A small coral fragment on a nursery line can look like the beginning of a simple success story. The more interesting questions come afterwards: is it alive, is it growing, where will it go, and what would count as recovery for the wider reef? This guide teaches 100 English coral restoration vocabulary words so that you can understand those questions and explain the evidence clearly.
Mauritius offers a useful setting because its oceanographic and fisheries institutions have documented coral-culture and reef-rehabilitation work involving coastal communities. Their accounts connect nurseries with maintenance, monitoring and livelihoods. This is one area of environmental work within a diverse island society, not a claim that every Mauritian community has the same relationship with the sea or that every project has succeeded.
Learn the words in connected groups: coral biology, reef conditions, restoration work, monitoring and communication. Then use the invented monitoring exercise to distinguish survival from growth and a project output from ecological recovery. “Top 100” is a curated learning list, not a measured frequency ranking. Examples and dialogue are fictional teaching scenes; they do not invite readers to collect, cut, move or handle coral.
Choose the reef question you want to answer
Follow one route now and return for another. Aim for an explanation you can use, rather than a perfect recital of technical terms.
Three questions that prevent bigger mistakes
Is coral a plant, an animal or a kind of rock? Reef-building corals are animals whose polyps can form colonies and produce hard skeletons. The reef itself is a larger structure and ecosystem. If those categories are uncertain, start with group 1 and draw a polyp, a colony and a reef at three different scales.
Does bleaching mean that a coral is already dead? No. NOAA explains that bleaching involves disruption of the relationship with symbiotic algae and loss of colour under stress. A bleached coral may recover, while prolonged stress can lead to death. Practise distinguishing a colour observation from a mortality conclusion.
Does planting many fragments prove that a reef has recovered? It establishes an activity or output, not the whole outcome. Ask what was measured, when, across what area and against which goal. A learner who knows outplanting but cannot explain this distinction needs monitoring language as much as biology.
Contents: choose your word group
Worked example · Country context · Practice · Speaking and writing · Questions · Sources
Establish the living organism before the project vocabulary begins. Keep the scale clear: a polyp is not the entire reef.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 1 | Coral | A marine animal of the group that includes reef-building forms; many live in colonies. | reef-building coral | The learner corrected the caption so that coral was described as an animal. |
| 2 | Polyp | An individual animal unit in many corals, with a mouth surrounded by tentacles. | coral polyp | The diagram enlarged one coral polyp before showing the whole colony. |
| 3 | Colony | Connected coral polyps living together in a shared structure. | coral colony | The photograph showed a coral colony rather than a single enlarged polyp. |
| 4 | Skeleton | The hard supporting structure produced by many corals; distinct from living tissue. | calcium-carbonate skeleton | The teacher separated the skeleton from the tissue covering it. |
| 5 | Tissue | Living cellular material forming part of an organism. | living tissue | The monitoring note described the condition of the living tissue. |
| 6 | Tentacle | A flexible projecting structure used by a polyp in feeding and other functions. | polyp tentacles | The drawing labelled the tentacles around the mouth. |
| 7 | Symbiosis | A close association between different organisms; it covers several relationship types. | coral-algal symbiosis | The lesson discussed symbiosis without calling the two organisms identical. |
| 8 | Symbiont | An organism living in a close association with another organism. | algal symbiont | The algal symbiont was represented separately from the coral animal. |
| 9 | Photosynthesis | Using light energy to make organic substances from carbon dioxide and water in photosynthetic organisms. | algal photosynthesis | The explanation linked algal photosynthesis with the coral’s biological partnership. |
| 10 | Ecosystem | A community of organisms, its physical environment and their interactions. | reef ecosystem | The class asked what recovery would mean for the reef ecosystem beyond planted corals. |
Many reef-building corals have photosynthetic partners in their tissues. That relationship does not turn the coral animal into a plant.
