Australia

New South Wales, AU

Queensland, AU

South Australia, AU

Tasmania, AU

Victoria, AU

Western Australia, AU

Cereal hay (market for)

Austria

Belgium

Bulgaria

Brazil

Canada

Switzerland

China

Cyprus

Czechia

Germany

Denmark

Estonia

Spain

European Union advanced (Exiobase)

European Union emerging (Exiobase)

Non-European Union advanced (Exiobase)

Non-European Union emerging (Exiobase)

Rest-of-World Asia and Pacific (Exiobase)

Rest-of-World Europe (Exiobase)

Rest-of-World Africa (Exiobase)

Rest-of-World America (Exiobase)

Rest-of-World Middle East (Exiobase)

Finland

France

United Kingdom

Global

Greece

Croatia

Hungary

Indonesia

Ireland

India

Italy

Japan

Korea, Republic of

Lithuania

Luxembourg

Latvia

Malta

Mexico

Netherlands

Norway

Poland

Portugal

Romania

Russian Federation (the)

Sweden

Slovenia

Slovakia

Türkiye

Taiwan (Province of China)

United States of America (the)

South Africa

Cultivation of vegetables / fruit / nuts

Central Asia and Pacific Asia, Oceania, Antarctica

East Europe and Iceland

Africa except Egypt and South Africa

Latin America except Brazil

Middle East, Asia and Egypt

Cereal grains (not elsewhere specified)

United Arab Emirates (the)

Afghanistan

Antigua and Barbuda

Albania

Angola

Argentina

Barbados

Bangladesh

Burkina Faso

Bahrain

Burundi

Benin

Bolivia, Plurinational State of

Bahamas

Bhutan

Belize

Central African Republic

Congo

Côte d'Ivoire

Chile

Cameroon

Colombia

Costa Rica

Dominica

Dominican Republic

Algeria

Ecuador

Egypt

Ethiopia

Fiji

Gabon

Grenada

Gambia

Guinea

Equatorial Guinea

Guatemala

Guinea-Bissau

Hong Kong

Honduras

Haiti

Israel

Iraq

Iran, Islamic Republic of

Iceland

Jamaica

Jordan

Kenya

Cambodia

Kiribati

Saint Kitts and Nevis

Kuwait

Kazakhstan

Lao People's Democratic Republic

Lebanon

Saint Lucia

Sri Lanka

Lesotho

Morocco

Moldova, Republic of

North Macedonia

Mali

Myanmar

Mongolia

Mauritius

Maldives

Malawi

Malaysia

Namibia

Niger

Fruit and tree nut farming

Emission intensity of cereal hay. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Emission intensity of cereal hay and silage. Retrieved from the file AusLCI_1.42_EF_Published in the source URL. Data quality flag: Methodology - The source does not specify the IPCC AR version of GWPs used to calculate CO2e.

Cereal hay and silage

Emission intensity of cereal hay dryland Riverina. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Riverina)

Emission intensity of cereal hay dryland Melbourne. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Melbourne)

Emission intensity of cereal hay dryland Maranoa. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Maranoa)

Emission intensity of cereal hay dryland Mallee. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Mallee)

Emission intensity of cereal hay dryland Goldfields. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Goldfields)

Emission intensity of cereal hay dryland Dawson. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Dawson)

Emission intensity of cereal hay dryland Brisbane. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Brisbane)

Emission intensity of cereal hay dryland Western Wheatbelt. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Western Wheatbelt)

Emission intensity of cereal hay dryland Western Downs. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Western Downs)

Emission intensity of cereal hay dryland Tasmanian Forest. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (Tasmanian Forest)

Emission intensity of cereal hay dryland South West. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (South West)

Emission intensity of cereal hay dryland North Central. Retrieved from the Excel file AusLCI CEF V48 published in May 2026. Note: This is a short-lived agricultural product: the carbon it contains returns to the atmosphere within a short period (e.g. when eaten, burned, or decomposed). The source's -1/+1 values (total and biogenic) account for CO2 uptake by crops as a carbon removal. For short-lived products, this removal is temporary and is generally treated as zero in carbon accounting.

Cereal hay dryland (North Central)

Property	Value
Name	Cereal hay (market for)
Sector	Agriculture/Hunting/Forestry/Fishing
Category	Arable Farming
Source	AusLCI
Region	Australia (AU), New South Wales, AU (AU-NSW), Queensland, AU (AU-QLD), South Australia, AU (AU-SA), Tasmania, AU (AU-TAS), Victoria, AU (AU-VIC), Western Australia, AU (AU-WA)
Year	2025
LCA Activity	cradle_to_consumer

Cereal hay (market for)

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Related factors

Arable Farming Emission Factors

Cultivation of vegetables / fruit / nuts

Cereal grains (not elsewhere specified)

Fruit and tree nut farming

Cereal hay (market for)

Activity summary

Detailed Metadata Unlock with Data Pro

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Related factors

Arable Farming Emission Factors

Cultivation of vegetables / fruit / nuts

Cereal grains (not elsewhere specified)

Fruit and tree nut farming

Detailed Metadata

API Reference