NSTL国家科技图书文献中心

1. Identification and delineation of mariculture area based on Maxent and Marxan: A case study in Jiangsu, China NSTL国家科技图书文献中心

Yanjing Chen | Zhou Chen ... - 《Aquaculture》 - 2025,596(Pt.1) - 1～16 - 共16页

摘要： the potential application of the Maxent-Marxan | the Jiangsu Province marine area, the Maxent* model* | Maxent model for predicting suitable habitats for | individual mariculture species. The Maxent-Marxan | Maxent-Marxan integrated method to mariculture planning.

关键词： Mariculture | Site selection | Maxent | Marxan

2. Maxent modeling for predicting the potential distribution of Hippophae Linn species NSTL国家科技图书文献中心

Duan, Yizhong | Bai, Huihui ... - 《Tropical Ecology》 - 2025,66(1) - 132～145 - 共14页

摘要： emission scenarios using MaxEnt* modelling. The results* | The Hippophae Linn species exhibits resistance | to drought, wind, and sand, and is rich in | nutrients, thus possessing extremely high economic and | ecological value. However, the potential distribution areas

关键词： Global climate change | Hippophae Linn | MaxEnt model | Potential geographical distribution

3. Integrated EfficientNetB3V2 fused MaxEnt classifier model for brain tumor classification in MR images NSTL国家科技图书文献中心

Princiba, D. Beaulah | Ezhilarasi, P.... - 《Journal of the Chinese Institute of Engineers》 - 2025,48(3) - 254～267 - 共14页

摘要： Integrated scaling-based EfficientNetB3V2 fused MaxEnt | Brain tumor becomes a life-threatening disease | when it is not identified in its early stages. The | manual diagnosis of brain tumors is a complex and time | -consuming process. The accurate classification of brain

关键词： Convolutional neural network (CNN) | transfer learning | integrated scaling | EfficientNetB3 | classification | MaxEnt

4. Predicting the current and future potential habitat of Taxus species over Indian Himalayan Region using MaxEnt model NSTL国家科技图书文献中心

Aishwarya,Rajlaxmi | Amit,Chawla ... - 《Tropical Ecology》 - 2025,66(1) - 14～34 - 共21页

摘要： models using MaxEnt* for different climate change* | Abstract The Himalayan region harbours a rich | biodiversity, with Taxus wallichiana and Taxus contorta | (Taxus species) are playing a significant role in its | flora. A study was conducted to ascertain the

关键词： Himalaya | Jackknife test | MaxEnt | Potential habitat | Species distribution modelling | Shared socioeconomic pathway | Threatened species

5. Prediction of macrobenthos distribution using the Maxent and simplified estimable environmental variables in the Seto Inland Sea, Japan NSTL国家科技图书文献中心

Umehara, Akira | Harada, Hodaka ... - 《Plankton & Benthos Research》 - 2025,20(1) - 46～61 - 共16页

摘要： entropy model (Maxent) is a common species distribution | collection to apply the Maxent* to the marine benthos, the* | estimated by the Maxent* using seven physicochemical* | and grain size were used for the Maxent* as* | Benthic invertebrates are an important biome

关键词： Area under the curve | benthic communities | coastal ecosystem | ecological niche modeling | receiver operating characteristic curve

6. A Machine Learning Algorithm-Based Approach (MaxEnt) for Predicting Habitat Suitability of Formica rufa NSTL国家科技图书文献中心

Ozcan, Gonca Ece | Unel, Eda ... - 《Journal of Applied Entomology》 - 2025,149(4) - 558～572 - 共15页

摘要：, topography and climatic variables. MaxEnt, a prevalent | Machine learning techniques are quite | effective for simulating species habitat appropriateness | . Species distribution models are statistical algorithms | founded on the ecological niche idea. These models

关键词： bioclimatic variables | Forest stand | Jackknife | nest | ROC | topography

7. MaxEnt modeling for habitat suitability assessment of threatened Dipterocarpus species in the Indian East Himalayas NSTL国家科技图书文献中心

Hazarika, Animekh | Deka, Jyotish Ranjan ... - 《Biodiversity and Conservation》 - 2025,34(3) - 859～876 - 共18页

摘要： MaxEnt model to assess the current and future projected | The Dipterocarpus forests of the Indian East | Himalayas are essential for biodiversity conservation | , ecosystem health, and carbon sink management. However | , anthropogenic activities and global climate change have posed

关键词： Biodiversity | Dipterocarpus retusus | Forest management | Habitat modeling | Tropical forests | Shared socioeconomic pathways

8. The future range of two Thymus daenensis subspecies in Iran under climate change scenarios: MaxEnt model-based prediction NSTL国家科技图书文献中心

