Johannes Lehmann

Datos Biográficos

ID	472
NOMBRE	Johannes Lehmann
NOMBRES	Johannes
APELLIDO	Lehmann
FIRMA	LEHMANN J
AFILIACIONES	Cornell University
ORCID	0000-0002-4701-2936
VERIFICADO	Sí
TOTAL DE OBRAS	21
TOTAL DE CITAS	193
TOTAL COMO AUTOR	17
TOTAL COMO EDITOR	4
PRIMER AÑO DE PUBLICACIÓN	2003
AÑO MÁS RECIENTE DE PUBLICACIÓN	2026
ÍNDICE H	3

Realizing an equitable circular bionutrient economy in the United States
Open AccessShuai Zhou, Danning Lu et al.ARTICLENature Sustainability2026
Nutrient recycling potential of excreta for global crop and grassland production
Open AccessMariana Devault, Dominic Woolf et al.ARTICLENature Sustainability2024Referencias: 4
The Art of Scientific Observation
Ella Ziegler, Johannes LehmannARTICLELeonardo2023
We explore a facet of the scientific method of the Nobel Laureate Barbara McClintock through an artistic process. McClintock’s key scientific insights that she coined the ‘breakage-fusion-bridge cycle’, rest on her observation of maize kernel colors and forms together with the spatial arrangement of chromosomes. These intriguing studies motivated the art project ‘break-fusion-bridge-cycle’ to highlight the role of visual observation in discovery.…
Novelty and Utility
Johannes Lehmann, Rachel Garber Cole et al.ARTICLELeonardo2023Referencias: 23
This paper builds on research around novelty and utility to argue that the value of arts thinking should be applied in the generation of scientific questions. Arts thinking is often playful, less goal oriented, and can lead to new modes of questioning. Scientific thinking often solves an existing question, serves a purpose in solving the question, and must be predictable. The “problem of the problem” is that asking creative questions is the linch…
Undisciplining the university through shared purpose, practice, and place
Open AccessAndrew Freiband, Katherine L Dickin et al.ARTICLEHumanities and Social Sciences…2022
Interdisciplinary scholarship and education remains elusive at modern universities, despite efforts at both the individual and institutional levels. The objective of this paper is to identify the main motivations that bring different disciplines together in joint research and identify some of the obstacles to that coming together. Here we propose that shared purpose (why do I participate?), practice (how do we interact?), and place (where do we i…
Soil carbon science for policy and practice
Open AccessMark Bradford, Chelsea J Carey et al.ARTICLENature Sustainability2019Referencias: 4
A global agenda for collective action on soil carbon
Open AccessSonja Vermeulen, Deborah Bossio et al.ARTICLENature Sustainability2018Citada por: 2Referencias: 1
Climate-smart soils
Open AccessK Paustian, Johannes Lehmann et al.ARTICLENature2016
The contentious nature of soil organic matter
Open AccessJohannes Lehmann, Markus KleberARTICLENature2015
Biochar for Environmental Management
Johannes Lehmann, Stephen JosephBOOKBiochar for Environmental…2012
Biochar for Environmental Management
Johannes Lehmann, Stephen JosephBOOKBiochar for Environmental…2012
Persistence of soil organic matter as an ecosystem property
Open AccessMichael W Schmidt, Michael W I Schmidt et al.ARTICLENature2011
Anthropogenic soils in the Central Amazon
Open AccessJames Angus Fraser, James Fraser et al.ARTICLEArea2011Citada por: 25Referencias: 15
Amazonian Dark Earths (ADE), one of the best-known examples of anthropogenic (man-made) soils, are the result of Amerindian settlements in the pre-Columbian period. ADE are highly variable in terms of their size, shape, depth and physical and chemical make-up. Scholars tend to divide ADE into two categories: terra preta and terra mulata. The former are dark and highly fertile soils replete with ceramic shards, indicating former areas of habitatio…
Biochar—One way forward for soil carbon in offset mechanisms in Africa
Open AccessThea Whitman, Johannes LehmannARTICLEEnvironmental Science & Policy2009Citada por: 2Referencias: 3
Charcoal Making in the Brazilian Amazon
SN Swami, Christoph Steiner et al.CHAPTERAmazonian Dark Earths: Wim…2008
Terra Preta Nova – Where to from Here
Johannes LehmannCHAPTERAmazonian Dark Earths: Wim…2008
Amazonian Dark Earths
Open AccessAntoinette M Winklerprins, William I Woods et al.BOOKAmazonian Dark Earths: Wim…2008Citada por: 80
Amazonian soils are almost universally thought of as extremely forbidding. However, it is now clear that complex societies with large, sedentary populations were present for over a millennium before European contact. Associated with these are tracts of anomalously fertile, dark soils termed terra preta or dark earths. These soils are presently an important agricultural resource within Amazonia and provide a model for developing long-term future s…
Sequential P Fractionation of Relict Anthropogenic Dark Earths of Amazonia
Johannes Lehmann, Carla Vabose Campos et al.CHAPTERAmazonian Dark Earths2004
Microbial Response to Charcoal Amendments of Highly Weathered Soils and Amazonian Dark Earths in Central Amazonia — Preliminary Results
Christoph Steiner, Wenceslau Geraldes Teixeira et al.CHAPTERAmazonian Dark Earths2004
Determining Nutrient Bioavailability of Amazonian Dark Earth Solis — Methodological Challenges
Newton Paulo de Souza Falção, N B Comerford et al.CHAPTERAmazonian dark earths2003
Amazonian Dark Earths
Open AccessJohannes Lehmann, Dirse Clara Kern et al.BOOKAmazonian dark earths2003Citada por: 84Referencias: 4

