A small bead of resin can lead to a surprisingly large conversation. This guide teaches 100 English mastic cultivation vocabulary words through Chios, Greece: how to describe the plant, follow resin from collection to cleaning, compare a batch record and explain the knowledge behind the product. You will leave with words for both the material and the people who work with it.
Chios makes the vocabulary useful because mastic cultivation connects a living plant, a worked landscape, skilled harvesting and collective organisation. The Chios Mastic Museum interprets those relationships, while the growers’ association explains the production sequence. This is a particular island tradition within a diverse country. It does not describe the daily work, food or identity of every Greek household.
Start with the resin diagnostic and learn one group of ten words at a time. “Top 100” is a curated learning list, not a statistical frequency ranking. Most entries are English; mastiha is explained as a Greek product term where it is useful. The people, batch figures and dialogues below are invented for education. This is a vocabulary and interpretation guide, with no harvesting recipe, medical recommendation or commercial product specification.
Follow the bead from plant to explanation
Choose the relationship you want to describe before collecting more specialist nouns.
Resin is a material; mastic cultivation is a practice
Imagine a learner looking at a picture of pale mastic pieces. “Tree sugar” is a memorable guess, but the cited production accounts identify the material as resin. Sap and resin are different plant materials; the fact that both may be associated with a tree does not make them interchangeable nouns.
A second learner knows the word resin but writes, “The museum grows a sweet.” Ask for a process chain: plant, exuded material, collected pieces, cleaned batch, possible product. The learner needs verbs and stages as well as a definition. A packaged flavouring is not identical to a resin piece still carrying field debris.
Parents can ask the learner to explain one stage in ordinary language. Teachers can change the record from a raw collection to a cleaned batch and check whether the description changes. If the stages are understood aloud but confused in writing, repair the connectors. If the material itself remains unclear, return to the first distinction before adding another page of words.
Contents: ten groups of ten words
Words 51–100
51–60: Cleaning needs a stated rule
61–70: Choose the right denominator
71–80: Follow the people and the records
Worked example · Learning method · Practice · Questions · Sources
Begin by connecting the word with the material it describes. English mastic also has a building-material sense, so a reader needs the plant-resin context immediately.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 1 | mastic | An aromatic plant resin; in this guide, the Chios product, not construction sealant. | mastic resin | The museum caption identified mastic resin before discussing a finished product. |
| 2 | mastiha | Greek product term, transliterated mastiha, for gum mastic; not a separate tree sugar. | Chios mastiha | The glossary explained Chios mastiha for visitors unfamiliar with the Greek term. |
| 3 | resin | A sticky plant-produced substance that can harden; also a wider materials term. | natural resin | The learner used natural resin rather than calling the pale pieces sap. |
| 4 | lentisk | The shrub or small tree Pistacia lentiscus, associated here with mastic production. | lentisk shrub | The botanical note connected the lentisk shrub with the material in the display. |
| 5 | shrub | A woody plant commonly branching near the ground; forms vary. | woody shrub | The drawing showed a shrub with several branches rather than a single straight pole. |
| 6 | evergreen | Retaining foliage across the year rather than shedding it all in one season. | evergreen foliage | The label described evergreen foliage without claiming individual leaves lasted forever. |
| 7 | cultivation | The care and management of plants for a purpose. | mastic cultivation | The guide discussed cultivation as an ongoing practice rather than one harvest action. |
| 8 | exudate | Material released or oozing from a plant or other source; technical noun. | plant exudate | The science note called the resin an exudate and explained the unfamiliar word. |
| 9 | aromatic | Having a noticeable, often pleasant smell; descriptive use here. | aromatic resin | The description called the resin aromatic without making a health claim. |
| 10 | raw material | A substance used as an input before further processing. | prepare raw materials | The process map separated raw material from the later packaged product. |
Mastiha is a useful Greek term, but a local name is a beginning rather than a complete explanation. Add what it is, where the named account places it and which stage you mean.
