assessment (EIA) and Strategic Environmental Assessment (SEA) systems of both Albania and North Macedonia formally apply to the property; however, the quality, scope, and transparency of assessments vary considerably. The 2024 Reactive Monitoring Mission noted that assessments are often superficial, fail to consider cumulative impacts, and are not systematically aligned with World Heritage requirements (UNESCO, IUCN & ICOMOS, 2024). Public participation in these processes is inconsistent, and findings are not always disclosed or taken into account in final decisions.

Tourism development continues to advance in ways that are poorly coordinated with heritage and conservation objectives. While tourism is acknowledged as a key economic driver in both Albania and North Macedonia, its integration into planning processes remains weak. Municipal and national tourism strategies often prioritise infrastructure expansion and increased visitor numbers without adequate safeguards for the site’s ecological and cultural attributes. The lack of zoning enforcement and sustainable tourism planning has resulted in piecemeal development, including unauthorized facilities and shoreline modifications. As noted in the 2024 Mission Report, tourism infrastructure frequently proceeds without rigorous environmental or cultural impact assessments, and there is little coordination between tourism authorities and site managers (UNESCO, IUCN & ICOMOS, 2024; States Parties of Albania and North Macedonia, 2025). Strategic alignment between tourism, conservation, and local livelihoods remains a key gap in achieving integrated, landscape-level management.
Boundaries
Some Concern
The current boundaries of the World Heritage property broadly encompass the key landscape and aesthetic attributes that convey its Outstanding Universal Value under criterion (vii), particularly the visual integrity of the lake and its surrounding mountainous backdrop. However, while the core scenic components are included, the boundary configuration is not fully effective in supporting the ecological integrity and long-term protection of the site.

In Albania, approximately 95% of the inscribed area is comprised of the lake itself, with the surrounding watershed designated only as a buffer zone. In North Macedonia, by contrast, much of the watershed is included within the core area, but no buffer zone has been designated, weakening the site's ability to withstand external pressures. This asymmetry poses particular challenges for coordinated management, especially around shared and hydrologically sensitive features, such as the St. Naum–Drilon spring complex, which connects Lake Ohrid to Lake Prespa through the karstic Galičica mountain. Inflow from Prespa mediates water levels in Lake Ohrid and can be a potential source of invasive species and pollution, and its exclusion from any buffer zone limits effective protection of Lake Ohrid. Including Prespa and associated hydrological corridors in an expanded or redefined buffer zone could better safeguard the lake’s ecological processes (UNESCO, ICOMOS & IUCN, 2017).

The lack of boundary demarcation on the ground, especially in high-pressure zones such as the lakeshore, has led to ongoing confusion, enforcement challenges, and unauthorized development (UNESCO, IUCN & ICOMOS, 2024).

While the Albanian buffer zone does provide some regulatory structure, it is not consistently enforced, and land use within it is often at odds with conservation aims. In North Macedonia, the absence of a buffer zone leaves sensitive areas exposed to unregulated activity, with developments occurring directly adjacent to the core zone.
Overlapping international designations
Some Concern
The World Heritage site is entirely encompassed within the transboundary Ohrid-Prespa Biosphere Reserve (designated in 2014), which spans both Albania and North Macedonia. Additionally, the North Macedonian portion of the property is recognised as a Ramsar Site of International Importance. However, the Albanian side of Lake Ohrid has not yet been designated under the Ramsar Convention, despite similar ecological and hydrological characteristics. The 2024 Reactive Monitoring Mission explicitly recommended that Albania pursue Ramsar designation for the remainder of Lake Ohrid and the Mali i Thatë (Galichica) range, to promote harmonised conservation across the lake system (UNESCO, IUCN & ICOMOS, 2024).

There does not appear to be a harmonised legal or administrative framework that aligns the requirements of the World Heritage Convention, the Man and the Biosphere Programme, and the Ramsar Convention across the property. While the Biosphere Reserve has a strategic framework, it is not fully integrated into the planning or decision-making systems for the World Heritage site or Ramsar site. This lack of coordination hampers effective implementation of shared conservation goals and limits opportunities to address transboundary and cross-ecosystem challenges, such as hydrological connectivity, invasive species, and sustainable tourism, all of which represent significant challenges to the OUV of the site. Addressing these issues could harmonise the management of this site as a whole, and maximise the benefits of international recognition, and their corresponding processes, for this Multi-Internationally Designated Area (MIDA).
Implementation of World Heritage Committee decisions and recommendations
Some Concern
The States Parties of Albania and North Macedonia have undertaken actions to implement decisions of the World Heritage Committee from 2014 through to the present day (World Heritage Committee, 2014, 2016, 2017, 2019a, 2019b; 2021; 2023; 2024; States Parties of Albania and North Macedonia, 2025). Key achievements include the formal adoption of the Management Plan for the North Macedonian side of the property, the establishment of the Commission for the Management of the Natural and Cultural Heritage of the Ohrid Region, the extension of the property to the Albanian side of Lake Ohrid in 2019, and the cancellation or modification of several harmful infrastructure projects, including the Galičica Ski Centre and Resort, sections of the A3 road, and the Ljubaništa 3 development zone (UNESCO, IUCN & ICOMOS, 2024).

However, many Committee decisions and mission recommendations remain unimplemented or only partially addressed. These include the preparation of a Strategic Environmental Assessment (SEA) and Impact Assessments to evaluate the impacts, including cumulative impacts, developments on the property’s Outstanding Universal Value (OUV), a requirement repeatedly requested by the Committee since 2017 and reaffirmed in subsequent reports (UNESCO, 2021; 2023; 2024).

