​The following maps have been generated in order to enable Malta to meet the requirements of the first reporting cycle and the second cycle for the Environmental Noise Directive.

Strategic Noise Maps Assessment year 2006

Strategic Noise Maps Assessment year 2011

Strategic Noise Maps Assessment year 2016

Strategic Noise Maps Assessment year 2021

Lden (day-evening-night noise level) is the A-weighted noise indicator, Leq (equivalent noise level) over a whole day, in decibels (dB), but with a penalty of +10 dB(A) for night-time noise (23:00-07:00) and +5 dB(A) for evening noise (19:00-23:00).

Lnight (night noise level) is the A-weightedLeq (equivalent noise level) over the 8 hour night period of 23:00-07:00 hours, also known as the night noise indicator.

What is an NBSAP?

A National Biodiversity Strategy and Action Plan (NBSAP) is a strategic policy document, which aims at providing direction at a national level on the management and protection of biodiversity. It also streamlines various sectoral aspects to ensure sustainable use of natural resources; this ensures a better quality of life and the reduction in biodiversity loss.

An NBSAP is the principal instrument for implementing the United Nations Convention on Biological Diversity (CBD) at national level. As required by the Convention, each signatory country (known as a Party) has to develop an NBSAP or equivalent instrument, in accordance with its particular conditions and capabilities.  This creates an obligation for Parties to carry out national biodiversity planning, and defining a course of action with specific targets and plans to fulfil the objectives of the Convention. In this context, NBSAPs are considered as one of the strongest implementation mechanisms in the CBD.

Furthermore, the Convention requires each Party to ensure that its respective NBSAP is mainstreamed into the planning and activities of all those sectors that can have a positive or negative impact on biodiversity. In terms of overall NBSAP submission to date (latest figure as of 22 January 2024), a total of 194 out of 196 (99%) Parties have developed NBSAPs in line with Article 6 of the Convention.

What is the link of the Kunming-Montreal Global Biodiversity Framework with the NBSAP?

The Kunming-Montreal Global Biodiversity Framework (KM-GBF) was adopted during the fifteenth meeting of the Conference of the Parties (COP 15) in 2022, following a four year consultation and negotiation process between Parties to the CBD. The KM-GBF provides a strategic framework at the global level for addressing biodiversity conservation. Among the KM-GBF’s key elements are 4 goals for 2050 and 23 targets for 2030. Whilst the KM-GBF is not legally binding, by adopting the KM-GBF, all Parties to the Convention have committed to setting national targets to implement it.

During COP15, the Parties to the Convention adopted Decision 15/6, which sets out that the updated NBSAP and national targets will form the basis of the implementation at the national level of the KM-GBFs goals and targets. Thus, while the Kunming-Montreal GBF establishes a broad global vision for biodiversity, the NBSAP is the instrument through which these goals are translated into action at the national level. In this regard, Malta’s NBSAP to 2030 has been aligned to the four goals and 23 targets of the KM-GBF.

Has Malta adopted an NBSAP?

Malta adopted its first NBSAP in 2012 which covered the years up to 2020. This first NBSAP was given the theme “Working Hand in Hand with Nature” and laid down an important foundation for biodiversity conservation efforts at the national level. The 2012 to 2020 NBSAP included 19 national targets with 80 embedded actions covering five policy areas including:

  • addressing the underlying causes of biodiversity loss;
  • reducing the direct pressures of biodiversity;
  • improving the status of biodiversity;
  • enhancing the benefits from biodiversity and ecosystem services, and;
  • enhancing implementation.

A thorough review of the final status of implementation of the NBSAP to 2020 indicates that 11% (2 out of 19) of the national targets have been exceeded, and 42% (8 out of 19) have been achieved. With respect to targets that are reported as partially achieved, these account to 42% (8 out of 19), whereas 5% (1 out of 19) have not been achieved. Further to this, over 90% of the 80 actions within the previous NBSAP are considered to have been either effective or partially effective with respect to implementing the national biodiversity strategy.

The NBSAP to 2030 builds on the foundation established by the previous NBSAP and its achievements. It outlines 79 actions within 22 targets, addressing five key policy areas:

  • conserving and restoring nature;
  • addressing the drivers of biodiversity loss;
  • using biodiversity sustainably;
  • mainstreaming and awareness raising, and;
  • enhancing implementation and cooperation.

What is the NBSAP to 2030 aiming to achieve?

The NBSAP to 2030 adopts a whole of government and whole of society approach to addressing biodiversity conservation efforts. The NBSAP to 2030 builds upon the momentum gained in this respect during the implementation of the previous NBSAP.

It is guided by a long-term vision to 2050 which states that: “By 2050, Malta’s biodiversity is valued, conserved, restored and sustainably used for the benefit of nature, people and climate.” To achieve this vision, the NBSAP’s mission was defined as: “to put Malta’s biodiversity on a path to recovery by 2030 for the benefit of the planet and people, by stepping up national efforts to effectively respond to the biodiversity crisis”.

How will the NBSAP to 2030 turn the mission into reality and contribute to conserving local biodiversity?

To convert the mission into reality, the NBSAP to 2030 establishes a Strategic Framework to guide the achievement of this mission.

Under each of the policy areas indicated earlier, targets to be achieved by 2030 have been defined. These targets encompass areas such as protected areas, ecosystem restoration, genetic diversity, invasive alien species, climate change, pollution, sustainable agriculture and fisheries, biotechnology, the integration of biodiversity into public and private sectors, as well as education and public awareness.

Nested within the 22 targets are 79 actions; the implementation of which contributes to the achievement of each target. These targets and actions are fully aligned with biodiversity targets at global and EU level, while reflecting national priorities and capacities.

