Resident Soil PRGs

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

consumption of fruits and vegetables combined with soil

consumption of fruits and vegetables.

total

Resident Soil CDIs

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

consumption of fruits and vegetables combined with soil

Resident Soil Alternate External Exposure Analysis PRGs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Resident Soil Alternate External Exposure Analysis CDIs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Resident Air PRGs

inhalation

external exposure to ionizing radiation

total

Resident Air CDIs

inhalation

external exposure to ionizing radiation

Resident Tap Water PRGs

ingestion of tap water

inhalation (The inhalation exposure route is only calculated for C-14 and H-3 as well as Rn-222, Rn-220, and Rn-219, including their short-lived progeny. Also, volatilization in the equation comes from household uses of water (e.g., showering, laundering, dish washing)).

immersion

consumption of fruits and vegetables combined with water

consumption of fruits and vegetables

total

Resident Tap Water CDIs

ingestion of tap water

inhalation (The inhalation exposure route is only calculated for C-14 and H-3 as well as Rn-222, Rn-220, and Rn-219, including their short-lived progeny. Also, volatilization in the equation comes from household uses of water (e.g., showering, laundering, dish washing)).

immersion

consumption of fruits and vegetables combined with water

Resident Consumption of Fish PRG

The consumption of fish equation, presented here, contains the following exposure route:

consumption of fish.

Resident Consumption of Fish CDI

The consumption of fish equation, presented here, contains the following exposure route:

consumption of fish.

Composite Worker Soil PRGs

The composite worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

total

Composite Worker Soil CDIs

The composite worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

Composite Worker Soil Alternate External Exposure Analysis PRGs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Composite Worker Soil Alternate External Exposure Analysis CDIs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Composite Worker Air PRGs

The composite worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

total (without half-life decay)

Composite Worker Air CDIs

The composite worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

Outdoor Worker Soil PRGs

The outdoor worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

total

Outdoor Worker Soil CDIs

The outdoor worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

Outdoor Worker Soil Alternate External Exposure Analysis PRGs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Outdoor Worker Soil Alternate External Exposure Analysis CDIs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Outdoor Worker Air PRGs

The outdoor worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

total (without half-life decay)

Outdoor Worker Air CDIs

The outdoor worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

Indoor Worker Soil PRGs

The indoor worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

total

Indoor Worker Soil CDIs

The indoor worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

Indoor Worker Soil Alternate External Exposure Analysis PRGs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Indoor Worker Soil Alternate External Exposure Analysis CDIs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Indoor Worker Air PRGs

The indoor worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

total (without half-life decay)

Indoor Worker Air CDIs

The indoor worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

Construction Worker Soil PRGs - Exposure to Standard Vehicle Traffic

The construction worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

total

Construction Worker Soil CDIs - Exposure to Standard Vehicle Traffic

The construction worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

Construction Worker Soil PRGs - Exposure to Other Construction Activities

The construction worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

total

Construction Worker Soil CDIs - Exposure to Other Construction Activities

The construction worker soil land use equation, presented here, contains the following exposure routes:

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

Construction Worker Soil Alternate External Exposure Analysis PRGs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Construction Worker Soil Alternate External Exposure Analysis CDIs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Construction Worker Air PRGs

The composite worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

total (without half-life decay)

Construction Worker Air CDIs

The composite worker ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

Recreator Soil PRGs

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

consumption of land game - combined with soil

consumption of fowl - combined with soil

total

Recreator Soil CDIs

incidental ingestion of soil

inhalation of particulates emitted from soil

external exposure to ionizing radiation

consumption of land game - combined with soil

consumption of fowl - combined with soil

Recreator Soil Alternate External Exposure Analysis PRGs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Recreator Soil Alternate External Exposure Analysis CDIs

Direct External Exposure to contamination at infinite depth

Direct External Exposure to contamination at 1 cm

Direct External Exposure to contamination at 5 cm

Direct External Exposure to contamination at 15 cm

Direct External Exposure to contamination dust

Recreator Air PRGs

The recreator ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

total (without half-life decay)