Naser,Hosseini | Hossein,Mostafavi ... - 《Genetic Resources and Crop Evolution》 - 2025,72(1) - 717～734 - 共18页

摘要：. This study aimed to use the MaxEnt* model to develop* | of the driest quarter (bio9). The MaxEnt* modeling* | Abstract The geographical distribution of | species has been significantly affected by human | activities, which has led to changes in the ranges of many

关键词： Climate change | Future distribution | Species distribution models | Thymus genus

9. Assessing the distribution pattern of Saussurea medusa under climate change using an optimized MaxEnt model in Qinghai‑Xizang Plateau NSTL国家科技图书文献中心

Jing‑Hua Chen | Rui‑Tao Yu - 《Environmental Monitoring and Assessment》 - 2025,197(2) - 165.1～165.16 - 共16页

摘要：, this study used an optimized MaxEnt* model to predict* | Saussurea medusa is a rare alpine plant with | significant medicinal value. To better understand the | changes in its habitat in the context of climate change | the current and future habitat of S. medusa under

关键词： Tibetan medicine | Medicinal plants | Species distribution modeling | Habitat distribution | General circulation model | Conservation

10. Regional assessment of coastal landslide susceptibility in Liguria, Northern Italy, using MaxEnt NSTL国家科技图书文献中心

Orefice, Simone | Innocenti, Carlo - 《Natural Hazards》 - 2025,121(3) - 2613～2639 - 共27页

摘要：Coastal landslides pose significant hazards to | populated areas and infrastructure, necessitating accurate | assessment and mitigation strategies. In this study | , landslide susceptibility maps for rockfalls/topples | , rotational/translational slides, complex phenomena and

摘要： the potential application of the Maxent-Marxan | the Jiangsu Province marine area, the Maxent* model* | Maxent model for predicting suitable habitats for | individual mariculture species. The Maxent-Marxan | Maxent-Marxan integrated method to mariculture planning.

关键词： Mariculture | Site selection | Maxent | Marxan

摘要： emission scenarios using MaxEnt* modelling. The results* | The Hippophae Linn species exhibits resistance | to drought, wind, and sand, and is rich in | nutrients, thus possessing extremely high economic and | ecological value. However, the potential distribution areas

关键词： Global climate change | Hippophae Linn | MaxEnt model | Potential geographical distribution

摘要： Integrated scaling-based EfficientNetB3V2 fused MaxEnt | Brain tumor becomes a life-threatening disease | when it is not identified in its early stages. The | manual diagnosis of brain tumors is a complex and time | -consuming process. The accurate classification of brain

关键词： Convolutional neural network (CNN) | transfer learning | integrated scaling | EfficientNetB3 | classification | MaxEnt

摘要： models using MaxEnt* for different climate change* | Abstract The Himalayan region harbours a rich | biodiversity, with Taxus wallichiana and Taxus contorta | (Taxus species) are playing a significant role in its | flora. A study was conducted to ascertain the

关键词： Himalaya | Jackknife test | MaxEnt | Potential habitat | Species distribution modelling | Shared socioeconomic pathway | Threatened species

摘要： entropy model (Maxent) is a common species distribution | collection to apply the Maxent* to the marine benthos, the* | estimated by the Maxent* using seven physicochemical* | and grain size were used for the Maxent* as* | Benthic invertebrates are an important biome

关键词： Area under the curve | benthic communities | coastal ecosystem | ecological niche modeling | receiver operating characteristic curve

摘要：, topography and climatic variables. MaxEnt, a prevalent | Machine learning techniques are quite | effective for simulating species habitat appropriateness | . Species distribution models are statistical algorithms | founded on the ecological niche idea. These models

关键词： bioclimatic variables | Forest stand | Jackknife | nest | ROC | topography

摘要： MaxEnt model to assess the current and future projected | The Dipterocarpus forests of the Indian East | Himalayas are essential for biodiversity conservation | , ecosystem health, and carbon sink management. However | , anthropogenic activities and global climate change have posed

关键词： Biodiversity | Dipterocarpus retusus | Forest management | Habitat modeling | Tropical forests | Shared socioeconomic pathways

摘要：. This study aimed to use the MaxEnt* model to develop* | of the driest quarter (bio9). The MaxEnt* modeling* | Abstract The geographical distribution of | species has been significantly affected by human | activities, which has led to changes in the ranges of many

关键词： Climate change | Future distribution | Species distribution models | Thymus genus

摘要：, this study used an optimized MaxEnt* model to predict* | Saussurea medusa is a rare alpine plant with | significant medicinal value. To better understand the | changes in its habitat in the context of climate change | the current and future habitat of S. medusa under

关键词： Tibetan medicine | Medicinal plants | Species distribution modeling | Habitat distribution | General circulation model | Conservation

摘要：Coastal landslides pose significant hazards to | populated areas and infrastructure, necessitating accurate | assessment and mitigation strategies. In this study | , landslide susceptibility maps for rockfalls/topples | , rotational/translational slides, complex phenomena and

关键词： Landslide | Susceptibility | Hazard | Modelling

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： the potential application of the Maxent-Marxan | the Jiangsu Province marine area, the Maxent model | Maxent model for predicting suitable habitats for | individual mariculture species. The Maxent-Marxan | Maxent-Marxan integrated method to mariculture planning.

