Most of us are familiar with two kinds of coconut: kelapa muda, which we drink, and kelapa tua, which we use for santan and cooking.

 

But there's much more to coconuts than the stage at which they're harvested.

Malaysia grows several coconut varieties, including MATAG, Tacunan, Pandan, Malayan Tall and SGG. Each has its own characteristics, from how the palm grows to the size, shape and colour of its fruit. Some are particularly suited to the fresh drinking market, while others are grown for mature coconut production.

And even within a single variety, the coconut itself changes considerably as it develops.

What begins as a tiny fruit after flowering takes roughly a year to reach full maturity. During that time, the shell hardens, the white flesh thickens and the water inside changes. A single palm can carry several bunches at different stages of development, each representing a different point in that process.

Then there's everything happening beyond the fruit. Coconut palms have extensive root systems, continuously produce new fronds, and depend on water, nutrients and healthy growing conditions to remain productive.

Since we began managing a coconut farm in Machap Baru, Melaka, we've been learning to look beyond the coconuts we harvest — understanding how the palms grow, what affects their production and how mature coconuts become everything from santan and copra to coconut oil and food.

This is a closer look at the coconut, from planting to harvest, and why something so familiar has so much more to it than we might think.

First, a coconut isn't actually a nut

Despite its name, the coconut is botanically classified as a drupe — a fruit with a protective outer covering, a hard inner layer and a seed.

Its scientific name is Cocos nucifera, and it belongs to the palm family, Arecaceae.

The coconut we usually see in supermarkets has often already been dehusked. On the tree, the fruit is surrounded by a thick, fibrous husk, which makes the whole coconut considerably larger than the hard brown shell we recognise.

Cut a coconut in half and you can identify several distinct layers.

• Exocarp: The thin outer skin, which may be green, yellow, orange or brown depending on the variety and maturity.

• Mesocarp: The thick fibrous husk, or sabut kelapa.

• Endocarp: The hard shell, commonly called tempurung kelapa.

• Testa: The thin brown covering attached to the white flesh.

• Kernel: The white edible flesh, or isi kelapa, botanically known as solid endosperm.

• Coconut water: The liquid endosperm found inside the fruit.

• Embryo: The part capable of developing into a new coconut palm.

This structure explains why one coconut can provide so many different products. Its water can be consumed, its flesh can be eaten or processed, its husk can become fibre and its shell can be used for charcoal.

And the entire fruit can also serve as the seed for another coconut tree.

How much of a coconut is actually flesh?

Not as much as its size might suggest.

The course materials we received from Jabatan Pertanian Melaka illustrate an example of whole-fruit composition:

Component	Illustrative share
Husk	35%
Shell	12%
Kernel	28%
Water	25%

These are illustrative proportions rather than fixed values for every coconut. Actual composition varies with variety, fruit size and maturity.

This is also why a physically large coconut doesn't necessarily give you the most grated flesh. A substantial portion of its weight may be husk.

Tall, dwarf and hybrid: understanding coconut varieties

 

Coconut palms are commonly grouped into three broad types: tall, dwarf and hybrid.

The distinction matters because the variety influences how quickly a palm begins producing, how tall it grows, the characteristics of its fruit and how it performs under different growing conditions.

Tall coconuts

Tall coconut palms generally develop substantial trunks and have long productive lifespans.

They often take longer to begin bearing than dwarf types, but can remain productive for many decades under suitable conditions.

Malayan Tall is one example familiar to Malaysian growers.

As these palms age, their increasing height can make harvesting more difficult. A productive tree is only useful commercially if its fruit can also be harvested safely and economically.

Dwarf coconuts

Dwarf coconut palms generally begin bearing earlier and grow more slowly in height, particularly during their early years.

But dwarf doesn't mean the tree will remain short forever.

Malayan Yellow Dwarf, Malayan Red Dwarf and Tacunan Green Dwarf are examples of dwarf coconut material.

Dwarf palms are also important in coconut breeding because they are used as parents for several commercial hybrids.

Hybrid coconuts

A hybrid is produced by crossing selected coconut parents.

Breeders may be looking to combine desirable characteristics such as early bearing, good fruit production, larger kernels or slower height growth.

MATAG is one of Malaysia's best-known hybrids.

However, a hybrid isn't defined simply by its appearance. Its parentage is what matters.