How will implementation of the KM-GBF and Malta’s NBSAP be monitored?

The Parties to the CBD decided at COP15, that the main vehicle for the implementation of the KM-GBF will be the updated NBSAPs and national targets aligned to the goals and targets of the KM-GBF. In this regard, the monitoring of Malta’s NBSAP to 2030 will be a critical part of the policy cycle. ERA will be closely following and monitoring the implementation of the targets and actions set within the NBSAP to 2030 and thus will be reporting on such progress as part of our national obligations as a Party to the CBD.

Developing the NBSAP to 2030

The final version of Malta’s NBSAP is the culmination of a whole of government consultation process. Given its strategic nature, throughout the development of the NBSAP to 2030, the Environment and Resources Authority (ERA) actively sought the engagement of all relevant ministries holding remit or responsibility for the areas of public policy that the targets and actions proposed within the NBSAP address.

Additionally, the intent and draft NBSAP were subject to public consultation in 2023 in accordance with the Environment Protection Act (Cap. 549). Comments were received from academia, environmental Non-governmental Organisations and other stakeholders. Overall, the public reaction to the NBSAP to 2030 was positive in outlook.

In addition to the assessment and consideration of the public consultation comments, ERA also reflected upon the policy direction being taken at global and EU level since the first iteration of the draft NBSAP.

Other links

Sea daffodil
Sea daffodil

The Environment Directorate, within the Environment and Resources Authority, is actively involved in various databases in connection with biodiversity.

In view of the remit and obligations set, amongst others, by the United Nations Convention on Biological Diversity (CBD) and the Flora, Fauna and Natural Habitats Protection Regulations, 2006 (S.L. 549.44), work is ongoing for the setting up of a National Database on Biodiversity. This shall consist of an inventory of information on local species, in particular, native, endemic and threatened species. In this regard, it shall include information on species of flora and fauna that particularly contribute towards the natural and cultural heritage of the Maltese Islands. A similar exercise shall be considered in connection with alien species in the Maltese Islands, in which case, information will include details on dispersal, breeding, extent of invasion, and possible eradication methods, amongst others. Throughout the years, studies were commissioned to collate information that will eventually feed into the aforementioned databases.

Maltese everlasting
Maltese everlasting

Data is also collated in databases that are specifically designed for reporting obligations. Institutions such as the European Commission provide such database structures. In this respect, one can mention the Natura 2000 database​ (used for the submission of information on Natura 2000 sites) and HABIDES+ (used to report derogations under the EC Habitats Directive).

Another database that is updated on an annual basis is the Common Database on Designated Areas (CDDA), which as the name implies, is essentially a database of the various designated areas in the Maltese Islands under national law. More specifically, this database includes a list of the protected or scheduled areas in view of important habitats and species, and which have been included in national legislation. The European Environment Agency (EEA) coordinates the latter exercise, with the aim of collating information from EEA members and collaborating countries.

Scarlet darter
Scarlet darter

Beyond the Maltese Islands, various initiatives have led to the setting up of databases that are related to biodiversity on a national, regional and/or international level. The following are a selection of these:

 

Other links

​​​As an EU Member State, Malta is committed to submitting information annually on various core data flows maintained by the European Environment Agency (EEA)​, with support from the European Topic Centre on Biological Diversity​.

The core data flow relevant to biodiversity is a report on areas designated under national legislation for the purpose of nature protection. This report is known as the Nationally Designated Areas (NatDA), formerly known as the Common Database on Designated Areas (CDDA). This database is one of the Eionet priority data flows, maintained by the European Environment Agency (EEA) through support from the European Topic Centre on Biological Diversity (ETC/BD). It is the result of a yearly data flow through Eionet-participating countries, providing technical information on areas designated under national legislation for the purpose of nature protection. This information includes details such as the date of designation, the legal document under which each site was designated, and the IUCN protected area management category, among other details. All this is associated with a geospatial dataset, consisting of the boundaries of the protected areas. The reports submitted by Malta until 2021 can be found on Eionet’s Central Data Repository, while subsequent reports for 2022, 2023 and 2024 can be found on the EU’s Reportnet 3.

Iż-żebbuġ tal-Bidnija (limiti tal-Mosta) - Tree Protection Area
Iż-żebbuġ tal-Bidnija (limiti tal-Mosta) - Tree Protection Area

​​​The table below lists the different national designations reported by Malta, and provides the number of sites that fall under these designations, as submitted to the EEA by Malta. It should be noted that the number of sites reported under every national designation varies from one year to another due to updates in the national protected area designation process.

Designation type Number of sites*
Area of Ecological Importance 24
Area of Ecological Importance and Site of Scientific Importance 42
Area of High Landscape Value 14
Bird Sanctuary 26
List of Historical Trees Having an Antiquarian Importance 6
National Park​ 2
Nature Reserve (Filfla) 1
Nature Reserve (Il-Ponta tal-Qawra) 1
Nature Reserve (Islands) 2
No Berthing Zone/No Entry Zone except for Fisheries 1
Protected Beaches 11
Site of Scientific Importance 10
Special Areas of Conservation – International Importance 40
Special Areas of Conservation – National Importance​ 13
Special Area of Geological Importance 1
Special Protection Areas 22
Tree Protection Areas​ 60

The data submitted in the NatDA report feeds into a central inventory, which began in 1995 under the CORINE Programme of the European Commission. This inventory of spatial data is used as the official source of protected area information from European countries for inclusion in the World Database of Protected Areas (WDPA), which is the most comprehensive global database on terrestrial and marine protected areas.

*
Malta has recently submitted the Nationally Designated Areas (NatDA) report for 2024, covering national designations up to December 2023. The latest submission by Malta can be accessed through this link, which is also reflected on ERA’s MEPS Geoportal, under the ‘Protected Areas | National Level’ category.