Transboundary cooperation remains inadequate, particularly in areas such as joint biodiversity and water quality monitoring, and the implementation of shared conservation actions, such as harmonised fishing regulations or enforcement procedures. These gaps persist despite clear commitments to joint management and protection made in past Committee decisions and mission reports.

The 2017 Reactive Monitoring Mission set out 19 recommendations, spanning governance, land-use control, tourism, and stakeholder engagement. As of 2024, most remain incomplete or significantly delayed (UNESCO, ICOMOS & IUCN, 2017; UNESCO, IUCN & ICOMOS, 2024). In addition, independent monitoring by civil society, notably Ohrid SOS (2019, 2020), has raised concerns about the accuracy of information provided to the Committee, particularly regarding the status of infrastructure projects claimed to be cancelled or revised.

In response to ongoing governance and conservation challenges, both States Parties endorsed a Strategic Recovery Plan, intended to serve as a roadmap for implementing World Heritage Committee decisions and previous mission recommendations. The plan outlines actions across four strategic goals, including management system, spatial and urban planning, infrastructure development, and sustainable tourism. However, implementation of the plan has been slow and uneven, with few actions fully operationalised and limited evidence of alignment with planning procedures or decision-making frameworks (UNESCO, 2024).

The findings of the 2024 Reactive Monitoring Mission underscore the urgent need to accelerate implementation of actions to address continued threats to the site’s integrity from unchecked development, institutional fragmentation, and weak enforcement (UNESCO, IUCN & ICOMOS, 2024). The mission reaffirmed that without full and timely application of the Strategic Recovery Plan and earlier Committee recommendations, the property remains at serious risk.

Overall, while there has been partial progress, the overall response to World Heritage Committee decisions has been limited and slow. The Strategic Recovery Plan provides a comprehensive framework for addressing these gaps, but its success will depend on urgent, coordinated, and fully transparent implementation, particularly of the 2017 and 2024 mission recommendations, to ensure the continued protection of the property’s Outstanding Universal Value.
Climate action
Some Concern
Climate change is acknowledged in the 2024 Reactive Monitoring Mission report as a significant and growing threat to Lake Ohrid and its biodiversity, yet it does not appear to be currently addressed in a systematic way within the site's management frameworks (UNESCO, IUCN & ICOMOS, 2024).

The mission report notes that increasing water temperatures are disrupting the lake’s ecological balance, affecting the distribution and health of endemic species. Shifts in precipitation patterns are altering water levels and nutrient inputs, which in turn influence habitat availability and species interactions. These observed and anticipated changes underscore the importance of developing adaptive management strategies to sustain the site’s unique biodiversity under evolving climatic conditions.

Although the Strategic Recovery Plan recognizes climate change as one of the key threats to the Outstanding Universal Value (OUV) of the site, it does not define targeted recovery measures explicitly dedicated to climate action. References to climate change are embedded within broader objectives, such as habitat restoration, sustainable tourism planning, and water quality improvement, but are not accompanied by standalone indicators or a dedicated adaptation strategy. Moreover, although some restoration actions listed in the SRP (e.g., the revitalization of Studenchishte Marsh and riparian zones) may indirectly enhance climate resilience by improving ecosystem resilience, these are not framed within a structured climate monitoring or adaptation context.
Management plan and overall management system
Serious Concern
A draft Management Plan for the World Heritage site in North Macedonia was prepared in 2010, and further revised in 2015 and in 2019. The Management Plan (2020-2029), accompanied by a Strategic Environmental Assessment, was finally adopted by the government on January 2020. The Management Plan for the Pogradec Protected Landscape in Albania was approved in December 2014, and is accompanied by a World Heritage Supplement intending to complement and strengthen the management for the property.

The overall management framework for the property remains fragmented and under-resourced. While both Albania and North Macedonia have national structures tasked with environmental protection, there continues to be no effective joint governance mechanism to ensure coordinated and integrated management of the transboundary property. In North Macedonia, the Ministry of Environment and Physical Planning retains the primary mandate for the natural components of the site, while in Albania, responsibility falls under the Ministry of Tourism and Environment. However, despite these institutional assignments, there is limited evidence of operational coordination between the two countries on the ground.

The 2024 Reactive Monitoring Mission reaffirmed that inter-agency collaboration is inconsistent and largely ad hoc, hampering efforts to develop and implement coherent management strategies (UNESCO, IUCN & ICOMOS, 2024). The Mission further noted that, in both countries, responsibilities for site management are diffused across multiple agencies and levels of government, without a clear mechanism for ensuring horizontal and vertical coordination. This lack of institutional clarity has contributed to delays in implementing key conservation measures, including those recommended by previous missions and Committee decisions.

Moreover, the Mission highlighted persistent weaknesses in institutional capacity and accountability. In both national contexts, staff shortages, limited budgets, and a lack of dedicated technical expertise constrain the ability of authorities to conduct systematic monitoring, enforce protective measures, and respond to emerging threats. There is also a continued absence of adequate resourcing for the Strategic Recovery Plan for the property, which does not yet contain costed actions. Without the necessary coordination across and within national contexts, and in the absence of a sufficiently resourced management system, efforts to address pressures, such as uncontrolled development, pollution, and tourism impacts, remain fragmented and reactive rather than strategic and preventive.
Law enforcement
Serious Concern
Enforcement of land use and environmental regulations remains weak across both the Albanian and North Macedonian components of the World Heritage property.
Illegal construction, unregulated tourism operations, and non-compliant agricultural expansion continue largely unchecked across both core and buffer zones of the property. These activities pose a direct and ongoing threat to the site’s Outstanding Universal Value (OUV), undermining conservation objectives and weakening the credibility of existing legal protections.