Restoration can involve different ways of producing or growing corals. The biological route affects how we describe individuals and diversity.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 11 | Spawning | Release of reproductive cells into water by aquatic organisms. | coral spawning | The documentary excerpt introduced coral spawning as a reproductive event. |
| 12 | Gamete | A reproductive cell, such as an egg or sperm. | release gametes | The diagram showed gametes before fertilisation rather than labelling them larvae. |
| 13 | Fertilisation | The joining of reproductive cells to begin development of a new organism. | successful fertilisation | The learner placed fertilisation before the illustrated larval stage. |
| 14 | Larva | An early developmental stage differing from the adult; plural larvae. | coral larva | The coral larva appeared between fertilisation and settlement in the simplified diagram. |
| 15 | Settlement | Attachment of a larva to a suitable surface before a bottom-associated life phase. | larval settlement | The research question concerned larval settlement on the supplied surfaces. |
| 16 | Recruitment | Addition of new individuals to a population at a study’s defined observation stage. | coral recruitment | The report defined the size and stage counted as coral recruitment. |
| 17 | Fragmentation | Division of a coral into pieces that may grow as separate colonies. | coral fragmentation | The source described fragmentation as one route used in coral gardening. |
| 18 | Clone | A genetically identical or very similar copy produced asexually; mutations can introduce differences. | clonal fragment | The student asked whether the fragment was a clone of the donor colony. |
| 19 | Genotype | The genetic constitution of an organism or genetic individual. | different genotypes | The worksheet distinguished different genotypes from separate fragments. |
| 20 | Genetic diversity | Variation in genetic characteristics within a group or population. | maintain genetic diversity | The briefing asked how the project planned to maintain genetic diversity. |
A hundred fragments are not necessarily a hundred different genotypes. Counting pieces and counting genetic variety answer different questions.
A reef is a physical setting as well as a community. Learn these terms in pairs: water and substrate, depth and light, shelter and exposure.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 21 | Reef | A submerged or partly exposed structure near the water surface; specify coral reef here. | coral reef | The map distinguished the coral reef from the beach and lagoon. |
| 22 | Lagoon | Coastal water separated partly or largely from open water by a barrier such as a reef. | coastal lagoon | The map did not label the lagoon as identical to the entire reef. |
| 23 | Substrate | The surface or material on which an organism lives or attaches. | stable substrate | The report identified stable substrate as relevant to the restoration plan. |
| 24 | Benthic | Relating to the bottom of a water body and its associated organisms. | benthic community | The survey described the benthic community along the observation line. |
| 25 | Depth | Vertical distance below a stated surface or reference level. | survey depth | The monitoring sheet recorded survey depth alongside location. |
| 26 | Turbidity | Water cloudiness caused by suspended material; not every kind of pollution. | high turbidity | The observer explained how high turbidity limited visibility. |
| 27 | Sedimentation | Settling and accumulation of particles from water or air. | sedimentation rate | The project question concerned sedimentation near the selected site. |
| 28 | Current | Directed water movement; distinct from a wave passing through it. | water current | The fictional briefing noted the current before discussing the observation route. |
| 29 | Exposure | The degree to which a site experiences conditions such as waves or disturbance. | wave exposure | The comparison considered wave exposure as one difference between sites. |
| 30 | Habitat | The environment in which an organism lives. | reef habitat | The student described reef habitat as more than a platform for transplanted corals. |
Lagoon and reef are related landscape terms, not synonyms. Describe the particular location named in a source.
These terms explain professional activities in restoration accounts. They are not instructions for unsupervised fieldwork.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 31 | Restoration | Assisting recovery of a degraded ecosystem; goals and methods should be explicit. | ecological restoration | The briefing defined the restoration goal before listing activities. |
| 32 | Rehabilitation | Improving ecosystem functions or condition without necessarily restoring a previous state fully. | reef rehabilitation | The source used reef rehabilitation for work to improve degraded sites. |
| 33 | Nursery | A managed setting where corals are grown or maintained before another stage. | coral nursery | The coral nursery required records and maintenance as well as installation. |
| 34 | Donor | An organism or source providing material for propagation; technical context. | donor colony | The record linked each fragment to its donor colony. |
| 35 | Fragment | A piece separated from a larger coral; not necessarily a distinct genetic individual. | coral fragment | The coral fragment received an identifier in the invented monitoring exercise. |
| 36 | Propagation | Producing or increasing organisms through reproductive or growth methods. | coral propagation | The class compared different routes of coral propagation. |
| 37 | Outplanting | Moving nursery-grown corals to a recipient reef site for restoration. | monitor outplanting | The report treated outplanting as a stage followed by monitoring. |
| 38 | Attachment | Connection of an organism or object to a support or surface. | secure attachment | The observer recorded whether the attachment remained intact. |
| 39 | Acclimatisation | Adjustment to changed environmental conditions; acclimatization is American spelling. | gradual acclimatisation | The discussion distinguished acclimatisation from guaranteed survival. |
| 40 | Recipient site | A location receiving organisms moved as part of an intervention. | assess a recipient site | The exercise asked what evidence was needed to assess a recipient site. |
Outplanting is a step. Later monitoring asks whether organisms persist and whether the intervention contributes to its ecological goals.