A yellow coconut isn't automatically MATAG, and a green coconut isn't automatically Tacunan.

That distinction becomes particularly important when selecting seedlings for a new planting.

 

MATAG, Tacunan, SGG and other coconut varieties in Malaysia

Several coconut varieties and hybrids are recognised in Malaysia. Some have been grown for generations, while others have been developed or introduced through breeding and agricultural improvement programmes.

Here are some worth knowing.

MATAG

MATAG is a hybrid produced by crossing Malayan Yellow Dwarf or Malayan Red Dwarf with Tagnanan Tall.

It is widely recognised in Malaysian coconut cultivation because of its commercial yield potential.

Different MATAG types can have green, orange or golden fruit, depending on the parent combination.

MATAG can be grown for mature coconut production, but achieving its yield potential still depends on suitable soil, water, nutrition and management.

Tacunan Green Dwarf

Tacunan Green Dwarf is a registered dwarf coconut variety.

Jabatan Pertanian describes it as having upright growth, green fronds and inflorescences, and broad elliptical green fruit.

Its appearance may help with identification, but a reliable variety assessment also considers planting records and other characteristics.

SGG

SGG is another registered dwarf coconut variety in Malaysia.

Its documented characteristics include brown-green fruit, yellow-green fronds and brown-green inflorescences.

Like Tacunan, it has identifying features beyond the colour of the mature coconut.

Malayan Yellow Dwarf and Malayan Red Dwarf

These varieties are particularly important because of their use in coconut breeding.

Their genetic material contributes to several hybrids grown in Malaysia.

They generally begin bearing earlier than traditional tall types, although actual performance depends on the growing environment.

Malayan Tall

Malayan Tall belongs to the traditional tall coconut group.

It develops a substantial trunk and can remain productive for a long period.

Tall coconut varieties are an important part of Malaysia's coconut-growing history.

Kelapa Pandan

Kelapa Pandan, also called aromatic coconut, is known for the fragrance associated with its water and flesh.

It is especially popular in the fresh drinking market.

Its appeal is not simply the quantity of water, but the distinctive drinking experience.

Tagnanan Tall

Tagnanan is particularly important as one of the parental types used in producing MATAG.

It demonstrates how coconut breeding can combine characteristics from different palm groups.

Other hybrids

Malaysia also has a history of hybrids such as MAWA, produced using Malayan Dwarf and West African Tall parentage.

MARDI has continued developing newer coconut hybrids for different production goals.

The important point is that there isn't one universally superior coconut variety.

The best coconut depends on what the grower wants to produce.

A farmer selling fresh drinking coconuts may prioritise flavour, water characteristics and harvest convenience.

A farmer producing mature coconuts for santan may place greater importance on kernel yield and processing suitability.

Someone establishing a commercial plantation must also consider planting material, climate, disease risks and long-term harvesting costs.

Can you plant any coconut and grow another coconut tree?

A mature coconut can germinate under suitable conditions.

But that doesn't mean every coconut is good planting material.

When a coconut germinates, a shoot emerges through one of the shell's three pores. Roots develop, followed by leaves, and the young palm gradually becomes established.

The original coconut contains food reserves that help support this early growth.

However, the quality of the seed nut and the genetics of the parent palms matter.

Why hybrid coconuts are different

Imagine planting a coconut from a productive MATAG palm.

The resulting seedling may grow, but it should not automatically be assumed to have the same characteristics as verified first-generation MATAG planting material.

The next generation receives genetic material through reproduction, and its characteristics can vary.

This is why commercial growers are encouraged to obtain traceable planting material from reputable nurseries rather than relying solely on coconuts collected from productive trees.

On our farm in Machap Baru, identifying the existing palms has been one of the questions we've had to address.

During an assessment by Jabatan Pertanian officers, the existing trees were considered likely to be crosses rather than clearly identifiable MATAG or Tacunan planting material.

They can still produce useful coconuts, but that doesn't make their offspring predictable planting stock.

For a crop that can occupy land for decades, that difference matters.

 

From seed nut to coconut seedling

A coconut nursery begins with selecting mature seed nuts from suitable parent palms.

The nuts are placed in nursery conditions where moisture, drainage and weed competition can be managed.

Germination isn't instantaneous. Depending on the variety and conditions, it can take weeks or months for shoots to emerge.

