NSTL国家科技图书文献中心

1. PlantGENE: Advancing plant transformation through community engagement NSTL国家科技图书文献中心

Malzahn, Aimee A. | Kaeppler, Heidi ... - 《The Plant Journal》 - 2025,121(3) - 共6页

摘要：Plant transformation is an important part of | plant research and crop improvement. Transformation | organizations working to improve plant* transformation* | , and more. The plant* science community has shown* | methods remain complex, labor intensive, and inefficient

关键词： plant transformation | bioengineering | community | plant science | research coordination network | CRISPR | education | career development

2. Biotic plant-soil feedbacks alone do not explain why more diverse plant communities are less invasible NSTL国家科技图书文献中心

Hao-Ming,Yuan | Xiao-Mei,Zhang ... - 《Plant and Soil》 - 2025,507(1/2) - 617～627 - 共11页

摘要：. Here we tested whether biotic plant-soil feedbacks | number of different plant* species conditioning the soil* | ; or soil heterogeneity, the degree to which plant | -soil feedbacks involving different plant* species are* | components of biotic plant-soil feedbacks that might

关键词： Biomass allocation | Introduced invasive species | Native plant diversity | Plant-soil interactions | Spatial heterogeneity

3. Agrobacterium-mediated Cuscuta campestris transformation asa tool for understanding plant–plant interactions NSTL国家科技图书文献中心

Supral Adhikari | Asha Mudalige ... - 《The New Phytologist》 - 2025,245(4) - 1774～1786 - 共13页

摘要：Cuscuta campestris, a stem parasitic plant | , has served as a valuable model plant* for* | theexploration of plant–plant* interactions and molecular* | plants has not yet beendeveloped.Here, we describe the | transformed and regenerated RUBY C. campestris plants

关键词： Agrobacterium-mediatedtransformation | Cuscuta | mobile molecules | parasitic plant | plant–plant interactions | RUBY

4. Plant cell wall structure and dynamics in plant–pathogen interactions and pathogen defence NSTL国家科技图书文献中心

Kristina S,Munzert | Timo,Engelsdorf - 《Journal of Experimental Botany》 - 2025,76(2) - 228～242 - 共15页 - 被引量：3

摘要：Abstract Plant* cell walls delimit cells from* | plant cell walls need to be adaptive, and their | functional integrity needs to be monitored by the plant | these interactions, the plant* cell wall represents a* | maintenance and breakdown, plant* cell walls can be rapidly*

关键词： Biotic stress | cell wall-degrading enzymes | cell wall integrity | cell wall remodelling | defence signalling | pathogen infection | pattern-triggered immunity | plant cell wall | plant disease resistance | plant–pathogen interactions

5. Detecting novel plant pathogen threats to food system security by integrating the Plant Reactome and remote sensing NSTL国家科技图书文献中心

Murray, Seth C. | Verhoef, Aart ... - 《Current opinion in plant biology》 - 2025,83 - 共12页

摘要：Plant diseases constantly threaten crops and | approach involving plant* pathway knowledgegraphs* | informing Raman spectroscopy could be used to detect plant | pathways responding to pathogen attacks. The Plant | Reactome to synthesize knowledgegraphs depicting plant

关键词： Plant-pathogen interaction | Plant pathways | Remote sensing | Disease | diagnosis | Biotic stress | Biocuration

6. Ambiguity in Plant Cognition NSTL国家科技图书文献中心

Leonetti, Giulia - 《Biosemiotics》 - 2025,18(1) - 79～95 - 共17页

摘要： plant cognition. This paper does not assert that | adopt an unambiguous terminology in plant* cognition* | . This work explores plant* cognition from a* | plant abilities and behaviors. The first section of | this work explores plant* cognitive sciences and*

关键词： Anthropocentrism | Ambiguity | Cognition | Nonhuman cognition | Plant Cognition

7. Integrating nanomaterials and plant growth-promoting rhizobacteria for enhanced plant disease management: an overview NSTL国家科技图书文献中心

