How long could a kracken's carcass survive if preserved in salt?
Clash Royale CLAN TAG#URR8PPP
up vote
1
down vote
favorite
I have a bay of water containing several kracken. One day, due to the efforts of a magical organization, all of the water disappears. The kracken fall and die on the bed of salt that is left behind. Each are about 50 meters in length.
Assuming the kracken are preserved by the salt, how long could their carcasses survive intact, before they rot away and only the bones are left? My plot calls for them to survive a bit more than two millennia, but I'm not sure if this is realistic.
reality-check sea-creatures preservation
New contributor
 |Â
show 1 more comment
up vote
1
down vote
favorite
I have a bay of water containing several kracken. One day, due to the efforts of a magical organization, all of the water disappears. The kracken fall and die on the bed of salt that is left behind. Each are about 50 meters in length.
Assuming the kracken are preserved by the salt, how long could their carcasses survive intact, before they rot away and only the bones are left? My plot calls for them to survive a bit more than two millennia, but I'm not sure if this is realistic.
reality-check sea-creatures preservation
New contributor
1
I think you need to define "Kraken" somewhat as it can be used to refer to a variety of creatures of vastly different configuration and origin. Also what happens to the landscape after the great drying and it's climate going forward is very important to the eventual outcome.
â Ash
1 hour ago
1
Considering that Kraken are mostly made up of water, the salt would actually help destroy their carcasses initially.
â Hosch250
58 mins ago
I suspect the real problem would be enterprising restaurateurs. I'd have trouble leaving that much prime calamari alone for two millennia.
â pojo-guy
52 mins ago
1
"Only the bones are left": what "bones"? Traditional krakens are molluscs, specifically some sort of cephalopod. What kind of animals are those bony krakens?
â AlexP
47 mins ago
"before they rot away and only the bones are left", now I'm imagining one of those dinosaur skeleton displays at a museum that just has a big beak hanging from a wire in a giant room with a sign saying 'Full, intact Kraken skeleton'...
â Giter
46 mins ago
 |Â
show 1 more comment
up vote
1
down vote
favorite
up vote
1
down vote
favorite
I have a bay of water containing several kracken. One day, due to the efforts of a magical organization, all of the water disappears. The kracken fall and die on the bed of salt that is left behind. Each are about 50 meters in length.
Assuming the kracken are preserved by the salt, how long could their carcasses survive intact, before they rot away and only the bones are left? My plot calls for them to survive a bit more than two millennia, but I'm not sure if this is realistic.
reality-check sea-creatures preservation
New contributor
I have a bay of water containing several kracken. One day, due to the efforts of a magical organization, all of the water disappears. The kracken fall and die on the bed of salt that is left behind. Each are about 50 meters in length.
Assuming the kracken are preserved by the salt, how long could their carcasses survive intact, before they rot away and only the bones are left? My plot calls for them to survive a bit more than two millennia, but I'm not sure if this is realistic.
reality-check sea-creatures preservation
reality-check sea-creatures preservation
New contributor
New contributor
New contributor
asked 1 hour ago
jhcdrok
112
112
New contributor
New contributor
1
I think you need to define "Kraken" somewhat as it can be used to refer to a variety of creatures of vastly different configuration and origin. Also what happens to the landscape after the great drying and it's climate going forward is very important to the eventual outcome.
â Ash
1 hour ago
1
Considering that Kraken are mostly made up of water, the salt would actually help destroy their carcasses initially.
â Hosch250
58 mins ago
I suspect the real problem would be enterprising restaurateurs. I'd have trouble leaving that much prime calamari alone for two millennia.
â pojo-guy
52 mins ago
1
"Only the bones are left": what "bones"? Traditional krakens are molluscs, specifically some sort of cephalopod. What kind of animals are those bony krakens?
â AlexP
47 mins ago
"before they rot away and only the bones are left", now I'm imagining one of those dinosaur skeleton displays at a museum that just has a big beak hanging from a wire in a giant room with a sign saying 'Full, intact Kraken skeleton'...
â Giter
46 mins ago
 |Â
show 1 more comment
1
I think you need to define "Kraken" somewhat as it can be used to refer to a variety of creatures of vastly different configuration and origin. Also what happens to the landscape after the great drying and it's climate going forward is very important to the eventual outcome.