Once germinated, the young palm begins producing leaves and developing its root system.

Seedlings are assessed for healthy growth, leaf development and obvious abnormalities.

Weak or diseased seedlings should not be treated as equal to vigorous, healthy planting material.

A good nursery is therefore doing more than simply encouraging coconuts to sprout. It is selecting plants that have a better chance of establishing successfully in the field.

Planting a coconut tree is a long-term decision

Coconut palms are perennial crops. Once planted, they may remain in the same position for decades.

That makes the initial planting decisions especially important.

Sunlight

Coconut palms generally perform best with abundant sunlight.

As they mature, their crowns need sufficient space to develop without excessive competition.

Soil and drainage

Coconut palms can grow in several types of tropical soil, but drainage is important.

Roots need access to both moisture and oxygen.

Poor drainage and prolonged waterlogging can restrict root function, while excessively dry soil can limit growth and production.

Spacing

Planting distances vary according to the variety and planting system.

Tall palms generally require wider spacing than dwarf types, while hybrids may have their own recommended arrangements.

Spacing also influences access, harvesting, air movement and the possibility of growing other crops between the palms.

Planting and establishment

Young coconut seedlings need protection from weed competition, pest damage and prolonged moisture stress.

Mulching can help conserve moisture, while suitable groundcover can contribute to soil protection.

However, the area immediately around young palms must still be managed so that competing vegetation doesn't overwhelm them.

The first few years are important because the palm is developing the root system and crown that will support future production.

The part of the coconut tree we rarely see: its roots

A coconut palm doesn't have one enormous taproot extending straight down into the ground.

Instead, it develops an extensive fibrous root system.

Numerous primary roots emerge from the base of the trunk and spread through the surrounding soil. Smaller lateral roots develop from them.

The roots provide anchorage and help the palm absorb water and nutrients.

Specialised structures called pneumatophores can also be associated with gas exchange in coconut roots, particularly under wet soil conditions.

Why this matters

The roots explain why the condition of the soil around the palm is so important.

A coconut tree doesn't obtain all its water and nutrients from a small area directly beside its trunk.

Its root system extends into the surrounding soil, where moisture, oxygen and nutrients must be available.

This is also why soil compaction, drainage problems and prolonged drought can affect the entire palm.

What do the leaves tell us?

A healthy mature coconut palm commonly carries around 30–40 fronds, although the number varies with variety, age and growing conditions.

Each frond is a large compound leaf made up of many narrow leaflets.

A frond can extend several metres from the crown.

New fronds continue emerging as older ones age and eventually die.

This means the palm is constantly replacing part of its canopy.

The leaves are also useful indicators of palm health.

Unusual yellowing, damaged emerging fronds, severe drying or abnormal growth can signal that something needs attention.

But not every yellow leaf means the tree is sick.

Older fronds naturally senesce, and the position and pattern of symptoms matter when investigating a problem.

Why the crown is particularly important

Unlike a branching fruit tree, a coconut palm has one principal growing point at the crown.

Severe damage to that growing point can kill the palm.

This is why insects that attack the crown deserve particular attention.

Before the coconut appears, there is a flower

Coconut palms produce flowering structures known as inflorescences.

Each inflorescence develops within a protective sheath before emerging among the fronds.

A coconut inflorescence carries both male and female flowers.

Male flowers produce pollen.

Female flowers can develop into coconuts after successful pollination and fertilisation.

Different coconut groups can vary in their flowering behaviour and tendency towards self- or cross-pollination.

This matters for breeding, but it also explains why the genetic background of seed-grown coconut palms isn't always straightforward.

 

Why don't all flowers become coconuts?

Not every female flower develops into a mature fruit.

Some young fruits are naturally shed.

Water stress, nutrition, pollination conditions, pests and the general health of the palm can influence fruit development and retention.

So when a farmer sees small coconuts dropping, there isn't necessarily one simple explanation.

A coconut palm carries several stages of fruit development at once

One of the most interesting things about coconut palms is that different bunches can be at different stages of development on the same tree.

A palm may have a newly emerged inflorescence, very small developing nuts, larger immature coconuts and nearly mature fruit at the same time.

This happens because coconut palms can continue producing new inflorescences throughout the year under suitable tropical conditions.

Each bunch therefore represents a different stage in the palm's reproductive cycle.