These nouns let you describe a botanical diagram without treating a plant as a dispenser attached to a product. Cultivation concerns growth and form as well as collection.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 11 | trunk | The main woody stem of a tree or shrub form. | lower trunk | The diagram labelled the lower trunk and the branches separately. |
| 12 | branch | A woody division extending from a main stem. | main branch | The observer traced a main branch on the plant illustration. |
| 13 | bark | The outer covering of a woody stem or root. | outer bark | The caption distinguished bark from the pale material collected nearby. |
| 14 | leaf | A plant organ commonly involved in photosynthesis. | evergreen leaf | The enlarged leaf drawing supported a description of shape rather than product quality. |
| 15 | root | A plant organ providing anchorage and taking up water and nutrients. | root system | The teaching diagram extended below the soil to include the root system. |
| 16 | canopy | The upper cover formed by a plant’s foliage and branches. | open canopy | The landscape sketch showed space beneath the canopy of the illustrated plant. |
| 17 | shoot | A young stem and its developing leaves or buds. | new shoot | The observation sheet left room to describe a new shoot. |
| 18 | prune | Remove selected plant parts to manage growth or form. | prune a branch | The source account described pruning as part of cultivation rather than harvesting resin. |
| 19 | growth | An increase or development in a living organism. | plant growth | The learner kept plant growth separate from the mass of a collected batch. |
| 20 | species | A biological classification identifying a kind of organism. | plant species | The label supplied the species name rather than relying on a common name alone. |
A species name and a product name do different jobs. The cited sources connect the Chios practice with Pistacia lentiscus; this guide avoids turning that relationship into a claim that the species exists only on Chios.
A grove occupies a plot with particular terrain and conditions. Ask what the source establishes about that site before turning a landscape photograph into a climate measurement.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 21 | grove | A group of trees grown or considered together. | mastic grove | The fictional map placed a mastic grove beside a village path. |
| 22 | plot | A defined piece of land used or studied for a purpose. | cultivation plot | The notebook assigned a code to each cultivation plot. |
| 23 | soil | The surface material supporting plant growth, containing mineral and organic matter. | soil condition | The description named the soil condition without guessing a laboratory result. |
| 24 | terrain | The physical character of an area of land. | uneven terrain | The landscape drawing showed uneven terrain beyond the cultivated area. |
| 25 | slope | An inclined land surface, or its steepness. | gentle slope | The map distinguished a gentle slope from a flat collection surface. |
| 26 | drainage | The movement or removal of excess water from an area. | soil drainage | The class asked about drainage instead of inferring it from a sunny photograph. |
| 27 | microclimate | Local atmospheric conditions differing from surrounding conditions. | local microclimate | The enquiry asked how the microclimate related to the particular growing site. |
| 28 | rainfall | Rain received over a stated place and period. | seasonal rainfall | The record gave a period for rainfall rather than an undated total. |
| 29 | exposure | The degree of contact with conditions such as sunlight or wind. | wind exposure | The plot comparison considered exposure without assigning a cause from one image. |
| 30 | landscape | An area understood through its physical features and human relationships. | cultural landscape | The museum account connected the landscape with cultivation and settlement history. |
The Chios museum connects resin production with the cultural landscape. That relationship includes human decisions and settlement history; landscape is more than a scenic background behind a tree.
The growers’ association describes preparation of the ground, work on the plant and later gathering. These words help turn separate pictures into a sequence.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 31 | season | A period associated with particular conditions or activities. | harvest season | The fictional diary separated the harvest season from year-round care. |
| 32 | cycle | A recurring sequence of stages or events. | annual work cycle | The class drew an annual work cycle without treating dates as identical every year. |
| 33 | preparation | Work done to make something ready for a later stage. | ground preparation | The process map placed preparation before collection. |
| 34 | clearing | Removing unwanted material or vegetation; context identifies the action. | clear the ground | The account explained clearing as one stage in preparing the collection area. |
| 35 | level | Make a surface even, or describe an even surface. | level surface | The illustration showed a level surface beneath the marked plant. |
| 36 | sweep | Move loose material away using a brush or broom. | sweep the surface | The source account placed sweeping within the preparation sequence. |
| 37 | powder | A material made of fine dry particles. | white soil powder | The caption identified the powder from the documented account rather than guessing from colour. |
| 38 | incision | A deliberate cut into a surface; technical descriptive noun. | small incision | The diagram labelled an incision without providing practical cutting directions. |
| 39 | tool | An implement used to perform a task. | harvesting tool | The exhibit description named the tool and its documented purpose. |
| 40 | sequence | The order in which stages occur. | production sequence | The revised paragraph followed the sequence from preparation to collection and cleaning. |
Its seasonal account is a description of practice, not a universal timetable for every year and plot. Exact harvesting dates and cutting instructions are unnecessary for understanding the vocabulary.