Other links

The outcome of an EIA is presented through the submission of a formal document, the EIA Report. An EIA Report is an independent study involving the collection and analysis of relevant information, some of which may require original research, to determine baseline conditions and to predict the likely impacts of the development. The result of the EIA study will aid decision makers in identifying potential environmental effects and formulating an opinion.

Once the EIA report is ready, the developer delivers a copy to ERA and the Local Council/s.  The developer is also responsible to publish adverts in local newspapers to inform the public that an EIA Report is available for public consultation.  ERA makes the EIA Report available on the Authority’s website and informs entities of government, NGOs and the Local Council/s of the said report.  The consultation period for the review of the EIA Report is 30 days.   During this consultation period, a public hearing is organised by the developer for Category I project.  A public meeting may also be held for Category II projects, if the authority considers necessary.

Once ERA reviews the EIA Report, ERA’s comments and all written comments received from the relevant stakeholders are sent to the EIA Coordinator for a response.  At this stage, any necessary changes are made to the EIA report, either through the re-submission of a revised EIA report or an Addendum.

At the end of the process, ERA prepares a report based on the EIA findings together with a recommendation.  This report feeds into the overall decision-making process whereby a decision is taken with regard to a proposed development permit application. Should the development be approved, this would be subject to specific conditions and post-permit monitoring. ​​

Since the results of the EIA may affect the project’s design, there should be a close working relationship between the project’s architects/designers, the EIA Coordinator and the Environmental Assessment Unit.

Scoping is the procedure in the EIA process that establishes the key environmental issues to be addressed in the compilation of the EIA Report. Scoping, which identifies the environmental parameters to be assessed on the EIA Report results in the formulation of EIA Terms of Reference (TOR), or guidelines.  EIA TOR are tailor made to the type of project being assessed and therefore  help to focus the study on the most significant environmental issues.

The scoping process consists of the following:

  • An identification of the expected environmental impacts by ERA based on, but not limited to, the information presented in the PDS;
  • A 30-day consultation with relevant agencies of government, local councils, NGOs and the public;
  • For developments falling under Category I, a scoping meeting is organised by ERA;
  • ERA formulates draft TOR;
  • The TOR are forwarded to the applicant and the architect/consultants; and
  • The final TOR are issued and uploaded on the ERA website.

TOR are not cast in stone and are therefore project-specific guidelines. Should consultants deem that certain issues are not relevant to the development, discussions are held with the Authority to determine whether such requests are duly justified. Similarly, should the TOR have overlooked important environmental issues ERA has the right to request such information in the EIA. During this process, it is advisable that the consultants keep close contact with ERA.

Typical EIA TOR consist in the following:

  • Description of the proposed development;
  • Alternatives to the proposed development (including alternative sites, layouts and technologies);
  • Description of the proposed site and surroundings;
  • Assessment of environmental impacts and risks of the proposed development;
  • Design of mitigation measures; and
  • Design of monitoring programmes.​

Specimen Environmental Impact Assessment and Appropriate Assessment Terms of Reference are available, however these are not cast in stone and can therefore be customised on a case by case basis.

Vetting by ERA involves the determination whether a project falls under the EIA Regulations (S.L. 549.46). Should vetting confirms that the project qualifies for an Environmental Impact Assessment (EIA) or for further EIA Screening, a Project Description Statement (PDS) is requested in line with Schedule II of the same Regulations.   This is a report prepared by the developer/ architects/ consultants, which describes the project proposal including any operations that are to take place and the site of the development and a preliminary assessment of the likely significant effects of the proposal on the environment, among other parameters. Through the PDS it will be possible for ERA to determine whether the proposed development requires the submission of an EIA.

The Authority notifies the developer that an EIA is required if a proposal falls under Category I of Schedule I of the EIA Regulations (S.L. 549.46).  For projects falling under Category II detailed screening is carried out against the criteria outlined in Schedule III of the Regulations.  This screening is based on the Guidance document on EIA screening published in 2017 by the European Commission​.

Detailed screening is based on the information provided in the PDS and any other information or investigations as deemed appropriate by the Authority. This screening will determine whether the project is likely to have significant environmental impacts to the point of warranting an EIA.

There are two possible screening outcomes:

  • no significant impacts are envisaged when screened against Schedule III, thus the proposal does not require the submission of an EIA, or
  • significant impacts are envisaged thus an EIA procedure is required.

ERA will inform the applicant of its EIA screening decision within 30 days from the receipt of the PDS with a possibility for an extension.  For proposals that require an EIA, the applicant is required to confirm to the Authority of the intention to undertake the EIA within 30 days from ERA’s decision.   EIA screening decisions are made available on the ERA’s website.

Food, transport, recreation, biodiversity and energy are all key resources provided by the marine environment, which denote the importance of seas and oceans for everyday life and for the economy.

Europe’s seas and oceans are under pressure from human activities, resulting in the depletion of marine resources. Such depletion is not only affecting the natural environment but also our economy, and the need to conserve the marine environment is additionally important for supporting livelihoods of those depending on it. Sustainable management of the marine environment is thus essential to ensure that the resources it provides are available for the benefit of present and future generations.

The European response to this situation is the Marine Strategy Framework Directive (MSFD).

The EU Marine Strategy Framework Directive: an overview

The EU Marine Strategy Framework Directive (2008/56/EC) – MSFD, published in June 2008, establishes a framework for community action in the field of marine environmental policy.

With a goal to achieve Good Environmental Status (GES) in Europe’s marine waters by 2020, this Directive presents a framework for EU Member States to manage human activities in the marine environment in a sustainable manner. The Directive also promotes integration of environmental considerations pertaining to the marine environment into relevant policy areas. Within this context, the MSFD is considered to be the environmental pillar of the Integrated Maritime Policy.