Swetha, S. | Jeeva, M.... - 《Journal of Plant Diseases and Protection》 - 2025,132(1) - 共14页

摘要：The combination of nanomaterials and plant | promising avenue for advancing strategies in plant* disease* | effects of merging nanomaterials and PGPR to boost plant | stimulation of plant* growth and the initiation of systemic* | promoting a comprehensive approach to plant* disease*

关键词： Nanomaterials | Plant growth-promoting rhizobacteria | Agricultural application | Plant pathogens | Disease management

8. Zooming in on the temporal dimensions of plant-soil feedback: Plant sensitivity and microbial dynamics NSTL国家科技图书文献中心

Liu, Xiangyu | Steinauer, Katja ... - 《The Journal of Ecology》 - 2025,113(1) - 39～52 - 共14页

摘要：The magnitude of plant-soil feedback (PSF) can | soil characteristics and the plant. We examined how | the size of the response plant* using Jacobaea* | variation in PSF is due to size-dependent plant | attenuated. Plant* sensitivity to conditioned soil decreased*

关键词： conditioning period | microbial community | plant sensitivity | plant size/age | plant-soil feedback | relative growth rate | temporal variation | plant–soil feedback

9. Microbiome-mediated plant disease resistance: recent advances and future directions NSTL国家科技图书文献中心

Du, Yulin | Han, Xiaowei ... - 《Journal of general plant pathology》 - 2025,91(1) - 1～17 - 共17页

摘要：Plant pathogens cause plant diseases that | global food security. While plant* disease resistance* | determined by the plant* innate immune system and the* | the pivotal role of the plant* microbiome in disease* | resistance. Plant-associated microbiomes confer protection

关键词： Plant disease resistance | Plant microbiome | Agricultural practice | Artificial intelligence

10. Functional Distance Mediates Plant Interactions NSTL国家科技图书文献中心

Jimeno-Alda, Julia | Navarro-Cano, Jose A...... - 《Journal of Vegetation Science》 - 2025,36(1) - 共12页

摘要：Question: The outcome of plant* interactions* | outcomes of plant* interactions depend on: (a) trait* | between interacting species affects the outcome of plant | distance decreased for most plant-performance traits | depends on the physiological, morphological, and

摘要：Plant transformation is an important part of | plant research and crop improvement. Transformation | organizations working to improve plant* transformation* | , and more. The plant* science community has shown* | methods remain complex, labor intensive, and inefficient

关键词： plant transformation | bioengineering | community | plant science | research coordination network | CRISPR | education | career development

摘要：. Here we tested whether biotic plant-soil feedbacks | number of different plant* species conditioning the soil* | ; or soil heterogeneity, the degree to which plant | -soil feedbacks involving different plant* species are* | components of biotic plant-soil feedbacks that might

关键词： Biomass allocation | Introduced invasive species | Native plant diversity | Plant-soil interactions | Spatial heterogeneity

摘要：Cuscuta campestris, a stem parasitic plant | , has served as a valuable model plant* for* | theexploration of plant–plant* interactions and molecular* | plants has not yet beendeveloped.Here, we describe the | transformed and regenerated RUBY C. campestris plants

关键词： Agrobacterium-mediatedtransformation | Cuscuta | mobile molecules | parasitic plant | plant–plant interactions | RUBY

摘要：Abstract Plant* cell walls delimit cells from* | plant cell walls need to be adaptive, and their | functional integrity needs to be monitored by the plant | these interactions, the plant* cell wall represents a* | maintenance and breakdown, plant* cell walls can be rapidly*

关键词： Biotic stress | cell wall-degrading enzymes | cell wall integrity | cell wall remodelling | defence signalling | pathogen infection | pattern-triggered immunity | plant cell wall | plant disease resistance | plant–pathogen interactions

摘要：Plant diseases constantly threaten crops and | approach involving plant* pathway knowledgegraphs* | informing Raman spectroscopy could be used to detect plant | pathways responding to pathogen attacks. The Plant | Reactome to synthesize knowledgegraphs depicting plant