Droplet, flow and solidify describe the material at different moments. They help a writer explain why the noun in one photograph may not suit the next.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 41 | droplet | A small drop of liquid or fluid material. | resin droplet | The illustration showed a resin droplet before the later solid piece. |
| 42 | bead | A small rounded piece or drop; a descriptive shape word here. | resin bead | The writer used bead to describe a shape, not a separate chemical substance. |
| 43 | flow | Movement of a fluid or fluid-like material. | resin flow | The learner asked which conditions were documented for the observed flow. |
| 44 | viscous | Resistant to flowing easily; a material description. | viscous material | The glossary explained viscous with a comparison about movement, not sweetness. |
| 45 | solidify | Become solid or more firmly set. | solidifying resin | The process account distinguished solidifying resin from the earlier fluid material. |
| 46 | harden | Become harder or more resistant to deformation. | hardened piece | The caption described a hardened piece without specifying an unsupported time interval. |
| 47 | fragment | A small piece separated from a larger whole. | resin fragment | The invented sorting tray contained a fragment beside a larger piece. |
| 48 | collect | Gather material into a place or container. | collect resin | The process paragraph used collect after explaining where the resin was found. |
| 49 | harvest | Gather a useful product from cultivation; noun or verb. | resin harvest | The fictional harvest record included a date and plot code. |
| 50 | container | An object holding material for handling or storage. | collection container | The container label kept the sample linked to its fictional source plot. |
The word harden describes a change in behaviour. It does not by itself identify every physical or chemical cause. Keep the documented sequence separate from a mechanism you have not investigated.
Sorting, sifting and cleaning can all remove material, but they do not name the same operation. A good account tells the reader what feature guides the separation.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 51 | debris | Loose unwanted fragments or material. | plant debris | The exercise separated plant debris from the material retained after sorting. |
| 52 | impurity | An unwanted substance within a material relative to a stated purpose. | remove impurities | The explanation used impurity without suggesting that appearance proved chemical composition. |
| 53 | sift | Separate material by passing it through a sieve or similar screen. | sift a batch | The account used sift for a size-based separation step. |
| 54 | sieve | A tool with openings that allow smaller particles through. | sorting sieve | The display showed a sieve as a tool rather than a synonym for every filter. |
| 55 | sort | Separate or arrange material according to chosen features. | sort by size | The classroom tray was sorted by size under an explicitly stated rule. |
| 56 | grade | Assign a category according to defined criteria. | grade a batch | The fictional rubric explained the criteria before using grade as a verb. |
| 57 | rinse | Wash briefly with liquid; the practical method depends on context. | rinse a sample | The source described a rinse stage without the learner inventing a treatment recipe. |
| 58 | clean | Remove unwanted material; the required outcome must be specified. | cleaned resin | The record called the retained material cleaned resin and stated its assessment basis. |
| 59 | separate | Move components apart or distinguish them in an account. | separate fragments | The learner could separate fragments physically in a paper model and explain the rule. |
| 60 | retain | Keep material within a selected group or process stream. | retained material | The exercise compared retained material with the original collection mass. |
A smaller cleaned mass is not automatically evidence that valuable resin was wasted. Removed material may include unwanted debris. The mass record needs categories before it can support a judgement.