In North Macedonia, for example, the Law on Waters explicitly prohibits construction of permanent structures within 50 metres of the highest water level of Lake Ohrid. However, this provision has been systematically violated, with widespread illegal construction along the lakeshore, often in visually sensitive and ecologically critical areas. Similar violations are reported on the Albanian side, where the enforcement of coastal development restrictions is inconsistent and lacks transparency. Despite long-standing recognition of these issues in multiple World Heritage Committee decisions and mission reports (UNESCO, 2017; UNESCO, 2019), there has been no effective halt to illegal development, and in many cases, buildings constructed in violation of planning laws have later been retroactively legalised, further weakening deterrence (UNESCO, IUCN & ICOMOS, 2024).

The capacity of inspectorates and enforcement agencies is severely constrained. Field monitoring is irregular, under-resourced, and often lacks legal follow-through. Offences such as illegal fishing, unauthorised timber harvesting, reedbed clearance, and unpermitted shoreline alterations continue with little consequence, particularly in areas under municipal jurisdiction where enforcement is further politicised or deprioritised (Ohrid SOS, 2019; 2020).
Sustainable finance
Serious Concern
Sustainable financing remains a major constraint for the effective management of the Natural and Cultural Heritage of the Ohrid Region. While some mechanisms are in place, current financial resources are inadequate to meet operational needs or support the full implementation of conservation and planning measures essential for maintaining the property’s Outstanding Universal Value (OUV).

Although the Management Plan for the Albanian side includes a financial framework, it is aspirational and lacks specificity, with no clearly defined funding commitments or costed action plan. Similarly, the Strategic Recovery Plan (SRP), though structured around six thematic action areas, does not include a corresponding budget or financial strategy, making it difficult to assess implementation feasibility or prioritise actions based on available resources (States Parties of Albania and North Macedonia, 2025).

In North Macedonia, the primary conservation authority, Galičica National Park, continues to operate with limited government funding and has historically relied on revenue from the extraction of natural resources, including logging and firewood sales, to fund its core activities (Nacionalen Park Galičica, 2010). This undermines conservation objectives and highlights the lack of alternative income streams to support the park’s role within the World Heritage site.

A notable positive example is the Prespa Ohrid Nature Trust (PONT), a transboundary conservation trust fund that provides long-term and reliable financing for protected area management and conservation initiatives in the wider region. PONT funding is used to support government agencies and civil society organisations, including for activities related to biodiversity monitoring, planning, and stakeholder engagement. However, while PONT is a valuable and stable funding source, it is not designed to replace core state funding and cannot address the broader structural financing gaps affecting institutional operations and enforcement capacity.
Staff capacity, training and development
Some Concern
Staffing levels and institutional capacity to manage the Natural and Cultural Heritage of the Ohrid Region are critically inadequate, particularly on the Albanian side, and fall short of what is required to ensure the protection of the property’s OUV.

In Albania, the staffing and institutional capacity is limited. Environmental management responsibilities are concentrated within a small regional authority, with limited specialized staff. In North Macedonia, staffing within Galičica National Park is more established, but still constrained by limited financial and technical resources. The park authority has historically relied on revenue from the extraction of natural resources, such as logging and firewood sales, to fund its operations due to insufficient government support (Nacionalen Park Galičica, 2010). While some staff are present for enforcement and ecological monitoring, the 2024 Reactive Monitoring Mission confirmed that overall capacity remains insufficient to meet basic management obligations across the wider property (UNESCO, IUCN & ICOMOS, 2024).

In terms of infrastructure and operational readiness, equipment and facilities are limited and often outdated, particularly in Albania, where logistical challenges further constrain enforcement and outreach. The 2024 mission reported that field equipment is poorly maintained, vehicles are insufficient, and communications systems are lacking (UNESCO, IUCN & ICOMOS, 2024).
Education and interpretation programmes
Mostly Effective
The Galičica National Park authority has established a visitor centre near the town of Ohrid, which provides general information on the park’s ecological features and visitor opportunities. While this facility offers a valuable starting point for public engagement, education, interpretation, and awareness programmes across the World Heritage property remain limited in scope, coordination, and funding (Nacionalen Park Galičica, 2010).

Some positive outreach activities have been undertaken in recent years, including public campaigns on the conservation of wetlands and Lake Ohrid biodiversity, implemented in partnership with NGOs and educational institutions (States Parties of Albania and North Macedonia, 2025). On the Albanian side, the Municipality of Pogradec has participated in awareness-raising initiatives on wetland protection and sustainable tourism. Similarly, in North Macedonia, civil society organisations and local authorities have cooperated on community workshops and student programmes focused on nature protection and cultural heritage.

Despite these efforts, the site could benefit further from a site-wide education or interpretation strategy, and programmes are typically ad hoc and reliant on short-term donor funding. As a result, awareness activities are not systematically linked to the site's OUV.
Tourism and visitation management
Serious Concern
Tourism and visitation management across the World Heritage property remains fragmented, weakly regulated, and insufficiently aligned with the conservation of the site’s Outstanding Universal Value (OUV). While the scenic and cultural values of the Ohrid Region are widely promoted in local and national tourism strategies, these efforts often focus on mass visitation and economic gain rather than protection of the site's heritage values. References to the OUV in tourism policy are limited, and conservation objectives are rarely integrated into destination planning or investment strategies (UNESCO, IUCN & ICOMOS, 2024).