Projects need repeatable routines as well as an initial installation. Maintenance matters even when it makes a less dramatic photograph.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 41 | Maintenance | Routine work keeping a system functioning as intended. | nursery maintenance | The project account included nursery maintenance among recurring tasks. |
| 42 | Biofouling | Accumulation of organisms on a submerged surface or structure. | monitor biofouling | The fictional team recorded biofouling on the nursery structure. |
| 43 | Algae | A diverse group of photosynthetic organisms; their ecological roles vary. | algal growth | The note specified surface algae rather than confusing them with internal symbionts. |
| 44 | Tag | A marker used to identify an item or organism. | identification tag | The identification tag connected the image with the monitoring record. |
| 45 | Transect | A line or strip along which observations follow a stated method. | survey transect | The team compared observations along the same transect at two times. |
| 46 | Quadrat | A defined sampling area, often marked by a frame. | sampling quadrat | The worksheet counted observations within the sampling quadrat. |
| 47 | Slate | A writing surface used for underwater notes; a fieldwork sense. | underwater slate | The observer copied the identifier onto an underwater slate. |
| 48 | Sensor | A device detecting or measuring a physical property. | temperature sensor | The temperature sensor provided a record with a stated sampling interval. |
| 49 | Calibration | Checking or adjusting an instrument against a reference. | sensor calibration | The methods note stated when sensor calibration had been checked. |
| 50 | Protocol | A specified method or set of procedures for consistent work. | monitoring protocol | The class asked whether both teams followed the same monitoring protocol. |
A tag links an organism to a record only when the identifier is entered consistently. Clear photographs still need clear records.
These terms describe conditions affecting corals. Avoid diagnosing the cause of a change from a single photograph.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 51 | Bleaching | Loss of colour associated with disruption of the coral-algal partnership; not necessarily death. | coral bleaching | The learner distinguished bleaching from confirmed mortality. |
| 52 | Thermal stress | Biological stress associated with temperature outside a suitable range. | thermal stress | The report did not claim thermal stress explained every observed change. |
| 53 | Marine heatwave | A sustained period of unusually high ocean temperature relative to a local baseline. | prolonged marine heatwave | The lesson explained why a marine heatwave needs a time and baseline definition. |
| 54 | Acidification | A decrease in pH; ocean acidification does not mean seawater is below pH seven. | ocean acidification | The teacher clarified ocean acidification before discussing reefs. |
| 55 | Runoff | Water flowing over land into water bodies, potentially carrying sediment or pollutants. | land-based runoff | The diagram connected runoff with questions about coastal water quality. |
| 56 | Pollutant | A substance harmful to environmental quality at relevant concentrations or conditions. | reduce pollutants | The plan distinguished reducing pollutants from increasing coral numbers. |
| 57 | Disease | A condition disrupting normal biological function; diagnosis requires evidence. | coral disease | The observer did not label the pale patch as coral disease without assessment. |
| 58 | Disturbance | An event or process disrupting ecosystem or organism condition. | physical disturbance | The report separated physical disturbance from subsequent recovery observations. |
| 59 | Resistance | Capacity to withstand a disturbance with limited change under defined conditions. | bleaching resistance | The study question concerned bleaching resistance in the tested conditions. |
| 60 | Resilience | Capacity to cope with disturbance and recover or reorganise while retaining important functions. | ecological resilience | The class asked which observations supported ecological resilience. |
Resistance concerns withstanding disturbance; resilience concerns coping and recovering or reorganising. Technical reports should specify their definitions and measures.