Mass and percentage answer different questions. A large retained quantity can come with a smaller retained proportion when the starting batches differ.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 61 | batch | A quantity handled or considered together. | cleaning batch | Each fictional cleaning batch kept its own identifier throughout the exercise. |
| 62 | mass | A physical quantity commonly measured in grams or kilograms. | batch mass | The notebook recorded mass rather than substituting a container’s volume. |
| 63 | gram | A unit of mass equal to one thousandth of a kilogram. | five hundred grams | The example stated five hundred grams instead of an unexplained number. |
| 64 | kilogram | The SI unit of mass. | eight kilograms | The first fictional raw batch had a mass of eight kilograms. |
| 65 | proportion | A part considered relative to its whole. | retained proportion | The comparison named the whole before discussing the retained proportion. |
| 66 | percentage | A proportion expressed per hundred. | retention percentage | The learner wrote the percentage beside its numerator and denominator. |
| 67 | yield | Output relative to specified inputs or conditions. | cleaned yield | The report qualified yield because the record described cleaning, not tree productivity. |
| 68 | recovery | The amount or fraction of desired material obtained or retained. | material recovery | The calculation compared recovery under the exercise’s stated sorting rule. |
| 69 | loss | Material not retained in an intended output; its nature needs evidence. | sorting loss | The fictional sorting loss could include debris and did not automatically mean lost resin. |
| 70 | balance | An account relating inputs, outputs and change in storage. | mass balance | The mass balance kept retained material and removed material in separate columns. |
Yield needs a defined input. Cleaning recovery from a collected batch is different from resin output per plant, per plot or per season. The next worked example keeps that distinction visible.
The growers’ association describes collective processing and handling. Record words help learners explain how a container remains connected with a source and a stage.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 71 | grower | A person cultivating plants or a crop. | mastic grower | The museum interpretation identified the grower’s work beyond the final product. |
| 72 | cooperative | An organisation owned or operated jointly by members for shared benefit. | growers’ cooperative | The account connected the cooperative with collective handling and organisation. |
| 73 | member | A person belonging to a defined group or organisation. | cooperative member | The fictional interview identified the member’s role without speaking for everyone. |
| 74 | delivery | The transfer of goods to an intended recipient. | batch delivery | The delivery record linked the container to its batch identifier. |
| 75 | processing | Actions changing, preparing or separating material for a purpose. | resin processing | The learner distinguished processing from the cultivation of the living plant. |
| 76 | packaging | Material and activity used to contain and present a product. | product packaging | The description kept packaging separate from the resin inside it. |
| 77 | traceability | The ability to follow a material’s history through linked records. | batch traceability | The enquiry asked what records made traceability possible. |
| 78 | origin | The place or source from which something comes. | documented origin | The label stated origin only where the record supported it. |
| 79 | inventory | An organised record of materials or goods held. | stock inventory | The inventory listed each container and its recorded mass. |
| 80 | livelihood | The means by which people support their lives economically. | rural livelihood | The discussion connected livelihood with work rather than reducing it to a souvenir sale. |
Cooperative describes an organisational relationship, not a promise that every member has the same task or experience. A named person’s account should keep its own scope.
Sensory words can make a description vivid. They should remain tied to what was observed, tasted under appropriate conditions or stated in a reliable product account.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 81 | aroma | A noticeable smell, often pleasant; sensory noun. | resin aroma | The description named an aroma without turning it into a medical effect. |
| 82 | flavour | The sensory character perceived in tasting; context and evidence matter. | mastic flavour | The product label named mastic flavour without proving the amount of resin present. |
| 83 | translucent | Allowing light through without a clear image. | translucent piece | The drawing represented a translucent piece with a pale shaded edge. |
| 84 | opaque | Not allowing visible light through; a descriptive material property. | opaque fragment | The observer described an opaque fragment without guessing why it looked that way. |
| 85 | texture | The surface character or feel of a material. | surface texture | The photograph supported a visual texture description rather than a claim about touch. |
| 86 | brittle | Tending to break with relatively little bending under stated conditions. | brittle sample | The fictional material note used brittle only after a described observation. |
| 87 | sticky | Tending to adhere to a contacting surface. | sticky material | The glossary explained sticky as a contact behaviour, not a quality judgement. |
| 88 | comparison | An examination of similarities and differences using stated features. | compare batches | The comparison used the same sorting rule for both fictional batches. |
| 89 | criterion | A standard used for a judgement; plural criteria. | sorting criterion | The learner stated the criterion before assigning a piece to a category. |
| 90 | specification | A detailed statement of required characteristics or conditions. | product specification | The exercise did not confuse its classroom rule with a commercial specification. |
An aroma description does not establish health benefits. Likewise, a translucent appearance is not a complete identity or quality test. Use a precise adjective without asking it to carry a larger claim.