â Ash
1 hour ago
1
Considering that Kraken are mostly made up of water, the salt would actually help destroy their carcasses initially.
â Hosch250
58 mins ago
I suspect the real problem would be enterprising restaurateurs. I'd have trouble leaving that much prime calamari alone for two millennia.
â pojo-guy
52 mins ago
1
"Only the bones are left": what "bones"? Traditional krakens are molluscs, specifically some sort of cephalopod. What kind of animals are those bony krakens?
â AlexP
47 mins ago
"before they rot away and only the bones are left", now I'm imagining one of those dinosaur skeleton displays at a museum that just has a big beak hanging from a wire in a giant room with a sign saying 'Full, intact Kraken skeleton'...
â Giter
46 mins ago
1
1
I think you need to define "Kraken" somewhat as it can be used to refer to a variety of creatures of vastly different configuration and origin. Also what happens to the landscape after the great drying and it's climate going forward is very important to the eventual outcome.
â Ash
1 hour ago
I think you need to define "Kraken" somewhat as it can be used to refer to a variety of creatures of vastly different configuration and origin. Also what happens to the landscape after the great drying and it's climate going forward is very important to the eventual outcome.
â Ash
1 hour ago
1
1
Considering that Kraken are mostly made up of water, the salt would actually help destroy their carcasses initially.
â Hosch250
58 mins ago
Considering that Kraken are mostly made up of water, the salt would actually help destroy their carcasses initially.
â Hosch250
58 mins ago
I suspect the real problem would be enterprising restaurateurs. I'd have trouble leaving that much prime calamari alone for two millennia.
â pojo-guy
52 mins ago
I suspect the real problem would be enterprising restaurateurs. I'd have trouble leaving that much prime calamari alone for two millennia.
â pojo-guy
52 mins ago
1
1
"Only the bones are left": what "bones"? Traditional krakens are molluscs, specifically some sort of cephalopod. What kind of animals are those bony krakens?
â AlexP
47 mins ago
"Only the bones are left": what "bones"? Traditional krakens are molluscs, specifically some sort of cephalopod. What kind of animals are those bony krakens?
â AlexP
47 mins ago
"before they rot away and only the bones are left", now I'm imagining one of those dinosaur skeleton displays at a museum that just has a big beak hanging from a wire in a giant room with a sign saying 'Full, intact Kraken skeleton'...
â Giter
46 mins ago
"before they rot away and only the bones are left", now I'm imagining one of those dinosaur skeleton displays at a museum that just has a big beak hanging from a wire in a giant room with a sign saying 'Full, intact Kraken skeleton'...
â Giter
46 mins ago
 |Â
show 1 more comment
3 Answers
3
active
oldest
votes
up vote
3
down vote
accepted
I'm going to assume that when you say "Kraken" you mean "giant octopus monster" meaning something biochemically identical to a modern octopus but huge. I'm also assuming that the water stays gone and the environment is perpetually dry. Given those assumptions the real world example of seal carcasses in Antarctica's Dry Valleys should be educational. Those bodies are preserved by the dryness of the environment more than the chemical action of the salt in the air but both play a part, they remain relatively intact (as in you can still tell it's a seal) for at least as much as 2600 years, so your two millennia shouldn't be an implausible time period.
Note that the only "bone" in a traditional Kraken would be the beak, possibly sucker hooks as well if they take more after giant squid.
add a comment |Â
up vote
2
down vote
Preserving organic materials or organisms in salt requires more than just laying on top of a salty layer.
It requires complete coverage with salt and frequent renewal of the salt, to remove the salt saturated with the water extracted from the organism.
Considering that your Kraken, whatever it is made of, is 50 meters long, I think only a very minor part of its body would be in contact with salt.
Decomposition of the body would then be unavoidable.
If you want to preserve the bodies in salt, they should have parts with low water content (if you dehydrate a jellyfish you will end up with nothing). A Kraken, being often depicted as a sort of cephalopod, has practically no hard parts.
If you handwave this and somehow manage to properly prepare the body in salt (and I assume a magical organization capable of emptying a bay can also manage to stir some Krakens in salt) by completely covering it in salt, your best bet is to cover the whole volume with non permeable materials, like clay. If layers of clay preserved rock salt in the bottom of the sea, they can presumably protect your salted Krakens for a couple of millenia.
I'm not sure of the chemistry, could the rising salinity as the sea dries suck out enough water to make further preservation without tissue lose practicable?