Counts, proportions, rates and changes require clear definitions, denominators and time periods.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 61 | Baseline | A documented starting condition or reference for comparison. | baseline survey | The baseline survey preceded the fictional intervention. |
| 62 | Survival | Remaining alive over a stated period; specify the group assessed. | fragment survival | The record reported fragment survival at the three-month visit. |
| 63 | Mortality | Death within a group or population during a stated period. | record mortality | The team recorded mortality separately from missing observations. |
| 64 | Growth | An increase in size, mass or another stated measure. | measure growth | The worksheet asked which measurement assessed growth. |
| 65 | Coverage | The proportion or extent of a surface occupied by a specified category. | live coral coverage | The report defined the area before presenting live coral coverage. |
| 66 | Abundance | The quantity of organisms in a stated area or sample. | fish abundance | The discussion separated fish abundance from the number of planted fragments. |
| 67 | Frequency | How often an event occurs or an observation is made. | monitoring frequency | The note gave monitoring frequency as one visit each month. |
| 68 | Sample | A subset selected for observation or analysis. | representative sample | The student asked whether the sample represented the wider site. |
| 69 | Replicate | An independently repeated experimental or sampling unit, defined for the study. | independent replicate | The exercise asked what counted as an independent replicate. |
| 70 | Uncertainty | A limit on knowledge, measurement or interpretation. | report uncertainty | The summary reported uncertainty about fragments that could not be relocated. |
Missing does not automatically mean dead. An observer may be unable to relocate a tag or assess a colony.
A project can complete its planned activities while still needing evidence of longer-term benefit.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 71 | Objective | A stated purpose or intended result. | restoration objective | The restoration objective was written before the activity list. |
| 72 | Target | A specified intended level or result; not proof of achievement. | monitoring target | The learner kept the target separate from the observed outcome. |
| 73 | Indicator | A measurable feature used to assess condition or progress. | ecological indicator | The report explained how the ecological indicator related to the goal. |
| 74 | Output | A direct product of an activity, such as installed structures or completed training. | project output | The number of installed nursery structures was reported as a project output. |
| 75 | Outcome | A resulting change; evidence and attribution still matter. | ecological outcome | The team needed follow-up observations to evaluate the ecological outcome. |
| 76 | Reference site | A comparison location selected for a stated purpose; not automatically an experimental control. | reference site survey | The reference site survey helped contextualise change. |
| 77 | Feasibility | Whether a proposal can realistically be carried out under relevant constraints. | assess feasibility | The group considered feasibility before expanding the proposed work. |
| 78 | Trade-off | A gain in one respect involving a loss or reduction in another. | management trade-off | The discussion named the trade-off instead of describing only benefits. |
| 79 | Adaptive management | Adjusting management using monitoring and learning. | adaptive management plan | The adaptive management plan explained how new observations could change decisions. |
| 80 | Ecosystem service | A benefit people obtain from ecosystems, such as coastal protection. | restore ecosystem services | The goal referred to ecosystem services as well as coral counts. |
A target is an intended result. An outcome is a change that occurred. Give each the right verb.
Institutions and communities may have different interests. Explain who participates and whose needs a project addresses.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 81 | Stakeholder | A person or group interested in or affected by a decision. | local stakeholder | The exercise asked which stakeholder perspectives were missing. |
| 82 | Community | People connected by place or shared relationships; they need not agree unanimously. | coastal community | The article did not assign identical priorities to every community member. |
| 83 | Participation | Taking part in activity or decisions; specify the form and influence. | meaningful participation | The class asked what participation involved beyond attending a meeting. |
| 84 | Consultation | Seeking and considering views before or during a decision. | community consultation | The record described consultation without assuming universal agreement. |
| 85 | Livelihood | The means through which people support daily life. | coastal livelihood | The discussion connected a coastal livelihood with environmental and economic conditions. |
| 86 | Training | Structured learning to develop knowledge or skills. | monitoring training | The institutional account described monitoring training within the programme. |
| 87 | Stewardship | Responsible care of resources and their future use. | marine stewardship | The presentation connected stewardship with informed action and long-term attention. |
| 88 | Partnership | Parties working together toward agreed purposes. | research partnership | The research partnership assigned different roles to participating organisations. |
| 89 | Accountability | Responsibility to explain actions, decisions and results to relevant people. | project accountability | Clear reporting supported accountability when results differed from targets. |
| 90 | Consent | Agreement given by an appropriately informed person or group in a relevant process. | informed consent | The interview exercise included informed consent before recording a participant. |
Participation is not established by a group photograph. Ask what people helped decide and what work they undertook.