These final words help a learner ask where an account came from and what would change it. Useful confidence includes the ability to revise a first impression.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 91 | knowledge | Understanding or information acquired through learning and experience. | cultivation knowledge | The museum account treated knowledge as part of the practice, not just a list of tools. |
| 92 | transmission | The passing on of skills or knowledge. | skill transmission | The discussion asked how transmission occurred between people and generations. |
| 93 | practitioner | A person actively carrying out a skilled practice. | experienced practitioner | The enquiry sought a practitioner’s explanation of a stage the photograph concealed. |
| 94 | heritage | Practices, knowledge and objects valued and passed on. | living heritage | The account linked heritage with continuing people and work. |
| 95 | interpretation | An explanation of meaning or significance supported by context. | museum interpretation | The interpretation connected the material display with a documented cultivation practice. |
| 96 | evidence | Information supporting a statement or conclusion. | production evidence | The label separated production evidence from a visitor’s first guess. |
| 97 | assumption | A condition accepted for a model or argument. | stated assumption | The calculation made its assumption about comparable sorting rules visible. |
| 98 | uncertainty | A recognised limit to what is known or measured. | measurement uncertainty | The fictional record acknowledged uncertainty rather than treating every digit as exact. |
| 99 | enquiry | A question or investigation seeking information; inquiry is another spelling. | make an enquiry | The learner’s enquiry asked which stage the displayed mass represented. |
| 100 | revision | A deliberate change to improve an explanation or piece of work. | revise the account | The revision changed the conclusion when the batch record changed. |
A museum label may be short, but its reasoning should still be traceable. Name the material, explain one relationship and identify an uncertainty worth investigating next.
Worked comparison: more retained material, smaller retained share
Two invented cleaning records use the same stated sorting rule. Batch A starts at eight kilograms and retains 6.4 kilograms. Batch B starts at twelve kilograms and retains 8.4 kilograms. These are classroom figures, not production data from Chios or a standard for commercial mastic.
Which batch retains more material by mass? B does: 8.4 kilograms exceeds 6.4 kilograms by two kilograms. Now ask a different question: which retains a larger share of its starting mass? A retains 6.4 ÷ 8 = 0.8, or eighty per cent. B retains 8.4 ÷ 12 = 0.7, or seventy per cent.
Both conclusions can be true. B has the larger retained quantity, while A has the larger retained proportion. The wording of the question determines the relevant comparison. Neither calculation tells us how productive the original trees were, because plant numbers, collection periods and other conditions have not been supplied.
Change only B’s retained mass to 9.6 kilograms. Its retained share becomes 9.6 ÷ 12 = 0.8, or eighty per cent. The shares now tie, while B still retains more kilograms. A learner should update the proportion comparison without discarding the unchanged starting masses.
Finally, remove the assumption that both records use the same sorting rule. The arithmetic can still be calculated, but an interpretation about comparable cleaning performance becomes weaker. One batch might include a category that the other excludes. We need the criteria before judging the work.
Write a two-sentence report that gives both the mass comparison and the proportion comparison. Then add the single missing detail you would ask for before evaluating productivity. This is vocabulary doing useful work: quantity, proportion, criterion and uncertainty keep the conclusion attached to the evidence.
A product can carry a landscape without representing a whole country
The Chios Mastic Museum presents cultivation, resin processing and the historical organisation of production in southern Chios. UNESCO’s 2014 inscription concerns cultivation know-how as intangible cultural heritage. It recognises a practice and its bearers, rather than awarding a certificate to every individual resin piece.
The growers’ association’s account gives a material route through preparation, gathering, cleaning and collective handling. It is useful because the product is no longer an isolated object on a shelf. The words connect a plant, a landscape, a work sequence and records that allow the sequence to be discussed.
Original scene: Eleni studies two fictional batch labels while Sam announces that the larger box must be the more efficient one. The boxes have not supplied any energy or labour figures, so the claim has arrived before its evidence. They keep the observation about size and turn efficiency into a question.
Mini-dialogue: “Does this number mean the raw collection?” “No, it is the retained mass after sorting.” “Then I need the starting mass before I can compare the shares.” A small question about the stage makes the later calculation much clearer.