The Directive calls for an ‘ecosystem-based approach’ whereby management of marine activities is driven by the prime intention to protect and preserve the marine environment with a view to attain GES in marine waters by 2020. GES is defined as: ‘the environmental status of marine waters where these provide ecologically diverse and dynamic oceans and seas which are clean, healthy and productive … and the use of the marine environment is at a level that is sustainable thus safeguarding the potential for use and activities by current and future generations’. Due to the transboundary nature of marine ecosystems, Good Environmental Status needs to be attained at a regional or sub-regional level, thereby requiring coordination across countries within the same region or sub-region.

In May 2017, the EU adopted Commission Decision 2017/848/EU on criteria and methodological standards on GES of marine waters, and specifications and standardised methods for monitoring and assessment, and repealing Commission Decision 2010/477/EU. The latter Commission Decision established criteria to be used by the Member States to determine the GES of their marine waters and to guide their assessments of that status in the first implementation cycle of Directive 2008/56/EC.

Achieving GES requires Member States to follow a plan of action stipulated by the Directive as follows:

  • Preparation of an initial assessment of the environmental status of marine waters by July 2012;
  • Determination of good environmental status, and establishment of environmental targets and associated indicators by July 2012;
  • Implementation of a monitoring programme for ongoing assessment of GES and targets by July 2014;
  • Development of a programme of measures designed to achieve GES by 2015, to be made operational by 2016.

The above process should lead to the development of national Marine Strategies coordinated with neighbouring countries and consistent on a regional or sub-regional scale. National marine strategies are plans of action that must be reviewed every six years.

The EU Marine Strategy Framework Directive was transposed into Maltese legislation through the publication of the Marine Policy Framework Regulations, 2011, as amended (S.L. 549.62). The Regulations establish the Office of the Prime Minister (OPM) as the Competent Authority, which co-ordinates the strategic approach and policy direction for the implementation of the Directive. In accordance with these Regulations, other bodies may be designated as the Competent Authority for different provisions and different purposes of these regulations. Within this context, OPM has entrusted the Environment and Resources Authority (ERA) with the technical implementation of the Directive. In January 2012, OPM, whilst retaining its role as Competent Authority, delegated its tasks to the Ministry responsible for the Environment.

 

In accordance with Article 69 of the Environment Protection Act (Cap. 549), the Environment and Resources Authority (ERA) has compiled comprehensive lists that include protected areas, habitats and species, as well as lists of detrimental species, and conservation orders. These lists also refer to the respective subsidiary legislation under Cap. 549, ensuring that all relevant information is easily accessible for reference.

The list of protected areas includes a comprehensive list of protected sites, which have been designated to ensure the protection of their biodiversity and natural habitats. The list is compiled based on protected sites in accordance with the provisions of Cap. 549. The list of protected areas can be accessed through this link.

The list of protected habitats includes a diverse range of ecosystems, from terrestrial woodlands and coastal dunes to freshwater and marine habitats. To ensure the protection of these areas, certain sites are designated as Special Areas of Conservation (SACs). However, it is important to note that not all habitats listed in Schedule I of the Flora, Fauna and Natural Habitats Protection Regulations (S.L. 549.44) are automatically protected, as sites must demonstrate a certain degree of ecological significance and contribute to both national and European biodiversity to qualify for designation as SACs. The list of protected habitats can be accessed through this link.

The list of protected species consolidates all species that are afforded legal protection through a comprehensive framework of subsidiary legislation, and it includes terrestrial, freshwater, and marine species. Species protection is subject to the Competent Authority’s opinion on potential damage or adverse effects, and certain exceptions apply as specified in relevant notices, Orders, or Plans. The list of protected species can be accessed through this link.

The groups of protected species list includes certain groups of species, including all endemics (unless explicitly exempted in Schedule X of S.L. 549.44), that are protected in their entirety under the relevant legislation. As defined in S.L. 549.44 (vide Regulation 3), endemic species are defined as those species found in Malta and which are either species of biogeographical importance or species whose native distribution range is limited to Malta only or to the Central Mediterranean region only.  This region includes Sicily and circum-Sicilian islands (including Pantelleria and the Pelagian Islands), the Maltese Islands and islands off Tunisia. Such endemic species also include potentially endemic species whose taxonomic status or identity requires further analysis. The groups of protected species list can be accessed through this link.

The list of species detrimental to the environment includes a variety of trees, shrubs, plants, animals and algae that are legally prohibited. These species include invasive, alien or environmentally incompatible species. The list of species detrimental to the environment can be accessed through this link.

The list of conservation orders includes a list of Government Notices through which conservation orders have been established to safeguard areas of ecological and scientific importance such as national and international SACs. Conservation orders provide legally binding measures to ensure the protection and management of habitats and species within these designated sites. The list of conservation orders can be accessed through this link.

Links to biodiversity registers:

Links to relevant legislation:

Links to relevant Government Notices:

 

Sponges

Sea Sponge

English  Marine sponge

Maltese  l-isponoż tal-baħar

Sponges feed through filtering water at a high rate.  Sponges filter the water for small organisms such as algae and bacteria, which then are consumed.

Sponges may reproduce sexually and asexually, and most sponges are both male and female. The ‘male’ sponge would release sperm into the water, which would travel and then enter a ‘female’ sponge. After fertilisation in the sponge, a larva is released into the water. It floats around for a few days and then sticks to a solid underground to begin its growth into an adult sponge.  Asexual reproduction occurs when a small piece of the sponge breaks off but is still able to survive and grow into another sponge. Sponges are also able to repair damage to their bodies.