A comprehensive, transboundary tourism or visitation management plan does not exist. While institutions such as Galičica National Park have prepared park-level tourism strategies, these are not harmonised across the property and have no binding influence on broader development decisions. The Strategic Recovery Plan acknowledges the need for sustainable tourism but lacks a costed action plan, implementation timeline, or enforcement mechanism (States Parties of Albania and North Macedonia, 2025).

Construction of tourism related infrastructure, including roads, resorts, marinas, and other shoreline modifications, have been undertaken without adequate spatial planning, permitting, or alignment with World Heritage requirements. Numerous World Heritage Committee decisions, as well as the 2017 and 2024 Reactive Monitoring Missions, have raised concern over the lack of adequate Environmental Impact Assessments (EIA) and Heritage Impact Assessments (HIA) for tourism-related projects (UNESCO, ICOMOS & IUCN, 2017; UNESCO, IUCN & ICOMOS, 2024). Where assessments have been conducted, they have often been superficial, failed to consider cumulative impacts, or were undertaken after projects had already begun.

Furthermore, the World Heritage Committee has repeatedly requested the States Parties to undertake a Strategic Environmental Assessment (SEA) covering all tourism and infrastructure developments within the property and its buffer zone. However, as of 2025, this has not been delivered, and developments continue to proceed in the absence of a formal assessment framework to guide development of the tourism industry int he site, particularly in high-pressure areas such as the lakeshore and protected natural landscapes (UNESCO, 2021; 2023; States Parties of Albania and North Macedonia, 2025).

Tourism activities within the site are not effectively managed to support conservation outcomes. There are no formal visitor limits, permit systems, or zoning frameworks to regulate access to vulnerable natural or cultural areas. As a result, tourism pressure has contributed to habitat degradation, visual impacts, pollution, and strain on local infrastructure (UNESCO, IUCN & ICOMOS, 2024; States Parties of Albania and North Macedonia, 2025).
Sustainable use
Mostly Effective
The sustainable use of natural resources within the Natural and Cultural Heritage of the Ohrid Region is increasingly recognised as a priority, with recent bilateral and site-level initiatives laying important groundwork. Notable progress has been made in shifting towards more conservation-oriented management approaches. However, to fully secure the site's OUV, further efforts are needed to strengthen regulatory frameworks, enhance monitoring systems, and ensure consistent implementation across the site.

Fisheries management has seen recent positive developments at the transboundary level. In December 2020, the Ministries of Agriculture of North Macedonia and Albania signed an agreement for the joint sustainable management of fish in the watersheds of Lakes Ohrid and Prespa, which commits both States Parties to harmonising fisheries legislation, sharing information, and protecting fish stocks. A Joint Fisheries Committee was established under the agreement and has met annually since, including in 2023, where discussions focused on legislative alignment and coordinated fishery governance (States Parties of Albania and North Macedonia, 2025).

Despite this framework, practical enforcement and sustainable resource use remain insufficient. A robust, transparent system has yet to be fully implemented, and illegal, unregulated, and unreported fishing continues to threaten endemic species such as the Ohrid trout, and there is no consistent system of monitoring or regulation in place in either country.

Timber harvesting has historically been another major concern, particularly within Galičica National Park, which operated for many years with a self-financing model reliant on firewood sales and timber extraction (Nacionalen Park Galičica, 2010). However, notable progress has been made in implementing the recommendations of the 2020 Reactive Monitoring Mission. The park has significantly reduced timber extraction to protect forest ecosystems and prioritise biodiversity conservation (UNESCO, IUCN & ICOMOS, 2024). This shift marks a positive move toward more ecologically sound management and aligns with a broader reorientation of the park’s objectives. Furthermore, the Strategic Recovery Plan includes a specific measure to ensure that the ongoing development of a new Management Plan for Galičica National Park halts all timber extraction activities within its territory. It also calls for reinforcing the protection of forested areas and regulating sustainable tourism activities. The plan recommends that the draft management plan be submitted to the World Heritage Centre and the Advisory Bodies for review, underscoring the importance of transparency and international alignment in revising resource use policies (States Parties of Albania and North Macedonia, 2025).

Nevertheless, resource use elsewhere in the property remains problematic. In the Pogradec Protected Landscape, timber extraction continues with little oversight or evidence of sustainable yield assessments (Pogradec Protected Landscape, 2017). Similarly, there has been no comprehensive assessment of the sustainable limits for resource use—whether for fisheries, forestry, reedbed clearance, or non-timber forest products—across the transboundary site. The absence of clearly defined limits for resource use and coordinated regulatory frameworks has allowed various conflicting uses to proliferate, including unsanctioned recreational activities such as off-road driving, motor rallies, and trail events in ecologically sensitive zones.
Monitoring
Some Concern
Monitoring of the values for which the Natural and Cultural Heritage of the Ohrid Region was inscribed on the World Heritage List is ongoing but remains fragmented, inconsistently applied, and insufficiently aligned with the site’s Outstanding Universal Value (OUV). Although both States Parties have undertaken various natural and cultural monitoring activities—often supported by external projects—there is no integrated, transboundary monitoring framework that systematically assesses OUV attributes or informs adaptive management across the entire property (UNESCO, IUCN & ICOMOS, 2024).