These words support a concise briefing or a thoughtful question about environmental work.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 91 | Observe | To notice and record features or events. | observe a colony | The learner explained how to observe a colony without touching it. |
| 92 | Infer | To draw a conclusion from evidence and reasoning. | infer a cause | The teacher asked whether one photograph could establish enough evidence to infer a cause. |
| 93 | Compare | To examine similarities and differences on a stated basis. | compare survey results | The class checked methods and dates before trying to compare survey results. |
| 94 | Distinguish | To recognise or explain a difference. | distinguish survival and growth | The data helped learners distinguish survival and growth. |
| 95 | Quantify | To express something numerically using a defined measure. | quantify change | The report defined the measure before trying to quantify change. |
| 96 | Qualify | To refine or limit a statement so it fits the evidence. | qualify a claim | The writer used the short follow-up period to qualify a claim of success. |
| 97 | Attribute | To assign a cause or credit a source; specify the intended sense. | attribute a change | The discussion asked what evidence could attribute a change to the intervention. |
| 98 | Verify | To check a statement against appropriate evidence. | verify a count | A second check helped verify the count on the monitoring sheet. |
| 99 | Communicate | To convey information or meaning to an audience. | communicate uncertainty | The presenter tried to communicate uncertainty without dismissing the whole result. |
| 100 | Recommend | To propose action with reasons; different from describing an observation. | recommend further monitoring | The report could recommend further monitoring while stating its present findings. |
Name the uncertainty: “the follow-up period is short” is more useful than attaching a vague maybe to every sentence.
Ten fragments, several different answers
This is invented classroom data, not a Mauritius project result. Ten fragments were tagged at the start. At a later visit, seven were confirmed alive, one was confirmed dead and two could not be assessed because their tags could not be relocated. Of the seven confirmed alive, four had increased in the measured size and three had not. A real report would state the interval and size measure.
What can you say? Seven of the original ten were confirmed alive, one was confirmed dead, and two had unknown status. You cannot turn the unknown records into deaths merely to produce a neat percentage. Missing information is part of the result.
Seven out of ten is 70% of the original tagged set confirmed alive. Seven out of eight is 87.5% among assessed fragments. Both calculations can be described, but they answer different questions. Reporting 87.5% without explaining the unknowns could mislead readers.
Survival and growth also differ. Four fragments increased in the stated size measure. That is four of the seven confirmed living fragments, or four of the original ten. Choose a denominator and explain it. “Seven survived, therefore seven grew” is unsupported.
A model briefing is: “Seven of ten tagged fragments were confirmed alive at follow-up, one was confirmed dead, and two had unknown status. Four confirmed living fragments increased in the measured size. These observations describe this monitored set; they do not establish recovery of the whole reef.”
For an extension, suppose a later visit finds the two missing tags and both fragments alive. Record that later finding with its date. Do not quietly rewrite what was known at the earlier visit. A timeline of knowledge can be more informative than one final percentage.
Mauritius: restoration as continuing work
The Mauritius Oceanography Institute’s account describes a community-based coral-culture project begun in 2017 with the Albion Fisheries Research Centre. It discusses training, maintenance and monitoring, and expected outputs by the end of 2021. Those expectations should not be repeated as verified achievements in 2026.
The account offers a useful language contrast: established work, planned work and expected benefit. “The programme trained participants” needs evidence of completed training. “It aimed to improve livelihoods” describes a purpose. “Livelihoods improved” needs outcome evidence. Changing the verb changes the claim.
NOAA’s restoration tutorial describes nursery growth, fragmentation and planting while also discussing the wider ecosystem and water quality. Its general explanation helps readers understand methods. It does not prove identical results in Mauritius or show that transplantation removes all pressures.
The NOAA bleaching explanation, updated 23 September 2026, distinguishes bleaching from death. A photograph can show a pale colony; assessment of its condition still needs context. A cause should not be invented from colour alone.
An illustrative exchange: Student: “The nursery has more fragments. Is the reef restored?” Researcher: “That is one output. What would you measure on the reef?” Student: “Survival after outplanting and changes in live coral coverage.” Researcher: “Then ask how those measurements relate to the wider goals.”
