UMR iEES-Paris

Institut d’écologie et des sciences de l’environnement de Paris

Cet espace rassemble les données de l’UMR iEES Paris. Contactez-nous à l’adresse iees.data@ird.fr si vous voulez publier des données sur cette plateforme.

Des données supplémentaires ont été recueillies dans le cadre de l'observatoire M-TROPICS

Savane de Lamto - LMI Ecologie et Développement Durable

ECOTERM

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191 to 200 of 242 Results

ECU_2020.png Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes PNG Image - 361.3 KB - MD5: efd70b25fd5a8bc231683c2a19db9208
ECU_2020_SAR1_1.jpg Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes JPEG Image - 1006.4 KB - MD5: 1ba1b5ecc80dd631783c3a9a68cb0122 X-ray diffraction
ECU_2020_SAR1_2.jpg Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes JPEG Image - 994.0 KB - MD5: 8562d3136f7b7dade89cfffdabcff3b8 X-ray diffraction
ECU_2020_SAR1_3.jpg Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes JPEG Image - 985.2 KB - MD5: b2d695a9e11703d6d7f32882d1be6b6b X-ray diffraction
ECU_2020_SAR1_4.jpg Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes JPEG Image - 993.3 KB - MD5: 19e6a623ea292c1afc87accfaa30dce7 X-ray diffraction
ECU_2020_SAR1_5.jpg Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes JPEG Image - 974.3 KB - MD5: 40b4a9f4055e0a9665708fbf19f2abfd X-ray diffraction
Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India Jun 9, 2020 Jouquet, P.; Jamoteau, F.; Majumdar, S.; Nagabovanalli, P.; Caner, L.; Meunier, J-D., 2019, "Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India", https://doi.org/10.23708/MHUF7F, DataSuds, V4 This dataset has been collected thanks to the long-term partnership with University of Agricultural Sciences (GKVK), India, which granted the permission for field access, and to the financial, scientific, technical, and/or logistical support of the M-TROPICS CZO. The datasets hol...
data.ods Jun 9, 2020 - Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India OpenOffice Spreadsheet - 13.1 KB - MD5: 56c43bbd83ec28f7e7de4bc84e3bab4c Dataset
data_si.ods Jun 9, 2020 - Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India OpenOffice Spreadsheet - 14.0 KB - MD5: ed61d4b9e5bf4826d68af4c9150aeacf Dataset Si
Growth and biomass allocation of West African savanna and forest tree seedlings in response to fire and shading. A dataset of a field experiment conducted at Lamto, Côte d'Ivoire, 2001-2002. May 27, 2020 - Savane de Lamto - LMI Ecologie et Développement Durable Gignoux, J.; Le Roux, X.; Lahoreau, G.; Konaté, S.; Simioni, G., 2020, "Growth and biomass allocation of West African savanna and forest tree seedlings in response to fire and shading. A dataset of a field experiment conducted at Lamto, Côte d'Ivoire, 2001-2002.", https://doi.org/10.23708/OIISFV, DataSuds, V1 This dataset contains all the measurements on which the Gignoux et al. (2016) associated artilce is based. It describes the results of a 15-months growth experiment testing the response of 2 species of savanna tree seedlings and 2 species of forest tree species, all growing in th...

ECU_2020.png

Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes

PNG Image - 361.3 KB -

ECU_2020_SAR1_1.jpg

Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes

JPEG Image - 1006.4 KB -

X-ray diffraction

ECU_2020_SAR1_2.jpg

Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes

JPEG Image - 994.0 KB -

X-ray diffraction

ECU_2020_SAR1_3.jpg

Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes

JPEG Image - 985.2 KB -

X-ray diffraction

ECU_2020_SAR1_4.jpg

Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes

JPEG Image - 993.3 KB -

X-ray diffraction

ECU_2020_SAR1_5.jpg

Jun 15, 2020 - Data of non-volcanic, polygenic, andic soils in the southern central Ecuadorian highlands as the result of long-lasting pedogenesis and geodynamic processes

JPEG Image - 974.3 KB -

X-ray diffraction

Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India

Jun 9, 2020

Jouquet, P.; Jamoteau, F.; Majumdar, S.; Nagabovanalli, P.; Caner, L.; Meunier, J-D., 2019, "Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India", https://doi.org/10.23708/MHUF7F, DataSuds, V4

This dataset has been collected thanks to the long-term partnership with University of Agricultural Sciences (GKVK), India, which granted the permission for field access, and to the financial, scientific, technical, and/or logistical support of the M-TROPICS CZO. The datasets hol...

data.ods

Jun 9, 2020 - Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India

OpenOffice Spreadsheet - 13.1 KB -

Dataset

data_si.ods

Jun 9, 2020 - Soil physical, chemical and mineralogical properties. Comparison between termite mounds and the soil environment in Mule Hole, Karnataka, India

OpenOffice Spreadsheet - 14.0 KB -

Dataset Si

Growth and biomass allocation of West African savanna and forest tree seedlings in response to fire and shading. A dataset of a field experiment conducted at Lamto, Côte d'Ivoire, 2001-2002.

May 27, 2020 - Savane de Lamto - LMI Ecologie et Développement Durable

Gignoux, J.; Le Roux, X.; Lahoreau, G.; Konaté, S.; Simioni, G., 2020, "Growth and biomass allocation of West African savanna and forest tree seedlings in response to fire and shading. A dataset of a field experiment conducted at Lamto, Côte d'Ivoire, 2001-2002.", https://doi.org/10.23708/OIISFV, DataSuds, V1

This dataset contains all the measurements on which the Gignoux et al. (2016) associated artilce is based. It describes the results of a 15-months growth experiment testing the response of 2 species of savanna tree seedlings and 2 species of forest tree species, all growing in th...

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