## Net Biomass Solution

STEP 0: Pre-Calculation Summary
Formula Used
Net Biomass = Gross Primary Production-Gross Decrease in Biomass
Nbiomass = Ibiomass-Dbiomass
This formula uses 3 Variables
Variables Used
Net Biomass - (Measured in Biomass Kilogram per Square Meter) - Net biomass is the amount of biomass left after the substraction of the decrease of biomass from the increase of biomass.
Gross Primary Production - (Measured in Biomass Kilogram per Square Meter) - Gross Primary production is the biomass produced by organisms over a period of time.
Gross Decrease in Biomass - (Measured in Biomass Kilogram per Square Meter) - Gross Decrease in Biomass is the loss moving upward the ecological pyramid as only 10% energy is transmitted to the next level.
STEP 1: Convert Input(s) to Base Unit
Gross Primary Production: 100 Biomass Kilogram per Square Meter --> 100 Biomass Kilogram per Square Meter No Conversion Required
Gross Decrease in Biomass: 16 Biomass Kilogram per Square Meter --> 16 Biomass Kilogram per Square Meter No Conversion Required
STEP 2: Evaluate Formula
Substituting Input Values in Formula
Nbiomass = Ibiomass-Dbiomass --> 100-16
Evaluating ... ...
Nbiomass = 84
STEP 3: Convert Result to Output's Unit
84 Biomass Kilogram per Square Meter --> No Conversion Required
84 Biomass Kilogram per Square Meter <-- Net Biomass
(Calculation completed in 00.016 seconds)
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## Credits

Created by Soupayan banerjee
National University of Judicial Science (NUJS), Kolkata
Soupayan banerjee has created this Calculator and 200+ more calculators!
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National Institute of Technology (NIT), Meghalaya
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## < 10+ Atmospheric Chemistry Calculators

Drake's Equation for Number of Planets with Intelligent Communicative Extraterrestrial Life

## Drake's Equation for Number of Planets with Intelligent Communicative Extraterrestrial Life

Formula
"N"_{"civilization"} = ("R"*"f"_{"p"}*"f"_{"l"}*"n"_{"e"}*"f"_{"i"}*"f"_{"c"}*"L")

Example
"4.7E^7"=("24"*"7"*"11"*"6"*"14"*"12"*"25")

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Number of Communicative Civilizations = (Rate of Formation of Suitable Stars*Fraction of Those Stars with Planets*Fraction of Earth sized Planets where Life Grows*Number of Earth-sized Worlds per Planetary System*Fraction of Life Sites where Intelligence Develops*Fraction of Communicative Planets*Lifetime of Communicating Civilizations)
Instantaneous Growth rates of Predator using Lotka Volterra Equation

## Instantaneous Growth rates of Predator using Lotka Volterra Equation

Formula
"dPdt" = ("c"*"a"^{"'"}*"N"_{"P/C"}*"N")-("q"*"N"_{"P/C"})

Example
"49600"=("4"*"15"*"32"*"26")-("10"*"32")

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Instantaneous Growth rates of Predator = (Conversion Efficiency into Offspring*Attack Rate of Predator*Number of Predators or Consumers*Number of Prey)-(Predator or Consumer Mortality Rate*Number of Predators or Consumers)
Instantaneous Growth Rate of Prey using Lotka Volterra equation

## Instantaneous Growth Rate of Prey using Lotka Volterra equation

Formula
"dNdt" = (("r"*"N")-("a"^{"'"}*"N"_{"P/C"}*"N"))

Example
"13520"=(("1000"*"26")-("15"*"32"*"26"))

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LaTeX
Instantaneous Growth rates of Prey = ((Growth Rate of Prey*Number of Prey)-(Attack Rate of Predator*Number of Predators or Consumers*Number of Prey))
Human Impact on Environment by IPAT Equation

## Human Impact on Environment by IPAT Equation

Formula
"I" = ("P"_{"species"}*"A"*"T")