From pollination to full maturity, a coconut typically takes around 11–12 months, although the exact period varies.

That is why the coconuts harvested today are partly the result of growing conditions experienced many months earlier.

A prolonged dry period can affect future production even if the trees remain green.

Kelapa muda and kelapa tua aren't necessarily different varieties

This is one of the most useful distinctions to understand.

Kelapa muda and kelapa tua generally describe the maturity of the fruit, not separate coconut varieties.

A coconut can be harvested at different stages depending on what it will be used for.

Kelapa muda: the drinking stage

Young coconuts are commonly harvested around six to eight months after pollination, depending on the variety and intended market.

At this stage, coconut water is the main attraction.

The kernel is still developing and may be thin, soft or jelly-like.

As the coconut matures

The kernel gradually becomes thicker and firmer.

Its composition changes, and more oil accumulates in the solid endosperm.

The shell also hardens.

Meanwhile, the volume and composition of the coconut water change.

Kelapa tua: the mature stage

A coconut approaching full maturity, generally around 11–12 months, has a substantially developed kernel.

This is the stage commonly preferred for products such as grated coconut, santan, copra and coconut oil.

The exact harvesting point still depends on the variety and processing requirements.

Does kelapa tua still contain water?

Yes.

A mature coconut can still contain coconut water.

It doesn't all disappear when the flesh becomes thick.

However, the water's quantity and composition change as the fruit develops.

Young coconuts are generally harvested for drinking because of the characteristics of their water and soft flesh.

Mature coconuts are more commonly harvested for their developed kernel.

And there's another distinction worth understanding.

Coconut water and coconut milk are not the same thing.

Coconut water occurs naturally inside the fruit.

Coconut milk, or santan, is extracted from the kernel, usually after grating and pressing.

One comes directly from the coconut's internal cavity.

The other is a processed product made from its flesh.

Not every kelapa tua is identical

Even when coconuts are fully mature, they can differ in size, kernel thickness, moisture and oil content.

Variety plays a role, as does fruit development and the condition of the harvested nut.

A mature coconut that has just been harvested may differ from one that has been stored for some time.

A coconut that has begun germinating is different again.

What happens when a coconut germinates?

During germination, a spongy structure called the haustorium develops inside the coconut.

It helps the emerging seedling use the stored nutrients in the kernel.

This structure is sometimes called the coconut apple.

The coconut is no longer simply a mature fruit waiting to be processed. It has begun supporting a new plant.

How do farmers know when coconuts are ready to harvest?

Harvesting depends on the intended market.

Coconuts for drinking are generally harvested earlier.

Coconuts intended for mature-kernel products are allowed to develop further.

Farmers may consider bunch age, fruit colour, husk characteristics and other maturity indicators.

However, colour alone can be misleading.

Some coconut varieties naturally produce green fruit, while others produce yellow, orange or brownish fruit.

A green coconut isn't automatically young, and a yellow coconut isn't automatically mature.

Knowing the variety helps farmers interpret what they see.

Harvesting methods

Depending on palm height and local practice, coconuts may be harvested using long harvesting poles, climbing techniques or other suitable equipment.

Harvesting becomes more difficult as palms grow taller.

Safety is important because coconuts and cut bunches are heavy, and falling fruit can cause serious injuries.

Regular harvesting also helps growers select the correct maturity stage rather than removing every bunch indiscriminately.

What happens after a mature coconut is harvested?

A harvested mature coconut can follow several different processing routes.

For food production, the first steps often involve removing the husk and opening the hard shell.

The white kernel can then be separated and grated.

This freshly grated coconut is an important ingredient in Malaysian cooking.

It can be used directly in traditional foods or pressed to produce santan.

From grated coconut to santan

Santan is produced by extracting liquid from grated mature coconut flesh.

Water may be added during extraction, depending on the method and desired concentration.

The first extraction is often richer, while subsequent extractions tend to produce thinner coconut milk.

This difference matters in cooking because coconut milk contributes fat, flavour, body and texture.

What exactly is copra?

Copra is the dried kernel of a mature coconut.

The name may be unfamiliar to people who usually encounter coconuts as fresh fruit, coconut milk or cooking ingredients.

But copra has historically been an important commodity in the coconut industry.

Fresh coconut flesh contains moisture and is relatively perishable.

Drying the kernel reduces its moisture content and produces a material that can be stored and transported for further processing.