Environmental indicators are monitored through institutional and donor-supported programmes. The Hydrobiological Institute in Ohrid conducts long-term monitoring of Lake Ohrid’s water quality and endemic fish populations, including the Ohrid trout (Salmo letnica) (States Parties of Albania and North Macedonia, 2025). In Albania, INCA and the Albanian Centre for Environmental Governance (ACEG) have implemented biodiversity monitoring activities under the EU4Ohrid project, focusing on wetland and riparian habitats (States Parties of Albania and North Macedonia, 2025). Under the Prespa-Ohrid Nature Trust (PONT), funding has supported pilot monitoring programmes in Galičica National Park, including habitat condition assessments and ranger-based ecological data collection (PONT Annual Report, 2023).

Despite these examples, data collection is not harmonised between the two countries, and findings are often not centrally stored, analysed, or used to guide site-level decision-making. There is no common monitoring protocol or regular reporting mechanism for key ecological indicators related to the OUV, such as shoreline integrity, endemic biodiversity trends, or hydrological connectivity. Importantly, the monitoring outcomes are not consistently integrated into management planning or enforcement. While the draft Strategic Recovery Plan calls for the development of an “evidence-based, adaptive management approach,” including strengthened biodiversity monitoring and improved data sharing (Strategic Recovery Plan, Action Areas 2 and 4), this has not yet been implemented in practice. Current management plans and zoning decisions are largely static and not regularly updated in response to new ecological or cultural data (UNESCO, IUCN & ICOMOS, 2024).

Nonetheless, there is considerable potential to enhance monitoring through formalised partnerships with academic and research institutions. Both States Parties have national universities and scientific institutes with relevant expertise—such as the Faculty of Natural Sciences at the University of Tirana and the Faculty of Natural Sciences and Mathematics at Ss. Cyril and Methodius University in Skopje—that could support long-term ecological and heritage monitoring. The ongoing development of a new Management Plan for Galičica National Park presents an opportunity to integrate structured monitoring indicators and adaptive decision-making processes from the outset (States Parties of Albania and North Macedonia, 2025).
Research
Mostly Effective
Various academic and scientific institutions conduct research on aspects of the site particularly its unique limnology, biodiversity, and cultural heritage. Scientific research on the site’s natural values is long-standing and internationally recognised. In North Macedonia, the Hydrobiological Institute in Ohrid plays a leading role in freshwater research, particularly regarding the ecology and endemic species of Lake Ohrid, including long-term studies on the endemic Ohrid trout (Salmo letnica) and benthic invertebrates (States Parties of Albania and North Macedonia, 2025). Additionally, international research collaborations, such as the SCOPSCO (Scientific Collaboration on Past Speciation Conditions in Lake Ohrid) drilling project, have provided globally significant paleoclimatic and evolutionary data.

On the Albanian side, environmental NGOs and universities—such as INCA, ACEG, and the University of Tirana—have undertaken studies on wetland ecosystems, biodiversity, and landscape connectivity. Some of this work has been supported by the Prespa Ohrid Nature Trust (PONT) and the EU4Ohrid project, which also contributed to cross-border scientific exchange and community-based conservation research (States Parties of Albania and North Macedonia, 2025).

Despite this, research is generally carried out independently and are not necessarily embedded within a strategic, coordinated framework to inform site-level planning or management (UNESCO, IUCN & ICOMOS, 2024).
Effectiveness of management system and governance in addressing threats outside the site
Serious Concern
The management system and governance structures remain largely ineffective in addressing external threats to the Natural and Cultural Heritage of the Ohrid Region. Many of the most serious pressures, such as agricultural runoff, deforestation, and pollution from settlements, originate outside the immediate boundaries of the property, particularly within the broader watershed. However, these are not adequately controlled through current spatial planning frameworks, regulatory enforcement, or cross-sectoral governance mechanisms.

Institutional responsibilities remain fragmented across national, regional, and municipal levels, with limited coordination and inconsistent application of land-use regulations. In North Macedonia, the absence of a formally designated buffer zone further weakens the ability to manage edge effects, while in Albania, enforcement within the existing buffer zone remains weak. Despite repeated requests from the World Heritage Committee, Impact Assessments (EIA/HIA & SEA) are still not systematically applied to infrastructure or tourism developments, limiting the capacity of site managers to anticipate and prevent cumulative impacts.

A notable positive development is the planned redirection of the Sateska River, which historically contributed significant sediment and nutrient pollution to Lake Ohrid following its diversion into the lake in the 1960s. The current plan to reroute the river back to its original flow into the River Crn Drim offers a valuable opportunity to reduce sedimentation and pollution, and improve lake water quality over time. However, as highlighted by the 2024 Reactive Monitoring Mission, the success of this project will depend entirely on its design and implementation in line with international best practice (UNESCO, IUCN & ICOMOS, 2024).

While strategic frameworks such as the Strategic Recovery Plan call for improved landscape-level integration and transboundary coordination, implementation to date remains limited. Aside from the Joint Fisheries Committee, few mechanisms exist to align policies and actions across the watershed or between sectors such as tourism, agriculture, and heritage conservation.
Effectiveness of management system and governance in addressing threats inside the site
Serious Concern
The management system remains only partially effective in addressing threats occurring within the boundaries of the World Heritage property. Key pressures, including illegal construction and unregulated tourism infrastructure continue to occur inside the site due to weak enforcement, limited institutional capacity, and fragmented governance.