â Ash
35 mins ago
@Ash, I don't get your question
â L.Dutchâ¦
28 mins ago
As the sea dries out can the increasing salt concentration suck enough water from the Krakens to leave them dry enough that simply being on the salt pan will finish the job.
â Ash
24 mins ago
@Ash, the salt would extract water by osmotic pressure via the cellular membrane of the part in contact with it. The parts not in direct contact would likely rot well before the water can diffuse away.
â L.Dutchâ¦
22 mins ago
add a comment |Â
up vote
0
down vote
If "all of the water disappears" includes the water in the krakens and you could keep the bay dry, then you would likely end up with some kraken mummies that could easily last a couple thousand years.
Mummification works best on desiccated corpses that are left in dry areas, which describes the krakens and your former bay perfectly. As you expected, salt would help preserve them by leeching extra moisture out from the carcasses. However, the key is keeping the bay dry: unless the wizards also dam up the entrance to the bay and ensure that it doesn't fill with rain water or humid air, then no amount of salt would help them and they would quickly rot.
As a side note, if you wanted some natural kraken salt statues then the magical organization can regularly let water seep into the bay/krakens before removing it again. This cycle of seeping/evaporation will fill the kraken's cells with salt in a process called permineralization, the end result being petrified kraken corpses made entirely of salt with little to no organic material remaining.
add a comment |Â
3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
3
down vote
accepted
I'm going to assume that when you say "Kraken" you mean "giant octopus monster" meaning something biochemically identical to a modern octopus but huge. I'm also assuming that the water stays gone and the environment is perpetually dry. Given those assumptions the real world example of seal carcasses in Antarctica's Dry Valleys should be educational. Those bodies are preserved by the dryness of the environment more than the chemical action of the salt in the air but both play a part, they remain relatively intact (as in you can still tell it's a seal) for at least as much as 2600 years, so your two millennia shouldn't be an implausible time period.
Note that the only "bone" in a traditional Kraken would be the beak, possibly sucker hooks as well if they take more after giant squid.
add a comment |Â
up vote
3
down vote
accepted
I'm going to assume that when you say "Kraken" you mean "giant octopus monster" meaning something biochemically identical to a modern octopus but huge. I'm also assuming that the water stays gone and the environment is perpetually dry. Given those assumptions the real world example of seal carcasses in Antarctica's Dry Valleys should be educational. Those bodies are preserved by the dryness of the environment more than the chemical action of the salt in the air but both play a part, they remain relatively intact (as in you can still tell it's a seal) for at least as much as 2600 years, so your two millennia shouldn't be an implausible time period.
Note that the only "bone" in a traditional Kraken would be the beak, possibly sucker hooks as well if they take more after giant squid.
add a comment |Â
up vote
3
down vote
accepted
up vote
3
down vote
accepted
I'm going to assume that when you say "Kraken" you mean "giant octopus monster" meaning something biochemically identical to a modern octopus but huge. I'm also assuming that the water stays gone and the environment is perpetually dry. Given those assumptions the real world example of seal carcasses in Antarctica's Dry Valleys should be educational. Those bodies are preserved by the dryness of the environment more than the chemical action of the salt in the air but both play a part, they remain relatively intact (as in you can still tell it's a seal) for at least as much as 2600 years, so your two millennia shouldn't be an implausible time period.
Note that the only "bone" in a traditional Kraken would be the beak, possibly sucker hooks as well if they take more after giant squid.
I'm going to assume that when you say "Kraken" you mean "giant octopus monster" meaning something biochemically identical to a modern octopus but huge. I'm also assuming that the water stays gone and the environment is perpetually dry. Given those assumptions the real world example of seal carcasses in Antarctica's Dry Valleys should be educational. Those bodies are preserved by the dryness of the environment more than the chemical action of the salt in the air but both play a part, they remain relatively intact (as in you can still tell it's a seal) for at least as much as 2600 years, so your two millennia shouldn't be an implausible time period.
Note that the only "bone" in a traditional Kraken would be the beak, possibly sucker hooks as well if they take more after giant squid.
edited 41 mins ago
answered 55 mins ago
Ash
22.3k459133
22.3k459133
add a comment |Â
add a comment |Â
up vote
2
down vote
Preserving organic materials or organisms in salt requires more than just laying on top of a salty layer.
