Total final appeal, conservation progress, final scoring cards, end-game bonuses, reputation, break bonuses, and map effects before comparing against the conservation scoring area.
| Scoring Step | What To Add | Track Affected | Calculator Field |
|---|---|---|---|
| Current markers | Appeal and conservation before final scoring | Both tracks | Appeal, conservation |
| Final scoring cards | Only the points earned from your kept scoring card or cards | Appeal or conservation | Final scoring fields |
| End-game cards | End icons and stored card bonuses that resolve after the game | Appeal or conservation | End-game fields |
| Compare markers | Final appeal minus the conservation scoring area floor | Final score | Result card |
| Conservation Total | Estimated Target | Score Feel | When Manual Helps |
|---|---|---|---|
| 10 conservation | 94 appeal | Usually negative | Read the printed area if close |
| 20 conservation | 64 appeal | Crossing range | Use board target for exact end score |
| 29 conservation | 37 appeal | Strong conservation | Manual target resolves bracket edges |
| 35 conservation | 19 appeal | Very high finish | Check clamped end spaces |
| Bonus Source | Common Direction | Input Choice | Scoring Note |
|---|---|---|---|
| Final scoring card | Appeal or conservation | Final fields | Enter only the achieved value |
| Reputation scoring | Appeal | Reputation value | Use when a card converts reputation to points |
| Break timing | Either track | Break bonus fields | Include only effects that actually resolved |
| Map reward | Either track | Map effect fields | Use for unlocked bonuses and placement rewards |
| Scenario | Appeal Check | Conservation Check | Practical Read |
|---|---|---|---|
| Negative score | Appeal below target | Markers have not crossed | Normal in learning games |
| Near zero | Appeal near target | One bonus can swing it | Manual target is useful |
| Positive score | Appeal above target | Markers crossed | Compare final score gaps |
| Tie check | Same final score | Project count matters | Use supported projects as note |
Calculating the final scores in the game Ark Nova are a mathematical process that consider the interaction between the appeal track and the conservation track to determine the final score for that round. The appeal and conservation scores determines the scoring requirements for the players. A player that scores a low conservation score will require a high appeal score to earn a high score for that round.
In contrast, a player with a high conservation score will require a more lower appeal score to earn a high score for that round. Thus, players must manage both the appeal and conservation score tracks to earn a high score for the round. Errors in calculating the player score may occur due to the multiple types of point that a player can earn.
For instance, a player can sum the base markers earned on the appeal and conservation tracks, the points earned from the final scoring cards can be added, the end game icons and sponsor effects can be summed, as well as the map bonuses or reputation cards. It is easy for a person to forget one of these source of points. Using a calculator can help to avoid these type of scoring errors.
The conservation scoring area floor is the specific value of conservation points that a player need to score based on their conservation level. A reference table can be used to find this value because the conservation scoring area floor change based on a player’s conservation level. If a player increases their conservation level, the conservation scoring area floor will decrease.
This means that a player will score points with a lower appeal score. There is a specific sequence in which a player must calculate the score for that round. A player must ensure that they resolve every effect for the game that may move the marker along the appeal and conservation track before they begins calculating the target appeal score.
If a player calculates their target appeal score prior to adding the points from the final scoring cards, they will likely arrive at a target appeal score that is too high. This could result in an incorrect score calculation for that round. Thus, a player must first add all of the conservation score points, then look at the intersection of the appeal and conservation score tracks.
It is possible for a player to recieve a negative score for the round if their appeal marker are lower than the target appeal score that they calculated from their conservation level. This score indicate that the player’s appeal and conservation scores are not in sync with each other. For this reason, it is essential for a player to ensure that their appeal and conservation score together will reach their target appeal score.
Additionally, in the case that two players has the same score for the round, the player with the higher number of supported conservation projects will be the rounds winner. By following these steps and using a calculator to ensure accuracy, a player can be certain that their calculated score are accurate.