关键词： Plant-pathogen interaction | Plant pathways | Remote sensing | Disease | diagnosis | Biotic stress | Biocuration

摘要： plant cognition. This paper does not assert that | adopt an unambiguous terminology in plant* cognition* | . This work explores plant* cognition from a* | plant abilities and behaviors. The first section of | this work explores plant* cognitive sciences and*

关键词： Anthropocentrism | Ambiguity | Cognition | Nonhuman cognition | Plant Cognition

摘要：The combination of nanomaterials and plant | promising avenue for advancing strategies in plant* disease* | effects of merging nanomaterials and PGPR to boost plant | stimulation of plant* growth and the initiation of systemic* | promoting a comprehensive approach to plant* disease*

关键词： Nanomaterials | Plant growth-promoting rhizobacteria | Agricultural application | Plant pathogens | Disease management

摘要：The magnitude of plant-soil feedback (PSF) can | soil characteristics and the plant. We examined how | the size of the response plant* using Jacobaea* | variation in PSF is due to size-dependent plant | attenuated. Plant* sensitivity to conditioned soil decreased*

关键词： conditioning period | microbial community | plant sensitivity | plant size/age | plant-soil feedback | relative growth rate | temporal variation | plant–soil feedback

摘要：Plant pathogens cause plant diseases that | global food security. While plant* disease resistance* | determined by the plant* innate immune system and the* | the pivotal role of the plant* microbiome in disease* | resistance. Plant-associated microbiomes confer protection

关键词： Plant disease resistance | Plant microbiome | Agricultural practice | Artificial intelligence

摘要：Question: The outcome of plant* interactions* | outcomes of plant* interactions depend on: (a) trait* | between interacting species affects the outcome of plant | distance decreased for most plant-performance traits | depends on the physiological, morphological, and

关键词： functional traits | plant-plant interactions | trait dissimilarity | trait hierarchy | plant–plant interactions

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Plant transformation is an important part of | plant research and crop improvement. Transformation | organizations working to improve plant transformation | , and more. The plant science community has shown | methods remain complex, labor intensive, and inefficient

关键词： plant transformation | bioengineering | community | plant science | research coordination network | CRISPR | education | career development

摘要：. Here we tested whether biotic plant-soil feedbacks | number of different plant species conditioning the soil | ; or soil heterogeneity, the degree to which plant | -soil feedbacks involving different plant species are | components of biotic plant-soil feedbacks that might

关键词： Biomass allocation | Introduced invasive species | Native plant diversity | Plant-soil interactions | Spatial heterogeneity

摘要：Cuscuta campestris, a stem parasitic plant | , has served as a valuable model plant for | theexploration of plant–plant interactions and molecular | plants has not yet beendeveloped.Here, we describe the | transformed and regenerated RUBY C. campestris plants

关键词： Agrobacterium-mediatedtransformation | Cuscuta | mobile molecules | parasitic plant | plant–plant interactions | RUBY

摘要：Abstract Plant cell walls delimit cells from | plant cell walls need to be adaptive, and their | functional integrity needs to be monitored by the plant | these interactions, the plant cell wall represents a | maintenance and breakdown, plant cell walls can be rapidly

关键词： Biotic stress | cell wall-degrading enzymes | cell wall integrity | cell wall remodelling | defence signalling | pathogen infection | pattern-triggered immunity | plant cell wall | plant disease resistance | plant–pathogen interactions

摘要：Plant diseases constantly threaten crops and | approach involving plant pathway knowledgegraphs | informing Raman spectroscopy could be used to detect plant | pathways responding to pathogen attacks. The Plant | Reactome to synthesize knowledgegraphs depicting plant

关键词： Plant-pathogen interaction | Plant pathways | Remote sensing | Disease | diagnosis | Biotic stress | Biocuration

摘要： plant cognition. This paper does not assert that | adopt an unambiguous terminology in plant cognition | . This work explores plant cognition from a | plant abilities and behaviors. The first section of | this work explores plant cognitive sciences and