Cnidaria

English  Sea fir

Scientific  Aglaophenia ssp.

Forty species of sea firs are found in Maltese waters. These feather-like organisms, which are in fact a colony of several tiny individuals, are difficult to identify on a species-level.

Ranging from a few millimetre to several centimetres in length, the colony filters the surrounding water for other tiny organisms to feed on. Like their close relatives – jellyfishes – sea firs have stinging cells to catch their prey and defend themselves from predators.

English  Star coral, Orange coral

Maltese  il-qroll tad-dell

Scientific  Astroides calycularis

The star coral is a protected species, endemic to the Mediterranean. This animal grows in shallow, shady coastal waters where it uses its tentacles to feed on tiny organisms from the surrounding water. Such feeding mode makes this species very sensitive to pollution. Recent research has shown that the polyps (individual specimens) also work together to catch pelagic jellyfish to feed on them.

English  Cup coral

Scientific  Polycyathus muellerae

The cup coral is a shallow water coral that produces a cup-like calcium carbonate external skeleton. It most often occurs in dark, shady areas such as caves, away from light.  This species does not form reefs, but forms large complex colonies.  Members of this species can reproduce both sexually and asexually.

English  Solitary sunset cup coral

Scientific  Leptosammia pruvoti

This coral, which lives in shaded habitats, is a solitary coral, and hence does not form colonies.  This species can reproduce both sexually, through interaction of two different solitary corals, or asexually through the break-off and development of a coral part from one single polyp.   They feed on plankton that flows in their vicinity, and colouration of the coral is possibly due to the nutrients extracted from their food.  The maximum estimated lifespan is of 13 years.

Marine Worms

English  Mediterranean fanworm

Maltese  il-ħanex tal-fjuri

Scientific  Sabella spallanzanii

This species is very diverse in the habitats it can occur in, ranging from sandy areas close to Posidonia beds to rocky surfaces.  However, it is always found away from direct sunlight.  This species is sensitive to touch, to which it reacts by closing up and pulling the tentacles into the tube. This tube is made of calcium carbonate and serves the worm as housing and protection from predators. It feeds on plankton and particles in the water by using the crown for filter feeding.

English  Delicate coral worm

Scientific  Filograna implexa

This species of marine worm is one of the most delicate species of sea worms.  It grows in large intertwined colonies reaching 15 cm in diameter.  The body rests inside the tube and is an orange colour.  The tubes – which are 1 to 2mm in diameter – are calcareous and act as protective structures.  The tentacles that extend out of the tube are used for feeding.  This species is commonly found on rocky reefs.

English  Bearded fireworm

Maltese  il-busufu

Scientific  Hermodice carunculata

The bearded fire worm is very common and is an active predator on reefs, feeding on smaller invertebrates including nudibranchs and sea squirts.  It can grow quite large, reaching 30 cm in length.  Its segmented, slender body can be either a pale golden colour or iridescent red with tufts of white hairs on the edge of each segment on both sides.  If disturbed by touch, the white hairs can easily penetrate the skin, causing severe irritation.

Echinoderms

English  Sea cucumber

Maltese  il-bużżu tal-baħar

Scientific  Holothuria sanctori

Sea cucumbers are benthic species, meaning species associated with sea bottoms. This species is associated with sandy seabed, but can also be found near seagrass beds and on rocky reefs.

They have thin calcium spines sitting on and within their skin as protection against predators. They are so called “suspension feeders” – preying on smaller animals found in sand or gravel. Sea cucumbers are important for bioturbation of sediments: as they sift through the sediment, trapped oxygen as well as nutrients are released into the water column.

English  Black sea urchin

Maltese  il-patri

Scientific  Arbacia lixula

This species is common in the western and central Mediterranean, and can be found in shallow waters from 0 to 30 meter. The species is a herbivore feeding mainly on coralline algae on rocky reefs.  It therefore plays an important role in the ecosystem by controlling algal growth. Fish that prey on these sea urchins include for example sea breams.

English  Long-spined urchin, hatpin urchin

Maltese  ir-rizza tax-xewk twal

Scientific  Centrostephanus longispinus

This species of sea urchin has poisonous spines that can cause a painful sting.  The spines, which can reach up to 30 cm in length, are mobile and used for locomotion. The Hatpin urchin feeds on algae and is an important species to control algae growth in the reef.

Reproduction is sexual and external.  During the breeding season, it is possible to observe groups of male and female individuals.  Each one then emits its gametes in the form of clouds, in response to pheromone (sexual hormones) emissions. Juvenile growth is 12 mm every year and juvenile appearance is very different from the adult formation. This species is under strict protection.  Thus, this species cannot be damaged or collected.

English  Purple starfish

Maltese  l-istilla tal-baћar, salib il-baћar ħamra, l-istilla

Scientific  Ophidiaster ophidianus

Despite its name, the colour of this starfish species can vary from purple, to orange or red sometimes with darker purple patches. This species, which can grow in size up to 40 cm, has 5 long arms extending out of a small central disc. If an arm is bitten off, the violet starfish can quickly regenerate it.  Spawning occurs between August and October; however, reproductive cells may be released throughout the entire year for this species. The violet starfish feeds on rock smaller encrusting organisms, crustaceans, small fish, detritus and other organic material. This species is strictly protected. Therefore, this species cannot be collected or damaged in any way.

Crustaceans

English  Hermit crab

Maltese  il-granċ tal-fond

Scientific  Dardanus sp.

This species of hermit crabs appears in bright orange/red colours. As the names indicates, the hermit crab uses shells of other species as cover and home. While growing, hermit crabs have to change shells several times during their lifespan, leading them to spend much time searching for new ones.  Empty shells should therefore be left in the sea and not be collected.