Determining Nutrient Bioavailability of Amazonian Dark Earth Solis — Methodological Challenges
Newton Paulo de Souza Falção, N B Comerford et al.CHAPTERAmazonian dark earths2003
Amazonian Dark Earths
Open AccessJohannes Lehmann, Dirse Clara Kern et al.BOOKAmazonian dark earths2003Citada por: 84Referencias: 4
Sequential P Fractionation of Relict Anthropogenic Dark Earths of Amazonia
Johannes Lehmann, Carla Vabose Campos et al.CHAPTERAmazonian Dark Earths2004
Microbial Response to Charcoal Amendments of Highly Weathered Soils and Amazonian Dark Earths in Central Amazonia — Preliminary Results
Christoph Steiner, Wenceslau Geraldes Teixeira et al.CHAPTERAmazonian Dark Earths2004
Charcoal Making in the Brazilian Amazon
SN Swami, Christoph Steiner et al.CHAPTERAmazonian Dark Earths: Wim…2008
Terra Preta Nova – Where to from Here
Johannes LehmannCHAPTERAmazonian Dark Earths: Wim…2008
Amazonian Dark Earths
Open AccessAntoinette M Winklerprins, William I Woods et al.BOOKAmazonian Dark Earths: Wim…2008Citada por: 80
Amazonian soils are almost universally thought of as extremely forbidding. However, it is now clear that complex societies with large, sedentary populations were present for over a millennium before European contact. Associated with these are tracts of anomalously fertile, dark soils termed terra preta or dark earths. These soils are presently an important agricultural resource within Amazonia and provide a model for developing long-term future s…
Biochar—One way forward for soil carbon in offset mechanisms in Africa
Open AccessThea Whitman, Johannes LehmannARTICLEEnvironmental Science & Policy2009Citada por: 2Referencias: 3
Persistence of soil organic matter as an ecosystem property
Open AccessMichael W Schmidt, Michael W I Schmidt et al.ARTICLENature2011
Anthropogenic soils in the Central Amazon
Open AccessJames Angus Fraser, James Fraser et al.ARTICLEArea2011Citada por: 25Referencias: 15
Amazonian Dark Earths (ADE), one of the best-known examples of anthropogenic (man-made) soils, are the result of Amerindian settlements in the pre-Columbian period. ADE are highly variable in terms of their size, shape, depth and physical and chemical make-up. Scholars tend to divide ADE into two categories: terra preta and terra mulata. The former are dark and highly fertile soils replete with ceramic shards, indicating former areas of habitatio…
Biochar for Environmental Management
Johannes Lehmann, Stephen JosephBOOKBiochar for Environmental…2012
Biochar for Environmental Management
Johannes Lehmann, Stephen JosephBOOKBiochar for Environmental…2012
The contentious nature of soil organic matter
Open AccessJohannes Lehmann, Markus KleberARTICLENature2015
Climate-smart soils
Open AccessK Paustian, Johannes Lehmann et al.ARTICLENature2016
A global agenda for collective action on soil carbon
Open AccessSonja Vermeulen, Deborah Bossio et al.ARTICLENature Sustainability2018Citada por: 2Referencias: 1
Soil carbon science for policy and practice
Open AccessMark Bradford, Chelsea J Carey et al.ARTICLENature Sustainability2019Referencias: 4
Undisciplining the university through shared purpose, practice, and place
Open AccessAndrew Freiband, Katherine L Dickin et al.ARTICLEHumanities and Social Sciences…2022
Interdisciplinary scholarship and education remains elusive at modern universities, despite efforts at both the individual and institutional levels. The objective of this paper is to identify the main motivations that bring different disciplines together in joint research and identify some of the obstacles to that coming together. Here we propose that shared purpose (why do I participate?), practice (how do we interact?), and place (where do we i…
The Art of Scientific Observation
Ella Ziegler, Johannes LehmannARTICLELeonardo2023
We explore a facet of the scientific method of the Nobel Laureate Barbara McClintock through an artistic process. McClintock’s key scientific insights that she coined the ‘breakage-fusion-bridge cycle’, rest on her observation of maize kernel colors and forms together with the spatial arrangement of chromosomes. These intriguing studies motivated the art project ‘break-fusion-bridge-cycle’ to highlight the role of visual observation in discovery.…
Novelty and Utility
Johannes Lehmann, Rachel Garber Cole et al.ARTICLELeonardo2023Referencias: 23
This paper builds on research around novelty and utility to argue that the value of arts thinking should be applied in the generation of scientific questions. Arts thinking is often playful, less goal oriented, and can lead to new modes of questioning. Scientific thinking often solves an existing question, serves a purpose in solving the question, and must be predictable. The “problem of the problem” is that asking creative questions is the linch…
Nutrient recycling potential of excreta for global crop and grassland production
Open AccessMariana Devault, Dominic Woolf et al.ARTICLENature Sustainability2024Referencias: 4
Realizing an equitable circular bionutrient economy in the United States
Open AccessShuai Zhou, Danning Lu et al.ARTICLENature Sustainability2026