The wider Greece learning guide places Chios cultivation beside other distinct cultural and historical topics. Use that breadth to find another question, while keeping this island practice specific rather than turning it into a portrait of all Greek life.
Learn ten words around one question
Choose a question such as “What happened between collection and delivery?” Retrieve ten words from memory, draw the stages and write a short account. Every stage should have an action and an object. If the paragraph contains many nouns but no clear change, add the missing relationship.
Later, change the purpose. A museum visitor needs resin explained; a classmate comparing batches needs the denominator; an enquiry to a producer needs a precise question about the record. Different purposes let the same vocabulary become more flexible without repeating the same paragraph.
Students can read their account to a partner who has not seen the diagram. Parents can ask where the first unclear connection appears. Teachers can change one mass or sorting rule and ask for an independent revision. Immediate imitation and later transfer are different observations.
The English Tuition | Greece guide distinguishes a school task, practical communication and a named qualification goal. The learning approach in Tuition | Athens also begins with a specific difficulty and checks understanding on changed work. Use those ideas without assuming this cultural topic is an examination requirement.
For broader English practice, continue through the eduKateSG vocabulary hub and its meaning-to-use learning route. The resources express eduKateSG’s Singapore teaching perspective. A useful final transfer is to compare a fruit-sorting or recycling record: keep the mass and proportion language, replace the specialist material terms and check that the new context supports the same inference.
Practice: retrieve, explain and revise
1. Why should resin and sap not be used as interchangeable nouns?
2. Which original batch has the larger retained mass and which the larger retained proportion?
3. What changes when B retains 9.6 kilograms from twelve kilograms?
4. Can those batch records establish resin output per tree?
5. What must be checked before treating the retained shares as comparable performance measures?
Answers and explanations
1. They name different plant materials. Association with the same plant does not make their identities or functions identical.
2. B retains more mass, 8.4 kilograms. A retains the larger share, eighty per cent compared with B’s seventy per cent.
3. Its retained share rises to eighty per cent, tying A. B still retains more kilograms.
4. No. They describe cleaning quantities and omit tree numbers, growing conditions and collection periods.
5. The sorting criteria and relevant conditions. Different inclusion rules can weaken the interpretation even when the arithmetic is correct.
Frequently asked questions
Does mastic here mean construction sealant?
No. This guide uses the plant-resin sense. Context is essential because the English word has other material uses.
Is mastiha an English frequency-list item?
It is included as a useful Greek product term in this context. The hundred entries are an editorial learning selection, not a statistical ranking.
Does the guide claim the plant species grows only on Chios?
No. It focuses on the documented cultivation tradition and product context of Chios rather than making a global botanical exclusivity claim.
Is a smaller cleaned batch necessarily a worse result?
No. The starting mass, removal categories and purpose matter. A cleaned quantity alone cannot establish quality or productivity.
Does a heritage inscription establish medical benefits?
No. Cultural recognition and medical evidence answer different questions. This vocabulary guide makes no treatment recommendation.
What should a beginner practise first?
Explain the material and its stage in one sentence. Then distinguish an absolute amount from a proportion using the worked records.
Sources and scope
Sources checked on 17 October 2026. Institutional and practitioner sources establish the cultural context and selected specialist distinctions. The learning sequence, fictional records, example sentences and exercises are original educational material. This guide teaches vocabulary and careful explanation; practical work requires appropriate instruction and information specific to the person, object or site.
UNESCO: cultivation know-how on Chios — The specific intangible cultural heritage practice, inscribed in 2014.
Chios Mastic Museum, Piraeus Bank Group Cultural Foundation — Cultivation, resin processing and landscape interpretation; no current visit arrangements are promised.
Chios Mastiha Growers Association: cultivation — The documented preparation, collection and handling sequence; not practical directions for the reader.
Cambridge Dictionary: resin — The English material noun used in the opening distinction.
Next: give the stage a verb
Choose one picture or record and explain what changed. Name the material, stage and evidence before adding an adjective about quality.
Return with a changed quantity or sorting rule. Revise the conclusion independently, then ask whether the same explanation would help a reader who has never heard of Chios mastic.