English  Common prawn

Maltese  il-gamblu tal-gangmu

Scientific  Palaemon serratus

This shrimp is a global species, which means that it can be found in different parts of the world. Its lifespan ranges from 2 to 5 years. The difference in lifespan can be due to the variations in water temperature, with individuals in warm waters having shorter lifespans. Sexual maturity is acquired early in their life cycle, with males reaching sexual maturity in the first 7 months and females within the first 10 months. Females are generally larger and heavier than males. Members of this species feed on edible detritus and Opossum shrimps. The common shrimp reproduces sexually, with development in the female being the controlling factor as to when this happens. Egg development is affected by water temperature, with slower development rates in cold waters than warmer ones.

English  Golden coral shrimp

Scientific  Stenopus spinosus

These small crustaceans are commonly encountered in shallow waters. They are easy to identify due to their intense yellow to orange coloration with white claws and antennae. Individuals of this species move very slowly, often being described as undertaking majestic movements, even in the face of danger.  To acquire food, this species scavenges and are often seen acting as fish cleaners, eating material off fish’s bodies. Golden coral shrimps have separate sexes thus are either male or female. Prior to reproduction, a courtship ritual is common, mainly involving smell and touch.

English  Common spiny lobster

Maltese  l-awwista

Scientific  Palinurus elephas

The spiny lobster may vary in colour from typically orange colouration to brown, sandy or purple colours. Males are known to be sexually mature when their hard shell is roughly 8.5cm long, while females have a carapace between 7 and 8 cm long at maturity.

Lobster typically feed on echinoderms, small gastropods and bivalves, microalgae, shrimp larvae, bryozoans, annelids.

They can very clearly sense the presence of their predator, the common octopus, by detecting the smell of this species.

Molluscs

English  Noble pen shell, fan mussel

Maltese  in-nakkra, in-nakkra tal-ħarira

Scientific  Pinna nobilis

This species can only be found in the Mediterranean and is the largest bivalve in this Sea. Its shell can reach up to 1 m in height. It occurs in sandy coastal areas, usually associated with Posidonia oceanica meadows and can live at depths of 60 m. Due to the rapid decline of this species because of different pressures, including collection for ornamental purposes, anchoring and pollution, this species is strictly protected. If encountered, this species should not be damaged, touched or detached from the substratum to which it is attached.

English  Triton snail

Maltese  il-bronja tal-midħna, il-bronja tal-fond

Scientific  Charonia lampas

This species is a large predatory snail that feeds on starfish. Its beautiful shell has been traded by humans for many years, contributing to a population decrease. Nowadays sightings are rare. This species is strictly protected and should not be touched, picked or disturbed in any way.

English  Mediterranean cowrie, brown cowrie

Maltese  il-baћbuћa tal-gћajnejn

Scientific  Luria lurida

The shells of the Mediterranean cowrie are brown (sometimes reddish) in colour and with two white bands on its dorsal surface alternating with the darker, wide bands. They can be found on rocky shores, feeding on sponges, mainly during the night. This is because the species is not well adapted for high light levels and thus during the day are usually found in shaded, dark places. The Mediterranean cowrie is one of national interest and is placed under strict protection. Shells should not be picked and the general habitat should not be damaged.

English  Dotted sea-slug, snail cow

Scientific  Peltodoris atromaculata

The dotted sea slug is commonly found in dark shaded areas such as cave walls and ceilings. It occurs down to 40 m depths and is commonly associated with the sponges on which it feeds exclusively. The distinct coloration is a defence against potential predators.

English  Tricolor doris

Scientific  Felimare tricolor

This Mediterranean nudibranch is characterised by a blue coloration over its entire body, with dark blue, short sensory structures with white tips on its head. These structures provide the organism with information relating to its surroundings while allowing it to taste and smell too. The blue, tube-like structure on the other end are its gills.

This species feeds on a range of sponges, and can be found at depths of up to 50 to 60 meters.

English  Red papillae dorid

Scientific  Diaphorodoris papillata

Specimen of the red papillae dorid are relatively small with a maximum of 10 mm in length. The red papillae dorid has a white body with a yellow border enclosing and thus marking the backside for this animal. Long, thick, hair-like structures referred to as papillae occur within the yellow border, and are of a bright red coloration. Two sensory structures, white in colour, are present at the tip of the organism’s head. As in other nudibranchs, the gills are exposed, located at the posterior end of the organism.  Organisms are hermaphrodites, and reproduction occurs at the beginning of summer.

English  Common cuttlefish

Maltese  is-siċċa

Scientific  Sepia officinalis

Sepia spp. commonly known as cuttlefish are masters of camouflage, changing their skin coloration and texture to escape from predators or communicate with other cuttlefish. Despite this, cuttlefish are actually colour-blind. These organisms are hard to spot and are very fast swimmers, escaping danger efficiently. Spawning can happen all year around. The male passes its sperm to the female, which then produced fertilised, oval eggs that are deposited on the seabed. Similar to their close relatives, octopuses, they have a relatively short life span of 1 to 2 years.

English  Common octopus

Maltese  il-qarnita

Scientific  Octopus vulgaris

Octopuses are found in a variety of habitats, such as rocks, reefs, and seagrass beds. They are very intelligent and have problem-solving abilities. They can also change colour, skin texture and shape instantaneously, and regenerate missing arms at will.

Females tend to reach maturity during months April to August with approximately 500-gram weight, while males reach it earlier at about 300 grams. Octopus only reproduce once. The females guard the fertilised eggs until they hatch and then dies. Their lifespan is therefore very short – around 12 to 15 months. This implies that such species is sensitive to fishing pressure.