While some notable progress has been made, such as the reduction of timber extraction in Galičica National Park and efforts to regulate tourism through awareness campaigns and visitor centres, these actions are not yet part of a coherent, site-wide strategy. Enforcement of existing regulations is inconsistent, and permit systems are often bypassed or poorly monitored.

The lack of harmonised management across the transboundary property and the absence of an operational joint governance mechanism limit the ability to respond effectively to shared threats. Additionally, monitoring and impact assessment procedures are not systematically applied, and local development decisions frequently conflict with conservation objectives.

Overall, while there are positive site-level efforts, the overall management system is not yet robust or coordinated enough to prevent or mitigate the range of threats occurring within the property. Strengthening enforcement, integrated planning, and cross-border governance is essential to ensuring effective protection of the site’s Outstanding Universal Value.
The overall protection and management of the Natural and Cultural Heritage of the Ohrid Region remains inadequate to effectively safeguard the property’s Outstanding Universal Value (OUV). Both Albania and North Macedonia have taken positive steps, such as halting select harmful developments, reducing timber extraction in Galičica National Park, establishing a Joint Fisheries Committee, and adopting a Strategic Recovery Plan. However, implementation has been fragmented, under-resourced, and inconsistent. Governance is weakened by institutional fragmentation, the absence of an operational transboundary mechanism, and limited coordination across sectors and jurisdictions. Illegal construction, unregulated tourism, unsustainable resource use, and weak enforcement continue to threaten the site from within and beyond its boundaries. The lack of a formal buffer zone in North Macedonia, and limited enforcement within Albania, further reduces the system’s ability to manage external pressures. Monitoring, education, and community engagement efforts exist but are project-based and poorly integrated, and there is no adaptive management framework that links data and research to decision-making. Staffing and financing are insufficient, particularly in Albania, and the Strategic Recovery Plan remains largely unimplemented. Overall, despite recent progress through the adoption of the Strategic Recovery Plan for the site, protection and management measures are not yet adequate, coordinated, or sustained enough to ensure the long-term conservation of the sites OUV. Urgent action is required to operationalise existing plans, establish functional transboundary governance, and fully align site management with World Heritage standards.
Good practice examples
Prespa Ohrid Nature Trust (PONT): The Prespa Ohrid Nature Trust (PONT) stands out as a leading example of long-term, transboundary conservation financing in the region. Established as a conservation trust fund, PONT provides sustained financial support to government institutions and civil society organisations working in the Ohrid and Prespa lake basins. Its model promotes collaboration across borders, supports biodiversity monitoring, capacity building, and protected area planning, and encourages community-based conservation initiatives. By funding structured activities within Galičica National Park and supporting NGOs on the Albanian side, PONT bridges institutional and resource gaps while aligning with international conservation standards. Its transparent governance, consistent funding mechanism, and integration of both governmental and non-governmental actors provide a replicable model for other World Heritage properties facing similar challenges.

A unique lake of tectonic origin supporting high diversity of endemic and relict freshwater species

High Concern
Trend
Deteriorating
Lake Ohrid, one of the world’s oldest tectonic lakes, harbours exceptional levels of biodiversity, including over 200 endemic species across molluscs, amphipods, fish, and invertebrates.
However, the lake’s unique ecosystem is under increasing pressure. Urban sprawl, including illegal and unregulated development, along the shoreline has degraded natural habitats and led to the near-complete loss of functional wetlands (Vermaat et al., 2020), while nutrient loading and sedimentation from rivers such as the Sateska have contributed to localized eutrophication and habitat deterioration (UNESCO, ICOMOS & IUCN, 2017). Invasive alien species are spreading, particularly in disturbed tributaries (Macura et al., 2023), and are exacerbated by exotic fish farming in Albania (Trajanovski, 2019). The Ohrid trout population remains in long-term decline, with spawning grounds threatened by overfishing, shoreline alteration, and macrophyte disturbance (Jordanova et al., 2016; Talevski et al., 2010). Broader ichthyofauna are similarly affected by a suite of pressures including pollution, boating, shoreline hardening, invasive species, and habitat loss (Talevski et al., 2010; Macura et al., 2023).

Climate change compounds these pressures, with rising water temperatures and altered rainfall patterns disrupting lake ecology and favouring invasive species (Albrecht et al., 2020; Pearce, 2023). Mining legacies—particularly the partially remediated Memëlisht dumpsite—pose an ongoing risk of toxic contamination (Bolles & Wilson et al., 2015; UNESCO, ICOMOS & IUCN, 2024).

Despite the lake’s continued ecological richness, these interacting threats are eroding its ecological integrity, underscoring the urgent need for sustained protection and coordinated management.

Important wintering site of Palaearctic waterbirds

Data Deficient
Trend
Data Deficient
Lake Ohrid is officially recognised as an Important Bird Area (IBA) and a designated Ramsar Site (file no. 2449), due to its importance for migratory and wintering bird species across the Palaearctic flyway. The lake and surrounding wetlands, particularly Studenchishte Marsh, provide critical feeding and resting habitat for numerous species of waterbirds, including globally and regionally significant populations.

While Lake Ohrid remains an Important Bird Area (IBA) and a Ramsar Site, there have been reports of a negative trend in wintering waterbird populations, driven by habitat loss, shoreline alteration, poaching, and tourism pressure. Recent survey results and population trend data remain however limited or unpublished. The Strategic Recovery Plan reiterates the international recognition of the Ohrid region as an Important Bird Area and notes that the protection and restoration of wetland habitats such as Studenchishte Marsh are essential to maintain its role in supporting migratory species.