It requires complete coverage with salt and frequent renewal of the salt, to remove the salt saturated with the water extracted from the organism.
Considering that your Kraken, whatever it is made of, is 50 meters long, I think only a very minor part of its body would be in contact with salt.
Decomposition of the body would then be unavoidable.
If you want to preserve the bodies in salt, they should have parts with low water content (if you dehydrate a jellyfish you will end up with nothing). A Kraken, being often depicted as a sort of cephalopod, has practically no hard parts.
If you handwave this and somehow manage to properly prepare the body in salt (and I assume a magical organization capable of emptying a bay can also manage to stir some Krakens in salt) by completely covering it in salt, your best bet is to cover the whole volume with non permeable materials, like clay. If layers of clay preserved rock salt in the bottom of the sea, they can presumably protect your salted Krakens for a couple of millenia.
I'm not sure of the chemistry, could the rising salinity as the sea dries suck out enough water to make further preservation without tissue lose practicable?
â Ash
35 mins ago
@Ash, I don't get your question
â L.Dutchâ¦
28 mins ago
As the sea dries out can the increasing salt concentration suck enough water from the Krakens to leave them dry enough that simply being on the salt pan will finish the job.
â Ash
24 mins ago
@Ash, the salt would extract water by osmotic pressure via the cellular membrane of the part in contact with it. The parts not in direct contact would likely rot well before the water can diffuse away.
â L.Dutchâ¦
22 mins ago
add a comment |Â
up vote
2
down vote
Preserving organic materials or organisms in salt requires more than just laying on top of a salty layer.
It requires complete coverage with salt and frequent renewal of the salt, to remove the salt saturated with the water extracted from the organism.
Considering that your Kraken, whatever it is made of, is 50 meters long, I think only a very minor part of its body would be in contact with salt.
Decomposition of the body would then be unavoidable.
If you want to preserve the bodies in salt, they should have parts with low water content (if you dehydrate a jellyfish you will end up with nothing). A Kraken, being often depicted as a sort of cephalopod, has practically no hard parts.
If you handwave this and somehow manage to properly prepare the body in salt (and I assume a magical organization capable of emptying a bay can also manage to stir some Krakens in salt) by completely covering it in salt, your best bet is to cover the whole volume with non permeable materials, like clay. If layers of clay preserved rock salt in the bottom of the sea, they can presumably protect your salted Krakens for a couple of millenia.
I'm not sure of the chemistry, could the rising salinity as the sea dries suck out enough water to make further preservation without tissue lose practicable?
â Ash
35 mins ago
@Ash, I don't get your question
â L.Dutchâ¦
28 mins ago
As the sea dries out can the increasing salt concentration suck enough water from the Krakens to leave them dry enough that simply being on the salt pan will finish the job.
â Ash
24 mins ago
@Ash, the salt would extract water by osmotic pressure via the cellular membrane of the part in contact with it. The parts not in direct contact would likely rot well before the water can diffuse away.
â L.Dutchâ¦
22 mins ago
add a comment |Â
up vote
2
down vote
up vote
2
down vote
Preserving organic materials or organisms in salt requires more than just laying on top of a salty layer.
It requires complete coverage with salt and frequent renewal of the salt, to remove the salt saturated with the water extracted from the organism.
Considering that your Kraken, whatever it is made of, is 50 meters long, I think only a very minor part of its body would be in contact with salt.
Decomposition of the body would then be unavoidable.
If you want to preserve the bodies in salt, they should have parts with low water content (if you dehydrate a jellyfish you will end up with nothing). A Kraken, being often depicted as a sort of cephalopod, has practically no hard parts.
If you handwave this and somehow manage to properly prepare the body in salt (and I assume a magical organization capable of emptying a bay can also manage to stir some Krakens in salt) by completely covering it in salt, your best bet is to cover the whole volume with non permeable materials, like clay. If layers of clay preserved rock salt in the bottom of the sea, they can presumably protect your salted Krakens for a couple of millenia.
Preserving organic materials or organisms in salt requires more than just laying on top of a salty layer.
It requires complete coverage with salt and frequent renewal of the salt, to remove the salt saturated with the water extracted from the organism.
Considering that your Kraken, whatever it is made of, is 50 meters long, I think only a very minor part of its body would be in contact with salt.
Decomposition of the body would then be unavoidable.