Recreator Air CDIs

The recreator ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

Recreator Surface Water PRGs

ingestion of surface water

immersion

consumption of land game - combined with water.

consumption of fowl - combined with water

total

Recreator Surface Water CDIs

ingestion of surface water

immersion

consumption of land game - combined with water.

consumption of fowl - combined with water

Recreator Consumption of Fowl and Game PRGs

The consumption of game and fowl equations, presented here, contains the following exposure routes:

consumption of fowl - direct

consumption of land game - direct

Recreator Consumption of Fowl and Game CDIs

The consumption of game and fowl equations, presented here, contains the following exposure routes:

consumption of fowl - direct

consumption of land game - direct

Farmer Direct Consumption of Agricultural Products PRGs

consumption of fruits and vegetables. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 9 update of the Exposure Factors Handbook were used to derive the intakes for home-grown produce

consumption of poultry. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced poultry

consumption of eggs. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced eggs

consumption of beef. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced beef

consumption of dairy. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced dairy

consumption of swine. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced swine

consumption of fin fish. Chapters 10 and 13 of the 2011 Exposure Factors Handbook were used to derive the intakes for home-caught fin fish.

consumption of shellfish. Table 10-9 of the 2011 Exposure Factors Handbook was used to derive the intakes for home-caught shellfish.

The following consumption routes are provided in site-specific mode only and requires the user to enter their own data, as the tool only provides a transfer factor.

consumption of goat.

consumption of goat milk.

consumption of sheep.

consumption of sheep milk.

Farmer Direct Consumption of Agricultural Products CDIs

consumption of fruits and vegetables. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 9 update of the Exposure Factors Handbook were used to derive the intakes for home-grown produce

consumption of poultry. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced poultry

consumption of eggs. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced eggs

consumption of beef. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced beef

consumption of dairy. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced dairy

consumption of swine. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced swine

consumption of fin fish. Chapters 10 and 13 of the 2011 Exposure Factors Handbook were used to derive the intakes for home-caught fin fish.

consumption of shellfish. Table 10-9 of the 2011 Exposure Factors Handbook was used to derive the intakes for home-caught shellfish.

consumption of goat.

consumption of goat milk.

consumption of sheep.

consumption of sheep milk.

Farmer Direct Consumption of Agricultural Products PRGs - Combined Soil and Biota

incidental ingestion of soil

inhalation of particulates emitted from soil,

external exposure to ionizing radiation, and

consumption of fruits and vegetables. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 9 update of the Exposure Factors Handbook were used to derive the intakes for home-grown produce

consumption of poultry. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced poultry

consumption of eggs. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced eggs

consumption of beef. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced beef

consumption of dairy. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced dairy

consumption of swine. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced swine

consumption of fin fish. Chapters 10 and 13 of the 2011 Exposure Factors Handbook were used to derive the intakes for home-caught fin fish.

consumption of shellfish. Table 10-9 of the 2011 Exposure Factors Handbook was used to derive the intakes for home-caught shellfish.

total.

The following consumption routes are provided in site-specific mode only and requires the user to enter their own data, as the tool only provides a transfer factor.

consumption of goat.

consumption of goat milk.

consumption of sheep.

consumption of sheep milk.

Farmer Direct Consumption of Agricultural Products CDIs - Combined Soil and Biota

incidental ingestion of soil

inhalation of particulates emitted from soil,

external exposure to ionizing radiation, and

consumption of fruits and vegetables. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 9 update of the Exposure Factors Handbook were used to derive the intakes for home-grown produce

consumption of poultry. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced poultry

consumption of eggs. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced eggs

consumption of beef. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced beef

consumption of dairy. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced dairy

consumption of swine. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced swine

consumption of fin fish. Chapters 10 and 13 of the 2011 Exposure Factors Handbook were used to derive the intakes for home-caught fin fish.

consumption of shellfish. Table 10-9 of the 2011 Exposure Factors Handbook was used to derive the intakes for home-caught shellfish.

consumption of goat.

consumption of goat milk.

consumption of sheep.

consumption of sheep milk.