Ongoing threats, including habitat loss from shoreline development, wetland degradation, and water pollution, have diminished the quality and extent of available wintering habitat. Restoration efforts, particularly hydrological reconnection of Studenchishte Marsh, are expected to improve conditions for overwintering bird populations if effectively implemented and monitored.

In summary, Lake Ohrid retains high potential and long-recognised value as a wintering site for Palaearctic waterbirds, but a lack of updated monitoring data limits assessment of current trends, and effective habitat protection remains a management priority.
Assessment of the current state and trend of World Heritage values
Deteriorating
The overall state of the World Heritage values of Lake Ohrid is in decline, with multiple interacting pressures contributing to the erosion of its ecological and landscape integrity. Uncontrolled coastal development has transformed much of the natural shoreline into dense urban and tourism zones, severely impacting the lake’s visual landscape and fragmenting critical littoral and wetland habitats. Once extensive wetland systems have been reduced to small remnants, notably Studenchishte Marsh, whose ecological functionality and value for nesting and wintering bird species has been significantly diminished. While Lake Ohrid remains an Important Bird Area (IBA) and a Ramsar Site, there are indications of a negative trend in wintering waterbird populations, driven by habitat loss, shoreline alteration, poaching, and tourism pressure. Biodiversity, particularly endemic aquatic species, is increasingly threatened. The lake remains globally significant for its extraordinary endemic diversity, including Salmo letnica (Ohrid trout), amphipods, molluscs, and water mites. However, these values are under pressure from eutrophication, sedimentation, and pollution—especially near river mouths like the Sateska, where nutrient loading has altered local water chemistry and accelerated the decline of native species and macrophyte beds. Invasive alien species are increasingly widespread, especially in disturbed tributaries and near aquaculture facilities on the Albanian side, where exotic fish farming has introduced non-native species and increased nutrient loads. Heavy metal contamination from former mining activities in Albania, particularly at the Memëlisht dumpsite, poses a serious and ongoing threat to aquatic and terrestrial biodiversity as well as public health. While some remediation has begun, additional contaminated areas remain unaddressed. Hydrological manipulation and climate change have further impacted the lake’s ecosystem, with fluctuating water levels, prolonged dry periods, and increased water temperatures altering nutrient dynamics, threatening species ranges, and favouring the spread of invasives.
Assessment of the current state and trend of other important biodiversity values
Low Concern
Stable
Other biodiversity values primarily relate to species abundance, endemism and diversity in Galičica National Park. Changes have been occurring throughout the years due to modifications in land use; i.e., heavy decline of grazing on pastures accompanied by abandonment of mountain villages and succession. The risk of forest fires is higher and several fires have already devastated parts of the mountains. Galičica hosts diverse habitats and is an important refuge of species even at European level (Nacionalen Park Galicica, 2010). The status of species in Galičica National Park seems to be stable, although timber extraction, modifications in land use and tourism pressures, including illegal construction, affect changes in the landscape.

Additional information

Coastal protection,
Flood prevention,
Water provision (importance for water quantity and quality)
Lake Ohrid is important for water quantity and quality, and it has a strong ability of self-purification. In certain areas it is surrounded by reed beds, such as in the Studenčište marsh, which function as natural filters for the lake. The marsh also stores carbon in its 5,000-year-old peatlands (Apostolova et al, 2016) and has the role of regulating the water levels, functioning as a natural flood mitigation system, while the reed regulates coastal erosion.
Factors negatively affecting provision of this benefit
Climate change
Impact level - High
Trend - Increasing
Pollution
Impact level - Very High
Trend - Increasing
Habitat change
Impact level - Very High
Trend - Increasing
Outdoor recreation and tourism,
Natural beauty and scenery
Lake Ohrid is one of the most significant tourism destinations both in North Macedonia and Albania, attractive for its landscape beauty, Galičica National Park’s natural values, Lake Ohrid’s water quality, and cultural heritage. Recreation is primarily associated with Lake Ohrid (swimming, beach) and the national park (hiking, enjoying the park’s natural values). This makes a key contribution to the local economy.
History and tradition
Ohrid town is one of the oldest settlements in Europe, being built from the 7th until 19th century. Its architecture represents the most complete ensemble of ancient urban architecture in this part of Europe, while the town hosts the oldest Slav monastery and more than 800 Byzantine icons. Archaeological remains are scattered throughout the Ohrid region. The entire region was and continues to be a spiritual centre frequented by visitors.
In the shallow waters near the shores of the lake, three sites testify to the presence of prehistoric pile dwellings, and the small Lin Peninsula in Albania is the site of the remains of an Early Christian church founded in the middle of the 6th century (World Heritage Committee 2019b).
Fishing areas and conservation of fish stocks
Endemic Ohrid trout (Salmo letnica) is more affected than other fish species in Lake Ohrid due to greater demand for it (it is used in traditional dishes and is considered a delicacy) and its economic value.
Factors negatively affecting provision of this benefit
Pollution
Impact level - High
Trend - Increasing
Overexploitation
Impact level - High
Trend - Continuing
Invasive species
Impact level - High
Fishing of Ohrid trout is poorly regulated and enforced. Hatcheries in both countries regularly contribute to the population of the trout by replenishing the fish stocks. Nevertheless, unsustainable (and sometimes illegal) fishing occurs both in North Macedonia and in Albania, thus the population of the trout is in constant decrease (Jordanova, 2016). Pollution and bioaccumulation are other negative impacts (Jordanova et al, 2016; Marchetti et al, 2019).
Collection of timber, e.g. fuelwood
A significant amount of wood harvesting is still done in the region. Most households in Pogradec municipality rely on wood for cooking and winter heating. Total demand has not been formally measured, but it is likely to exceed 55.000 m3 per year.
Factors negatively affecting provision of this benefit
Overexploitation
Impact level - High
Trend - Continuing
Timber is being extracted from Galičica National Park and is mainly sold for fuel wood. Annual extraction ranges from 7,000 to 12,000 m³ of fuel wood (Nacionalen Park Galicica, 2010).
Importance for research
Lake Ohrid sediments are an important paleoenvironmental archive, enabling scientists to infer how climate and other conditions have changed over hundreds of thousands of years (Wagner et al, 2017). Current research is even combining archeological findings with sediment records to investigate the birth of European agriculture (Universitat Bern, 2018). Species groups such as ostracods and diatoms, which include numerous endemics, are highly valuable for these kinds of purposes as they can be fossilized in large enough quantities for robust conclusions to be drawn (Lorenschat and Schwalb, 2013; Jovanovska et al, 2016).