English  Striped blenny

Maltese  il-budakkra

Scientific  Parablennius rouxi

Striped blenny adults – which are around 8 cm long – can be found in shallow water on rocks and pebbles. They feed on a mixture of algae, small organisms and organic matter. Males inhabit narrow holes; they court by nodding, jumping out of hole and back again and swimming in a vertical position. Females lay eggs in the males’ resident holes; the eggs are attached to the substrate by an adhesive pad or pedestal. The male then protects and defends the eggs until they hatch.

English  Ornate wrasse

Maltese  il-lhudi

Scientific  Thalassoma pavo

This wrasse is one of the most ornately decorated fish that one can encounter in the Mediterranean Sea.  It can grow up to 20 cm and has various colorations throughout its growing phase. This species lives in shallow, warm waters close to the coast. It feeds on small worms and crustaceans, being an active predator during the day while sleeping at night, typically buried in the sand. It forms large groups during spawning, when fish release fertilised eggs into the water column. It is very easy to distinguish between males and females: both sexes are characterised by beautiful colouring patterns, but only females have wide, distinctive stripes across their entire body. Interestingly all ornate wrasses are born female and are able to change their sex to male, when the need arises.

English  Dusky grouper

Maltese  iċ-ċerna

Scientific  Epinephelus marginatus

Groupers are a commonly found in rocky reefs and close proximity to caves in Malta. Depending on their size, they feed on different marine organisms. Smaller grouper prefer crustaceans. When growing they then switch their preference to cephalopods (squids, octopus, cuttlefish). Larger specimen prefer smaller fish.  Groupers are known to live for over 50 years.

In Malta, it is not allowed to catch the dusky grouper if smaller than 45 cm in length. This is in order to allow the grouper to reproduce. This grouper species undergoes a transition from female to male once a certain size is reached (approx. 80 cm). During the reproductive period, males establish territories, which they defend aggressively against other male dusky groupers and other fishes. One male will mate with several females during this period. In the Mediterranean, spawning happens around June to August, and hence groupers should especially not be disturbed during this time.

English  Flying gurnard

Maltese  il-bies

Scientific  Dactylopterus volitans

The characteristic feature for the flying gurnard is their enlarged fins. These are displayed when the organism perceives danger. They also act as “legs” allowing the fish to “walk” over the sediment in search for food, mainly crustaceans and other small invertebrates. The mating season of flying gurnards is in summer, from May to July. Prior to mating, male and female “dance” together by swimming in circles behind each other and occasionally flapping their fins on the sand.

English  Painted comber

Maltese  il-burqax

Scientific  Serranus scriba

The painted comber can instantly be recognised due to its unique coloration with distinct markings around the face and broad bands on its body. The facial markings and bands are a bright orange-red colour that may appear dark brown at night, and are wider and darker towards the tail. This species occurs in shallow waters particularly rocky reefs filled with holes, which provide both protection and food, such as small crustaceans, fishes and worms. This species can also be found within Posidonia beds. Spawning occurs from January to September with a peak in June.

English  Parrot fish

Maltese  il-pappagall, il-marzpan

Scientific  Sparisoma cretense

Parrot fish specimens are more common on the eastern coast of the archipelago than on the western coast. This species shows great variance in morphology between males and females: males have a blue-grey shiny colouration while females are overall a bright orange-red. This species of fish is found in depths which do not exceed 50 m and can be seen feeding on algae that grows on rocks or corals and small invertebrates, during the day. These fish play a key role in controlling algal growth.

English  Small red scorpionfish

Maltese l-iskorfnott, l-iskorfna tat-tebgħa

Scientific  Scorpaena notata

The red scorpion fish gets its name from the small spiny rays on its head that resemble scorpion spines and are poisonous. These fish are associated with rocky coastal habitats, but can also be found at depths of up to 700 m. The small red scorpion fish usually feeds on crustaceans and small fishes. Males and females form reproductive aggregations, but otherwise tend to live solitary lives.

English  Pearly razorfish, cleaver wrasse

Maltese ir-rużetta

Scientific  Xyrichthys novacula

This curious species has a large head, which is rounded. During the summer months, it is encountered at depths between 1 and 20 m, while in winter it migrates to greater depths. This species quickly flees danger or disturbance by burrowing itself into the soft sediment.

English  European finless eel

Maltese  il-gringu bla ġwienaћ

Scientific  Apterichtus caecus

This species of eel is known for burrowing in sand or mud, most typically in fine sand. This species can reach a 1 m in length. As the name implies, this species lacks any fins.

The European finless eel occurs at depths of 1 to 85 m.

English  Long-snout sea horse

Maltese  żiemel il-baћar ħalqu twil

Scientific  Hippocampus guttulatus

Seahorses go through life having one single mate, and reproduction is different to many other animals. They undergo a complex mating-dance, which occurs every morning for a number of days, typically with tails intertwined. When ready, the female deposits her eggs through a tubular protrusion into the male’s brood pouch. Shortly after, the male gives birth to numerous (can be thousands) of fully independent offspring, by which time the female has her eggs ready for another reproductive cycle, which occurs immediately after. Seahorses do not provide their young with parental care, which is why they produce a large number of offspring.

Sea horses feed on small shrimp and other tiny plank-tonic crustacean, picking at them with them long snouts, sucking them into their mouth.

This species prefers seagrass habitats and often has algal bits growing on their body, which enhances their camouflage capability. These species are very delicate and are strictly protected; they should not be touched, picked, chased or hurt in any way.

English  Mediterranean moray eel

Maltese  il-morina

Scientific  Muraena helena

Moray eels have an elongated, snake-like bodies and swim in the water through undulations that travel throughout their body. The Mediterranean moray eel can reach a length of 1.5 m.  Males reach maturity at approximately 80 cm long and females at approximately 78 cm long.