Farmer Direct Consumption of Agricultural Products PRGs - Combined Water and Biota

ingestion of tap water

inhalation (The inhalation exposure route is only calculated for C-14 and H-3 as well as Rn-222, Rn-220, and Rn-219, including their short-lived progeny. Also, volatilization in the equation comes from household uses of water (e.g., showering, laundering, dish washing)).

immersion

consumption of fruits and vegetables. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 9 update of the Exposure Factors Handbook were used to derive the intakes for home-grown produce

consumption of poultry. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced poultry

consumption of eggs. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced eggs

consumption of beef. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced beef

consumption of dairy. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced dairy

consumption of swine. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced swine

consumption of fin fish. Chapters 10 and 13 of the 2011 Exposure Factors Handbook were used to derive the intakes for home-caught fin fish.

consumption of shellfish. Table 10-9 of the 2011 Exposure Factors Handbook was used to derive the intakes for home-caught shellfish.

total.

The following consumption routes are provided in site-specific mode only and requires the user to enter their own data, as the tool only provides a transfer factor.

consumption of goat.

consumption of goat milk.

consumption of sheep.

consumption of sheep milk.

Farmer Direct Consumption of Agricultural Products CDIs - Combined Water and Biota

ingestion of tap water

inhalation (The inhalation exposure route is only calculated for C-14 and H-3 as well as Rn-222, Rn-220, and Rn-219, including their short-lived progeny. Also, volatilization in the equation comes from household uses of water (e.g., showering, laundering, dish washing)).

immersion

consumption of fruits and vegetables. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 9 update of the Exposure Factors Handbook were used to derive the intakes for home-grown produce

consumption of poultry. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced poultry

consumption of eggs. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced eggs

consumption of beef. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced beef

consumption of dairy. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced dairy

consumption of swine. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced swine

consumption of fin fish. Chapters 10 and 13 of the 2011 Exposure Factors Handbook were used to derive the intakes for home-caught fin fish.

consumption of shellfish. Table 10-9 of the 2011 Exposure Factors Handbook was used to derive the intakes for home-caught shellfish.

consumption of goat.

consumption of goat milk.

consumption of sheep.

consumption of sheep milk.

Farmer Direct Consumption of Agricultural Products PRGs - Combined Soil and Water

consumption of fruits and vegetables. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 9 update of the Exposure Factors Handbook were used to derive the intakes for home-grown produce

where:

consumption of poultry. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced poultry

consumption of eggs. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced eggs

consumption of beef. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced beef

consumption of dairy. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced dairy

consumption of swine. Chapter 13 of the 2011 Exposure Factors Handbook and the 2018 chapter 11 update of the Exposure Factors Handbook were used to derive the intakes for home-produced swine

consumption of fin fish. Chapters 10 and 13 of the 2011 Exposure Factors Handbook were used to derive the intakes for home-caught fin fish.

consumption of shellfish. Table 10-9 of the 2011 Exposure Factors Handbook was used to derive the intakes for home-caught shellfish.

The following consumption routes are provided in site-specific mode only and requires the user to enter their own data, as the tool only provides a transfer factor.

consumption of goat.

consumption of goat milk.

consumption of sheep.

consumption of sheep milk.

Farmer Air PRGs

The farmer ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

total (without half-life decay)

Farmer Air CDIs

The farmer ambient air land use equation, presented here, contains the following exposure routes without half-life decay:

inhalation (without half-life decay)

external exposure to ionizing radiation (without half-life decay)

Soil to Groundwater PRGs

Partitioning:

Mass Loading:

Dilution Attenuation Factor:

Particulate Emission Factor-Wind

Particulate Emission Factor- Unpaved Roads

Particulate Emission Factor-Other Construction Activities

PRG Decay

CDI Decay