Mauritius includes different islands, coastal settings, occupations and language experiences. A coral project cannot stand for everyone’s life. Name the documented location and role when discussing community work; do not assume all residents, fishers or researchers agree because they share a coastline.
Practice: recall, explain and revise
1. Separate polyp, colony and reef.
2. Repair: “A bleached coral is always dead.”
3. How many original fragments were confirmed alive?
4. Why could 87.5% be misleading alone?
5. Give an output and an outcome.
6. Question a claim of resilience.
7. Describe pale tissue without inventing a cause.
8. Recommend a next step for the invented data.
Answers and explanations
1. A polyp is an animal unit; a colony contains connected polyps; a reef is a larger structure and ecosystem context.
2. A bleached coral is stressed and may recover, although prolonged stress can lead to death.
3. Seven of ten, or 70%. Two unknown records must remain visible.
4. It excludes the two unknowns and uses eight assessed fragments as the denominator.
5. Installing nursery structures is an output. Demonstrated improvement in the stated ecological condition is an outcome.
6. Ask: resilient to which disturbance, over what period, and according to which measurements?
7. “The tissue appears pale. What further observations can establish its condition and possible causes?”
8. Continue monitoring, investigate unknown records, and report survival and measured growth separately with dates and denominators.
A short briefing that keeps the evidence intact
Prepare a one-minute briefing using coral, nursery, outplanting, survival and uncertainty. Include what a project did and what the evidence establishes. Ask the listener to repeat the distinction. If they remember only “the reef was saved”, revise the wording until the scale of the claim survives the conversation.
Write a short summary of the invented record. Put counts before percentages, identify unknown observations and explain the denominator. Remove a sentence that adds no useful information. Precision often improves through subtraction rather than an extra technical word.
On another day, transfer output and outcome to an imaginary school garden. Planting twenty seedlings is an output; survival and achievement of the garden’s purpose need later evidence. The setting changes, but baseline, monitoring and outcome remain useful.
Parents can ask, “What do we know at this point?” Teachers can change one observation and check whether the conclusion changes. Students can record words recognised, retrieved and used accurately in a fresh task. Check a percentage difficulty separately from a vocabulary difficulty.
The published English Tuition | Mauritius guide distinguishes requirements, options and missing information. This activity extends the habit of keeping information gaps visible. It is an educational resource, not evidence of an eduKate centre in Mauritius.
Frequently asked questions
Is restoration just planting fragments?
No. Fragment growth and outplanting can be parts of an effort. Wider goals may concern habitat condition, diversity, functions and pressures affecting recovery.
Does a nursery guarantee survival?
No. Nursery condition and later reef survival are different stages. Outcomes depend on organisms, sites, conditions and continuing work.
Are missing fragments dead?
Not automatically. A protocol should define unknown or unassessed categories and explain how they are reported.
Why include ordinary verbs?
Compare, qualify and verify organise reasoning. They make technical nouns useful inside an explanation instead of leaving them as isolated labels.
Can younger learners use the list?
Start with coral, polyp, colony, reef and habitat using a drawing. Add survival and growth once those meanings are secure.
Does this authorise reef activities?
No. Access, participation and handling arrangements belong to the relevant organisation and site. This guide supports language learning.
Sources and scope
Definitions and examples are original teaching paraphrases. Primary institutional sources support selected context. The monitoring data and dialogue are invented. Historical plans are not reported as current achievements.
Mauritius Oceanography Institute: reef restoration — Historical programme account with expectations through 2021, not a current outcome audit.
NOAA: restoring corals — Nurseries, fragmentation and ecosystem considerations.
NOAA: coral bleaching — Updated 23 September 2026; stress and distinction from death.
NOAA: coral reproduction — Sexual and asexual reproduction vocabulary.
Cambridge Dictionary: resilience — General English sense; ecological application needs a stated system.
Coral Reefs: restoration terminology — Research discussion of explicit terminology and goals.
Explain one result without enlarging it
Choose five words from the monitoring task. Close the page and explain its result, including unknown observations. Then change one fact and try again. You are learning to keep language connected to evidence, a skill that travels beyond reefs.
Continue through meaning, retrieval and fresh use with the eduKate Vocabulary Learning System. Bring a short explanation and one question you could not answer.