关键词： Anthropocentrism | Ambiguity | Cognition | Nonhuman cognition | Plant Cognition

摘要：The combination of nanomaterials and plant | promising avenue for advancing strategies in plant disease | effects of merging nanomaterials and PGPR to boost plant | stimulation of plant growth and the initiation of systemic | promoting a comprehensive approach to plant disease

关键词： Nanomaterials | Plant growth-promoting rhizobacteria | Agricultural application | Plant pathogens | Disease management

摘要：The magnitude of plant-soil feedback (PSF) can | soil characteristics and the plant. We examined how | the size of the response plant using Jacobaea | variation in PSF is due to size-dependent plant | attenuated. Plant sensitivity to conditioned soil decreased

关键词： conditioning period | microbial community | plant sensitivity | plant size/age | plant-soil feedback | relative growth rate | temporal variation | plant–soil feedback

摘要：Plant pathogens cause plant diseases that | global food security. While plant disease resistance | determined by the plant innate immune system and the | the pivotal role of the plant microbiome in disease | resistance. Plant-associated microbiomes confer protection

关键词： Plant disease resistance | Plant microbiome | Agricultural practice | Artificial intelligence

摘要：Question: The outcome of plant interactions | outcomes of plant interactions depend on: (a) trait | between interacting species affects the outcome of plant | distance decreased for most plant-performance traits | depends on the physiological, morphological, and

关键词： functional traits | plant-plant interactions | trait dissimilarity | trait hierarchy | plant–plant interactions

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Plant transformation is an important part of | plant research and crop improvement. Transformation | organizations working to improve plant* transformation* | , and more. The plant* science community has shown* | methods remain complex, labor intensive, and inefficient

摘要：. Here we tested whether biotic plant-soil feedbacks | number of different plant* species conditioning the soil* | ; or soil heterogeneity, the degree to which plant | -soil feedbacks involving different plant* species are* | components of biotic plant-soil feedbacks that might

摘要：Cuscuta campestris, a stem parasitic plant | , has served as a valuable model plant* for* | theexploration of plant–plant* interactions and molecular* | plants has not yet beendeveloped.Here, we describe the | transformed and regenerated RUBY C. campestris plants

摘要：Abstract Plant* cell walls delimit cells from* | plant cell walls need to be adaptive, and their | functional integrity needs to be monitored by the plant | these interactions, the plant* cell wall represents a* | maintenance and breakdown, plant* cell walls can be rapidly*

摘要：Plant diseases constantly threaten crops and | approach involving plant* pathway knowledgegraphs* | informing Raman spectroscopy could be used to detect plant | pathways responding to pathogen attacks. The Plant | Reactome to synthesize knowledgegraphs depicting plant

摘要： plant cognition. This paper does not assert that | adopt an unambiguous terminology in plant* cognition* | . This work explores plant* cognition from a* | plant abilities and behaviors. The first section of | this work explores plant* cognitive sciences and*

摘要：The combination of nanomaterials and plant | promising avenue for advancing strategies in plant* disease* | effects of merging nanomaterials and PGPR to boost plant | stimulation of plant* growth and the initiation of systemic* | promoting a comprehensive approach to plant* disease*

摘要：The magnitude of plant-soil feedback (PSF) can | soil characteristics and the plant. We examined how | the size of the response plant* using Jacobaea* | variation in PSF is due to size-dependent plant | attenuated. Plant* sensitivity to conditioned soil decreased*

摘要：Plant pathogens cause plant diseases that | global food security. While plant* disease resistance* | determined by the plant* innate immune system and the* | the pivotal role of the plant* microbiome in disease* | resistance. Plant-associated microbiomes confer protection

摘要：Question: The outcome of plant* interactions* | outcomes of plant* interactions depend on: (a) trait* | between interacting species affects the outcome of plant | distance decreased for most plant-performance traits | depends on the physiological, morphological, and