How is copra produced?

Mature coconuts are opened, and the kernel is dried using an appropriate method.

Traditional and commercial methods include sun drying, kiln drying and controlled hot-air drying.

The drying process must be managed carefully.

If copra remains too moist or is stored poorly, mould and contamination can become serious quality problems.

Properly dried copra is commonly used as a raw material for coconut oil extraction.

Copra isn't the same as desiccated coconut

Both involve drying coconut flesh, but their intended uses and processing requirements differ.

Copra is primarily associated with oil production.

Desiccated coconut is a food ingredient made from suitably processed, shredded and dried coconut kernel.

They shouldn't be treated as interchangeable products.

Almost every part of the coconut can be used

The versatility of coconut extends well beyond its water and flesh.

Husk

The fibrous husk can be processed into coir fibre and cocopeat.

Coir has uses in products such as ropes, mats and brushes.

Cocopeat is widely used as a growing medium in horticulture.

Shell

The hard coconut shell can be used for crafts and charcoal production.

Further processing can turn coconut-shell charcoal into activated carbon for various applications.

Leaves

Coconut leaves have traditional uses in weaving and temporary structures.

Trunk

Coconut trunks can provide material for certain timber and construction applications.

Inflorescence

In suitable production systems, coconut flower sap can be collected and processed into products such as coconut sugar.

One palm can therefore support several different types of agricultural and processing activity.

 

The problems coconut farmers learn to recognise

A coconut tree may look healthy from a distance while experiencing problems that are easier to recognise up close.

Some involve insects.

Others involve water, nutrition, disease or physical damage.

Understanding the difference is important because the correct response depends on the actual cause.

Kumbang tanduk — rhinoceros beetle

The rhinoceros beetle, Oryctes rhinoceros, attacks coconut palms by boring into soft tissues around the crown.

Damage can become visible when new fronds unfold, sometimes creating characteristic fan-shaped cuts or notches.

Severe attacks can injure the growing point.

Decaying coconut trunks, stumps and organic material can provide breeding sites.

Good sanitation is therefore an important part of management.

 

Kumbang merah palma — red palm weevil

Red palm weevils are particularly serious because their larvae can develop inside palm tissue.

Infestations may be difficult to detect during the early stages.

Signs can include damaged tissue, holes, oozing material and deterioration around the crown or trunk.

Severe infestations can kill the palm.

Damage caused by other pests, including rhinoceros beetles, may create opportunities for further infestation.

Brontispa beetles

 

Brontispa beetles attack coconut leaves, particularly young, unopened fronds.

Their feeding can produce brown, damaged areas that become visible as the leaves unfold.

Severe attacks reduce the healthy leaf area available for photosynthesis.

Black-headed caterpillars

Black-headed caterpillars feed on coconut leaves, often beneath protective webbing and frass.

Infested leaflets can become dry and brown, producing a scorched appearance.

Severe defoliation can reduce palm vigour and production.

 

Squirrels and other animals

Coconut losses aren't always caused by insects.

Animals such as squirrels can damage fruit, while other wildlife may interfere with seedlings or developing coconuts.

The appropriate response depends on the species and local conditions.

Pest management isn't simply about spraying

The course materials from Jabatan Pertanian Melaka emphasised several approaches to managing coconut pests.

One of the most important is farm sanitation.

Dead palms, decaying trunks, rotting stumps and unmanaged organic waste can create breeding opportunities for rhinoceros beetles.

Managing these materials helps reduce pest pressure.

Light and pheromone traps

Light traps can be used as part of monitoring or trapping programmes for certain insects.

Pheromone traps are also used for specific coconut pests, including rhinoceros beetles and red palm weevils.

Trap design, placement and maintenance matter.

A poorly maintained trap may not provide the intended benefit.

Organic breeding traps

Some pest-management systems use prepared organic material to attract beetles into a designated breeding site.

The aim is to concentrate and monitor the insects so their larvae can be removed or controlled.

However, these traps must be inspected and managed.

If larvae are allowed to develop unchecked, the trap itself can become another breeding site.

Biological control

Biological agents, including certain entomopathogenic fungi, can play a role in integrated pest management.

Metarhizium anisopliae is one example discussed in coconut pest-management literature.

Biological control methods still require appropriate products, application conditions and technical guidance.