Example
"2470"=("38"*"5"*"13")

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Human Impact on Environment = (Population of Species*Affluence*Technology)
Population Count by IPAT equation

## Population Count by IPAT equation

Formula
"P" = "I"/("A"*"T")

Example
"0.307692"="20"/("5"*"13")

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Population = Human Impact on Environment/(Affluence*Technology)
Technology Count by IPAT equation

## Technology Count by IPAT equation

Formula
"T" = "I"/("A"*"P")

Example
"0.133333"="20"/("5"*"30")

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Technology = Human Impact on Environment/(Affluence*Population)
Affluence Count by IPAT equation

## Affluence Count by IPAT equation

Formula
"A" = "I"/("T"*"P")

Example
"0.051282"="20"/("13"*"30")

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LaTeX
Affluence = Human Impact on Environment/(Technology*Population)
Residence Time of Gas

## Residence Time of Gas

Formula
"T"_{"residence"} = "M"/"F"

Example
"3.166667s"="19kg"/"6.0kg/s"

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LaTeX
Residence Time of gas = Average Mass in Atmosphere/Total Average Influx or Outflux
Net Primary Production

## Net Primary Production

Formula
"NPP" = "I"_{"biomass"}-"R"_{"loss"}

Example
"91kg/m^2"="100kg/m^2"-"91/s"

Calculator
LaTeX
Net Primary Production = Gross Primary Production-Respiratory Loss
Net Biomass

## Net Biomass

Formula
"N"_{"biomass"} = "I"_{"biomass"}-"D"_{"biomass"}

Example
"84kg/m^2"="100kg/m^2"-"16kg/m^2"

Calculator
LaTeX
Net Biomass = Gross Primary Production-Gross Decrease in Biomass

## Net Biomass Formula

Net Biomass = Gross Primary Production-Gross Decrease in Biomass
Nbiomass = Ibiomass-Dbiomass

## What is Ecoforestry?

Ecoforestry has been defined as selection forestry or restoration forestry. The main idea of ecoforestry is to maintain or restore the forest to standards where the forest may still be harvested for products on a sustainable basis. Ecoforestry is forestry that emphasizes holistic practices which strive to protect and restore ecosystems rather than maximize economic productivity.

## How to Calculate Net Biomass?

Net Biomass calculator uses Net Biomass = Gross Primary Production-Gross Decrease in Biomass to calculate the Net Biomass, The Net Biomass formula is defined as the amount of biomass left in the universe after the elevation of trophic level with only 10% of the previous amount of energy. Net Biomass is denoted by Nbiomass symbol.

How to calculate Net Biomass using this online calculator? To use this online calculator for Net Biomass, enter Gross Primary Production (Ibiomass) & Gross Decrease in Biomass (Dbiomass) and hit the calculate button. Here is how the Net Biomass calculation can be explained with given input values -> 84 = 100-16.

### FAQ

What is Net Biomass?
The Net Biomass formula is defined as the amount of biomass left in the universe after the elevation of trophic level with only 10% of the previous amount of energy and is represented as Nbiomass = Ibiomass-Dbiomass or Net Biomass = Gross Primary Production-Gross Decrease in Biomass. Gross Primary production is the biomass produced by organisms over a period of time & Gross Decrease in Biomass is the loss moving upward the ecological pyramid as only 10% energy is transmitted to the next level.
How to calculate Net Biomass?
The Net Biomass formula is defined as the amount of biomass left in the universe after the elevation of trophic level with only 10% of the previous amount of energy is calculated using Net Biomass = Gross Primary Production-Gross Decrease in Biomass. To calculate Net Biomass, you need Gross Primary Production (Ibiomass) & Gross Decrease in Biomass (Dbiomass). With our tool, you need to enter the respective value for Gross Primary Production & Gross Decrease in Biomass and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well. Let Others Know