Due to its wealth of world-unique species, including many that have evolved in-lake, not to mention its accessibility and manageable size, Lake Ohrid is additionally a natural laboratory for the study of evolution and the processes that drive speciation (Wagner et al, 2017). It has recently furnished evidence for dynamic equilibrium of speciation and extinction rates over evolutionary time (Wilke et al, 2018). 
Factors negatively affecting provision of this benefit
Habitat change
Impact level - High
Trend - Decreasing
The various threats to Lake Ohrid's unique ecosystem and the species within it risk jeopardizing the knowledge that can be gleaned from the World Heritage Site (Albrecht and Wilke, 2008). 
Importance for research
Species new to science are still being discovered at various locations in the World Heritage Site, including on Mount Galichica (Levkov and Williams, 2011; Mueller, 2016; Spirovska et al, 2020).
Factors negatively affecting provision of this benefit
Habitat change
Impact level - High
Trend - Increasing
There is a risk that anthropogenic pressures may push species endemic to the Ohrid Region out of existence before they have even been formally discovered, particularly since several of those that have been recorded occupy small geographical areas such as littoral zones or springs, where various pressures from water abstraction to recreation is continuing (Albrecht and Wilke, 2008). Extinction is suspected for at least one Lake Ohrid species as a result of the destruction of springs at Bej Bunar (Hauffe et al, 2010). 
Other
Due to a specific climate that regulates temperature extremes and moisture levels, the Ohrid Region has served as a refugium during periods of past climate change, which relates to its floral diversity in the present day (Sadori et al, 2016). The relative stability and sustained presence of Lake Ohrid for over 1,000,000 years has similarly enabled several freshwater species such as relict diatoms and sponges to evade extinction.   
Factors negatively affecting provision of this benefit
Pollution
Impact level - High
Trend - Increasing
Habitat change
Impact level - High
Trend - Continuing
Multiple simultaneous human pressures risk reducing the stability of the Lake Ohrid system and evidence of a shift towards cosmopolitan and pollution tolerant species over endemics is already evident in localized areas. Habitat fragmentation and conversion of natural habitats to other land uses will likewise inhibit access to and capacity of the Ohrid Region refugium in the future.  
Key benefits generated by the World Heritage site include: environmental services; benefits related to food; health and recreation values; cultural and spiritual values; economic contributions via tourism; knowledge related to evolution, climate and environmental change; and extraction of materials (timber).
Lake Ohrid is important for water quantity and quality, and it has a strong ability of self-purification. In certain areas it is surrounded by reed beds, such as in the Studenčište marsh, which function as natural filters for the lake. The marsh also has the role of regulating the water levels, functioning as a natural flood mitigation system, while the reed regulates coastal erosion. There is great demand for the endemic Ohrid trout (Salmo letnica) since it is considered a local delicacy with high economic value. Lake Ohrid is one of the most significant tourism destinations both in North Macedonia and Albania, attractive for its landscape beauty, Galičica National Park’s natural values, Lake Ohrid’s water quality, and cultural heritage. Recreation is primarily associated with Lake Ohrid (swimming, beach) and the national park (hiking, enjoying the park’s natural values). Commonly gathered resources are Ohrid Tea (Sideritis raeseri), Common Juniper Berries (Juniperus communis), and medicinal herbs, both for individual consumption and further trade.
Paleoenvironmental archives supplied by Lake Ohrid sediments are combining with insight emerging from its unique ecology to help scientists understand the climatic, environmental and human history of the wider catchment over hundreds of thousands of years as well as speciation processes. Such studies have revealed the importance of the wider region as a refugium during previous periods of climate change. Ohrid town is one of the oldest settlements in Europe, being built from the 7th until 19th century. Its architecture represents the most complete ensemble of ancient urban architecture in this part of Europe, while the town hosts the oldest Slav monastery and more than 800 Byzantine icons. Archaeological remains are scattered throughout the Ohrid region. The entire region was and continues to be a spiritual centre frequented by visitors. In the shallow waters near the shores of the lake, three sites testify to the presence of prehistoric pile dwellings, and the small Lin Peninsula in Albania is the site of the remains of an Early Christian church founded in the middle of the 6th century.
Abundance and diversity of species, including high level of local and Balkan-related endemism gives the region a European and even global significance. Thus the site has exceptional intrinsic value.

References

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