Chemical control, where necessary, should use products registered for the specific crop and pest, following current label instructions and local regulations.

The broader principle is to combine observation, prevention, sanitation, monitoring and targeted intervention rather than relying on one method for every problem.

Water, nutrients and fruit production are connected

Coconut palms continuously produce leaves, flowers and developing fruit.

That requires a reliable supply of water and nutrients.

A palm may survive dry conditions but still experience reduced production.

Nutrient deficiencies can also affect growth and reproductive performance.

Important nutrients include nitrogen, phosphorus, potassium, magnesium and several micronutrients.

Potassium is particularly important in coconut nutrition because of its role in plant function and fruit production.

When should coconut palms be fertilised?

There isn't one fertiliser schedule suitable for every farm.

Recommendations vary according to palm age, soil type, nutrient status and production objectives.

Rainfall and soil moisture also matter.

Fertiliser applied under very dry conditions may not be used efficiently, while heavy rainfall can contribute to nutrient losses.

This is why growers should consider soil testing, local agricultural recommendations and actual palm performance when planning nutrition.

How long can a coconut tree produce?

Coconut palms are long-lived perennial plants.

Some tall types can remain alive and productive for many decades under suitable conditions.

Dwarf and hybrid types may have different growth and production patterns.

However, a palm's lifespan isn't necessarily the same as its economically useful lifespan.

As palms become taller, harvesting may become more difficult and costly.

Older palms may also become less productive depending on their health and management history.

Commercial replanting decisions therefore consider yield, harvesting costs, palm condition and the expected performance of new planting material.

What we've learned from managing an existing coconut farm

Managing an established coconut farm is quite different from planting a new one.

When you begin with an existing stand, you inherit decisions made years earlier.

You may not know exactly where the seedlings came from, what fertiliser programmes were followed or how the trees were managed during their early years.

Some palms may be vigorous, while others have struggled.

Some may produce consistently, while others carry fewer bunches.

At our farm in Machap Baru, we've been learning to assess the palms as they are, rather than assuming every tree should perform identically.

That means paying attention to fruit production, crown condition, pest damage, soil moisture and the practical challenges of harvesting.

It also means understanding that variety identification, although useful, is only one part of managing the farm.

A productive coconut palm still needs suitable growing conditions.

And an established tree with uncertain genetics can still provide valuable fruit, even if it isn't the best source of seedlings for future planting.

From the farm to food

One of the most interesting parts of managing coconuts is seeing what happens after harvest.

A mature coconut can be sold as a whole fruit, dehusked, grated, pressed for santan or processed into other food products.

Through agricultural courses in Melaka, we also explored coconut cultivation and ways of using coconut in food production.

That eventually became part of the development of our own Straits Biscuits, made using freshly grated mature coconut from the farm we manage in Machap Baru.

It is one example of how understanding a crop can influence what happens beyond the farm.

A coconut's journey, from planting to harvest

A coconut begins as a seed nut selected from suitable parent material.

It germinates and develops into a seedling.

The seedling is planted and spends several years establishing its root system, trunk and crown.

Eventually, it begins producing flowers.

After successful pollination, small coconuts develop.

Over the following months, the fruit grows, its shell hardens, its flesh thickens and its internal composition changes.

It may be harvested young for drinking.

Or it may remain on the palm until mature, when it can be used for santan, copra, coconut oil and many other products.

And if the fruit is suitable for propagation, another coconut palm can begin from that seed.

The entire process is much longer and more involved than the few minutes it takes to open a coconut.

A familiar fruit with a surprisingly complex life

Coconuts are so common in Malaysia that it's easy to overlook how much is happening inside a coconut palm.

A single tree is continuously growing new leaves, producing flowers and developing fruit at different stages of maturity.

Its roots respond to soil conditions, its production depends on water and nutrients, and its genetic background influences how it grows and what it produces.

Even the coconut itself changes significantly between the young fruit we drink and the mature kernel we use in cooking.

We've only been managing our coconut farm for a relatively short time, and there's still plenty to learn.

But understanding the crop has already changed how we look at the trees, the coconuts we harvest and the many ways they can be used.

Not all coconuts are the same.

And even one coconut has a lot more going on than we might expect.

 

Further reading

Curious how coconuts from our farm became a food product? Read Biskut Kelapa Melaka: The Story Behind Our Straits Coconut Biscuits.