If you want to preserve the bodies in salt, they should have parts with low water content (if you dehydrate a jellyfish you will end up with nothing). A Kraken, being often depicted as a sort of cephalopod, has practically no hard parts.
If you handwave this and somehow manage to properly prepare the body in salt (and I assume a magical organization capable of emptying a bay can also manage to stir some Krakens in salt) by completely covering it in salt, your best bet is to cover the whole volume with non permeable materials, like clay. If layers of clay preserved rock salt in the bottom of the sea, they can presumably protect your salted Krakens for a couple of millenia.
answered 51 mins ago
L.Dutchâ¦
65.3k20155307
65.3k20155307
I'm not sure of the chemistry, could the rising salinity as the sea dries suck out enough water to make further preservation without tissue lose practicable?
â Ash
35 mins ago
@Ash, I don't get your question
â L.Dutchâ¦
28 mins ago
As the sea dries out can the increasing salt concentration suck enough water from the Krakens to leave them dry enough that simply being on the salt pan will finish the job.
â Ash
24 mins ago
@Ash, the salt would extract water by osmotic pressure via the cellular membrane of the part in contact with it. The parts not in direct contact would likely rot well before the water can diffuse away.
â L.Dutchâ¦
22 mins ago
add a comment |Â
I'm not sure of the chemistry, could the rising salinity as the sea dries suck out enough water to make further preservation without tissue lose practicable?
â Ash
35 mins ago
@Ash, I don't get your question
â L.Dutchâ¦
28 mins ago
As the sea dries out can the increasing salt concentration suck enough water from the Krakens to leave them dry enough that simply being on the salt pan will finish the job.
â Ash
24 mins ago
@Ash, the salt would extract water by osmotic pressure via the cellular membrane of the part in contact with it. The parts not in direct contact would likely rot well before the water can diffuse away.
â L.Dutchâ¦
22 mins ago
I'm not sure of the chemistry, could the rising salinity as the sea dries suck out enough water to make further preservation without tissue lose practicable?
â Ash
35 mins ago
I'm not sure of the chemistry, could the rising salinity as the sea dries suck out enough water to make further preservation without tissue lose practicable?
â Ash
35 mins ago
@Ash, I don't get your question
â L.Dutchâ¦
28 mins ago
@Ash, I don't get your question
â L.Dutchâ¦
28 mins ago
As the sea dries out can the increasing salt concentration suck enough water from the Krakens to leave them dry enough that simply being on the salt pan will finish the job.
â Ash
24 mins ago
As the sea dries out can the increasing salt concentration suck enough water from the Krakens to leave them dry enough that simply being on the salt pan will finish the job.
â Ash
24 mins ago
@Ash, the salt would extract water by osmotic pressure via the cellular membrane of the part in contact with it. The parts not in direct contact would likely rot well before the water can diffuse away.
â L.Dutchâ¦
22 mins ago
@Ash, the salt would extract water by osmotic pressure via the cellular membrane of the part in contact with it. The parts not in direct contact would likely rot well before the water can diffuse away.
â L.Dutchâ¦
22 mins ago
add a comment |Â
up vote
0
down vote
If "all of the water disappears" includes the water in the krakens and you could keep the bay dry, then you would likely end up with some kraken mummies that could easily last a couple thousand years.
Mummification works best on desiccated corpses that are left in dry areas, which describes the krakens and your former bay perfectly. As you expected, salt would help preserve them by leeching extra moisture out from the carcasses. However, the key is keeping the bay dry: unless the wizards also dam up the entrance to the bay and ensure that it doesn't fill with rain water or humid air, then no amount of salt would help them and they would quickly rot.
As a side note, if you wanted some natural kraken salt statues then the magical organization can regularly let water seep into the bay/krakens before removing it again. This cycle of seeping/evaporation will fill the kraken's cells with salt in a process called permineralization, the end result being petrified kraken corpses made entirely of salt with little to no organic material remaining.
add a comment |Â
up vote
0
down vote
If "all of the water disappears" includes the water in the krakens and you could keep the bay dry, then you would likely end up with some kraken mummies that could easily last a couple thousand years.
Mummification works best on desiccated corpses that are left in dry areas, which describes the krakens and your former bay perfectly. As you expected, salt would help preserve them by leeching extra moisture out from the carcasses. However, the key is keeping the bay dry: unless the wizards also dam up the entrance to the bay and ensure that it doesn't fill with rain water or humid air, then no amount of salt would help them and they would quickly rot.
