Mushroom Theories

Mushroom Spawn Theories

This page should server as a central place to collect knowledge how, where and why mushrooms spawn. For specific mushroom type spawns see Mushrooms

It has been suggested that we are capable of influencing the mushroom spawns. This page intends to help find out how.

Observations

• Spawns start and end at the same time. This seems to be constant for each mushroom type
• Spawns seem to have a certain terrain type they prefer, tho this does allow for some variation
• The measurements made by the Ecology skill may or may not play a part.
• Specific spawns vary in size over time and possibly by season too.

Ecology Theory (Not Proven)

Mushrooms spawn based on the combination of terrain and some combination of ecological factors. The size of the spawn is randomly determined.

Motivation

Specific mushroom types seem to spawn in specific areas most of the time. For instance Dead Tongue always seems to be near water and Iron Knot always seems to be near steep rocky terrain. Some spots that might have the same terrain type does not have the the given mushrooms, indicating some other factor.

From various hints dropped previously it would appear that there are 7 layers, 2 of which are not directly measurable.

From T1 amnesty (does any of the other amnesty logs mention ecology?)

00:49 The ecology system never really drove the game as much as planned...
00:50 The idea was that there are all these layers representing things like soot (given off by certain buildings), Acid (mining, other buildings), Nitrogen (eaten by some shrooms, consumed by others), and a few others.
00:50 And mushrooms were supposed to thrive on some layer values while modifying others.
00:51 Sort of a complex version of the wolves/rabbits ecosystem.
00:53 And we tuned it and tuned it, but never really got it so that everything followed comprehensible patterns.  People got good at hunting for shrooms, but I never heard someone say "hey, after I pollute this area with soot, then SLaves Breads no longer grow.

This means the list of layers is possibly

• Acidity
• Phosphorous
• Groundwater
• Heavy Metals
• Soot?
• Terrain?
• X = Nitrogen?
• Y = ?

How To Prove

Collect ecological data where mushrooms are found and add them to a central database to see if a pattern emerges. A good start is [1]

Important parameters:

• Acidity
• Heavy Metals
• Phosphorous
• Ground Water
• Rocky?
• Sandy?
• Water?
• Sea/Salinity? (for Salt Water Fungus)
• Road?
• Steep/Flat?

Any other parameters?

Alternatively try to create the correct ecologic conditions for a specific type of mushroom in a place that they do not spawn at present. This does however require better understanding of what those ecological parameters are.

Cellular Automaton (Not Proven)

There is an underlying automaton model for each mushroom type. Possibly there are also fixed origin points to seed the model. Such fixed seed points might also be time dependent (say end of a season or end of month)

Motivation

Spawns seem to move over time.

(Meta Thinking) Cellular automata are used for the patterns on the beetles in beetle breeding.

How To Prove

• Picking all the mushrooms in a given spawn might destroy the spawn unless there is also a seeding point.

• Picking mushrooms from only one side of a spawn might influence the movement of the spawn.

• Map a specific spawn in detail over time

Spore Theory (Not Proven)

• Mushrooms grow from spores.
• Spores have a certain incubation time before they grow mushrooms. This may vary by mushroom type.
• Mushrooms only grow if the spores are in a suitable location (terrain).
• Spores are created by existing mushrooms, either fresh or dropped.
• Spores travel from the parent mushroom for a certain distance in a certain direction. This may vary by mushroom type.

Motivation

There is some anecdotal evidence for cycles in the mushroom spawns in a given location. Some spawns seem to travel from night to night.

(Meta Thinking) This is similar to the way Papyrus seems to work.

How To Prove

Try to transplant a prolific mushroom (say Iron Knot or Cobra Hood Mushroom) to a location that does not have that type of mushroom at present. This supposes that dropping a picked mushroom also generates spores. It seems likely that these two mushrooms have the shortest incubation period and the shortest travel distance.

If such a transplant succeeds the other two theories are proven wrong.

A single successful "transplant" won't be able to prove whether the action taken (dropping the shroom) caused the bloom or whether that spawn would have happened anyway at that location due to some other factor. We'll need to be able to get consistent transplant results (e.g. we can with a high success percentage cause the appearance of the shrooms if action X is done) before we can rule out other options. --Shebi 13:50, 14 April 2009 (EST)