Morays are often found hiding in small crevices and caves during the day. They usually come out at dusk or dawn to hunt for smaller marine organisms. Their diet varies in relation to the depth at which they live and includes octopus, crustaceans and fish.

English  Common eagle ray

Maltese  l-ajkla

Scientific  Myliobatis aquila

Common eagle rays can be found in shallow bays, but also occur offshore at depths below 500 m.

Eagle rays are often encountered in groups, searching muddy or sandy seabed for crustaceans, molluscs and small fish.

Depending on the region, the maximum length, size at maturity and reproduction phase can vary. For the Mediterranean, this ray reaches about 1.5 m in disc width and 2.6 m total length, with females being mature at about 60 cm disc width and males at 40 cm. After mating, the females have a gestation period of about 6-8 months, after which they give birth to 3-7 pups that hatch inside their uterus from egg capsules before “being born” into the sea.

Reproduction takes place between September and February.

Striped dolphin Stenella coeruleoalba jumping at sea

English  Striped dolphin

Maltese  stenella

Scientific Stenella coeruleoalba

Morphology Distinct and striking coloration pattern, which includes bold, thin stripes that extend from the eye to the flipper and another set of stripes down the side of the body.

Cetaceans are one of the most distinctive and highly specialised orders of marine mammals that include whales, dolphins and porpoises. Sightings of different species of whales and dolphins were recorded in the past years in the Maltese Islands; however, the species which are regularly sighted in Maltese waters are the bottlenose dolphin, the common dolphin, and the striped dolphin.

These animals are migratory, passing through Maltese waters particularly during summer months, when they are often sighted from boats, and are typically observed in groups of several individuals, referred to as pods. As is the case for all marine mammals in the Mediterranean, these species are strictly protected. They should not be chased or disturbed when encountered.

English  Bottlenose dolphin

Maltese  id-denfil ta’ geddumu qasir

Scientific  Tursiops truncatus

Morphology Grey in coloration with lighter bands on its sides and a white abdomen.

These species are top-level predators, meaning that they play a key role in maintaining balance in the ecosystem. In fact, there are several EU and regional obligations targeting the protection of these species. Specifically, Malta is a member of the Agreement on the Conservation of Cetaceans of the Black Sea, Mediterranean Sea and contiguous Atlantic area (ACCOBAMS), which is a legal conservation tool with the aim to reduce threats to cetaceans by carrying out research studies and improving current knowledge on these animals. Given the migratory characteristics of these species, the Agreement was established under the auspices of the Bonn Convention (UNEP/CMS).

Malta has also designated a number of marine protected areas in the Natura 2000 network  in view of their importance for the bottlenose dolphin and the loggerhead turtle.

Pair of common dolphins Delphinus delphis

English  Common dolphin

Maltese  Denfil komuni

Scientific  Delphinus delphis

Morphology Its light coloration and the fact that it is easily seen above the water surface, makes it easier to be distinguished from other species of cetaceans. The “hourglass” pattern on both sides of the body also makes its identification easier.

English  Loggerhead turtle

Maltese  il-fekruna komuni, il-fekruna tal-baħar

Scientific  Caretta caretta

The loggerhead sea turtle is one of the five species of turtles that occur in Mediterranean waters. This species, unlike the other four, occurs frequently in Maltese waters. There have also been occasional sightings of the leatherback turtle in recent years.

Loggerhead turtles feed on a variety of crustaceans, cephalopods and smaller fish. The loggerhead turtle can take between 23 to 29 years to reach maturity, and can live up to 45 years. To undertake breeding, loggerhead males and females undergo migrations between feeding grounds and nesting grounds with the migration intervals for females being longer than those undertaken by males.

This species is protected across the Mediterranean. Three marine protected area have been designated in Maltese waters based on the presence of loggerhead turtles and bottle-nose dolphins.

Leatherback turtle on beach

English  Leatherback turtle

Maltese  il-fekruna is-sewda

Scientific Dermochelys coriacea

Scopoli’s Shearwater Calonectris diomedea flying close to sea surface

English Scopoli’s Shearwater

Maltese  Ċiefa

Scientific  Calonectris diomedea

The Maltese archipelago attracts birds crossing between the two continents in their spring and autumn journeys. Malta thus hosts internationally important bird species throughout their migration and breeding seasons. Among these are three species of seabirds for which Malta is deemed to be an internationally important breeding location: the Scopoli’s Shearwater (Calonectris diomedea); Yelkouan Shearwater (Puffinus yelkouan); and the Mediterranean Storm Petrel (Hydrobates pelagicus). Aggregations of seabird species are regularly observed on coastal waters during spring and autumn migrations or during winter.

Coastal cliffs and screes, which predominate along the Southwestern coast of the Maltese Islands, provide shelter and a breeding habitat. Scopoli’s Shearwater breed along the western cliffs of Malta and Gozo with several other less extensive colonies on Filfla, the east cliffs of Comino and Rdum tal-Madonna. A majority of colonies of Yelkouan Shearwater span small sections of cliffs and are focused in the north of Malta, south of Gozo, Comino and Cominotto. The Mediterranean Storm Petrel is a highly localised breeder in Malta, with the island of Filfla being the stronghold of this species in the Maltese Islands. Several smaller colonies exist in sea-caves at Għarb, Ta’ Ċenċ and Rdum tal-Madonna.

These three species are ‘pelagic-feeding birds’, which means that they spend a significant part of their life on the open ocean, only returning to land to nest and breed. In total, eight marine areas within Malta’s Fisheries Management Zone have been designated as Special Protected Areas in view of their importance for these protected seabirds during their breeding season.

Protected Species