As a side note, if you wanted some natural kraken salt statues then the magical organization can regularly let water seep into the bay/krakens before removing it again. This cycle of seeping/evaporation will fill the kraken's cells with salt in a process called permineralization, the end result being petrified kraken corpses made entirely of salt with little to no organic material remaining.
add a comment |Â
up vote
0
down vote
up vote
0
down vote
If "all of the water disappears" includes the water in the krakens and you could keep the bay dry, then you would likely end up with some kraken mummies that could easily last a couple thousand years.
Mummification works best on desiccated corpses that are left in dry areas, which describes the krakens and your former bay perfectly. As you expected, salt would help preserve them by leeching extra moisture out from the carcasses. However, the key is keeping the bay dry: unless the wizards also dam up the entrance to the bay and ensure that it doesn't fill with rain water or humid air, then no amount of salt would help them and they would quickly rot.
As a side note, if you wanted some natural kraken salt statues then the magical organization can regularly let water seep into the bay/krakens before removing it again. This cycle of seeping/evaporation will fill the kraken's cells with salt in a process called permineralization, the end result being petrified kraken corpses made entirely of salt with little to no organic material remaining.
If "all of the water disappears" includes the water in the krakens and you could keep the bay dry, then you would likely end up with some kraken mummies that could easily last a couple thousand years.
Mummification works best on desiccated corpses that are left in dry areas, which describes the krakens and your former bay perfectly. As you expected, salt would help preserve them by leeching extra moisture out from the carcasses. However, the key is keeping the bay dry: unless the wizards also dam up the entrance to the bay and ensure that it doesn't fill with rain water or humid air, then no amount of salt would help them and they would quickly rot.
As a side note, if you wanted some natural kraken salt statues then the magical organization can regularly let water seep into the bay/krakens before removing it again. This cycle of seeping/evaporation will fill the kraken's cells with salt in a process called permineralization, the end result being petrified kraken corpses made entirely of salt with little to no organic material remaining.
answered 9 mins ago
Giter
9,68842231
9,68842231
add a comment |Â
add a comment |Â
jhcdrok is a new contributor. Be nice, and check out our Code of Conduct.
jhcdrok is a new contributor. Be nice, and check out our Code of Conduct.
jhcdrok is a new contributor. Be nice, and check out our Code of Conduct.
jhcdrok is a new contributor. Be nice, and check out our Code of Conduct.
Sign up or log in
StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);
Sign up using Google
Sign up using Facebook
Sign up using Email and Password
Post as a guest
StackExchange.ready(
function ()
StackExchange.openid.initPostLogin('.new-post-login', 'https%3a%2f%2fworldbuilding.stackexchange.com%2fquestions%2f126426%2fhow-long-could-a-krackens-carcass-survive-if-preserved-in-salt%23new-answer', 'question_page');
);
Post as a guest
Sign up or log in
StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);
Sign up using Google
Sign up using Facebook
Sign up using Email and Password
Post as a guest
Sign up or log in
StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);
Sign up using Google
Sign up using Facebook
Sign up using Email and Password
Post as a guest
Sign up or log in
StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);
Sign up using Google
Sign up using Facebook
Sign up using Email and Password
Sign up using Google
Sign up using Facebook
Sign up using Email and Password
1
I think you need to define "Kraken" somewhat as it can be used to refer to a variety of creatures of vastly different configuration and origin. Also what happens to the landscape after the great drying and it's climate going forward is very important to the eventual outcome.
â Ash
1 hour ago
1
Considering that Kraken are mostly made up of water, the salt would actually help destroy their carcasses initially.
â Hosch250
58 mins ago
I suspect the real problem would be enterprising restaurateurs. I'd have trouble leaving that much prime calamari alone for two millennia.
â pojo-guy
52 mins ago
1
"Only the bones are left": what "bones"? Traditional krakens are molluscs, specifically some sort of cephalopod. What kind of animals are those bony krakens?
â AlexP
47 mins ago
"before they rot away and only the bones are left", now I'm imagining one of those dinosaur skeleton displays at a museum that just has a big beak hanging from a wire in a giant room with a sign saying 'Full, intact Kraken skeleton'...
â Giter
46 mins ago