关键词： Mariculture | Site selection | Maxent | Marxan

摘要： emission scenarios using MaxEnt modelling. The results | The Hippophae Linn species exhibits resistance | to drought, wind, and sand, and is rich in | nutrients, thus possessing extremely high economic and | ecological value. However, the potential distribution areas

关键词： Global climate change | Hippophae Linn | MaxEnt model | Potential geographical distribution

摘要： Integrated scaling-based EfficientNetB3V2 fused MaxEnt | Brain tumor becomes a life-threatening disease | when it is not identified in its early stages. The | manual diagnosis of brain tumors is a complex and time | -consuming process. The accurate classification of brain

关键词： Convolutional neural network (CNN) | transfer learning | integrated scaling | EfficientNetB3 | classification | MaxEnt

摘要： models using MaxEnt for different climate change | Abstract The Himalayan region harbours a rich | biodiversity, with Taxus wallichiana and Taxus contorta | (Taxus species) are playing a significant role in its | flora. A study was conducted to ascertain the

关键词： Himalaya | Jackknife test | MaxEnt | Potential habitat | Species distribution modelling | Shared socioeconomic pathway | Threatened species

摘要： entropy model (Maxent) is a common species distribution | collection to apply the Maxent to the marine benthos, the | estimated by the Maxent using seven physicochemical | and grain size were used for the Maxent as | Benthic invertebrates are an important biome

关键词： Area under the curve | benthic communities | coastal ecosystem | ecological niche modeling | receiver operating characteristic curve

摘要：, topography and climatic variables. MaxEnt, a prevalent | Machine learning techniques are quite | effective for simulating species habitat appropriateness | . Species distribution models are statistical algorithms | founded on the ecological niche idea. These models

关键词： bioclimatic variables | Forest stand | Jackknife | nest | ROC | topography

摘要： MaxEnt model to assess the current and future projected | The Dipterocarpus forests of the Indian East | Himalayas are essential for biodiversity conservation | , ecosystem health, and carbon sink management. However | , anthropogenic activities and global climate change have posed

关键词： Biodiversity | Dipterocarpus retusus | Forest management | Habitat modeling | Tropical forests | Shared socioeconomic pathways

摘要：. This study aimed to use the MaxEnt model to develop | of the driest quarter (bio9). The MaxEnt modeling | Abstract The geographical distribution of | species has been significantly affected by human | activities, which has led to changes in the ranges of many

关键词： Climate change | Future distribution | Species distribution models | Thymus genus

摘要：, this study used an optimized MaxEnt model to predict | Saussurea medusa is a rare alpine plant with | significant medicinal value. To better understand the | changes in its habitat in the context of climate change | the current and future habitat of S. medusa under

关键词： Tibetan medicine | Medicinal plants | Species distribution modeling | Habitat distribution | General circulation model | Conservation

摘要：Coastal landslides pose significant hazards to | populated areas and infrastructure, necessitating accurate | assessment and mitigation strategies. In this study | , landslide susceptibility maps for rockfalls/topples | , rotational/translational slides, complex phenomena and

关键词： Landslide | Susceptibility | Hazard | Modelling

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： the potential application of the Maxent-Marxan | the Jiangsu Province marine area, the Maxent* model* | Maxent model for predicting suitable habitats for | individual mariculture species. The Maxent-Marxan | Maxent-Marxan integrated method to mariculture planning.

摘要： emission scenarios using MaxEnt* modelling. The results* | The Hippophae Linn species exhibits resistance | to drought, wind, and sand, and is rich in | nutrients, thus possessing extremely high economic and | ecological value. However, the potential distribution areas

摘要： models using MaxEnt* for different climate change* | Abstract The Himalayan region harbours a rich | biodiversity, with Taxus wallichiana and Taxus contorta | (Taxus species) are playing a significant role in its | flora. A study was conducted to ascertain the

摘要： entropy model (Maxent) is a common species distribution | collection to apply the Maxent* to the marine benthos, the* | estimated by the Maxent* using seven physicochemical* | and grain size were used for the Maxent* as* | Benthic invertebrates are an important biome

摘要：. This study aimed to use the MaxEnt* model to develop* | of the driest quarter (bio9). The MaxEnt* modeling* | Abstract The geographical distribution of | species has been significantly affected by human | activities, which has led to changes in the ranges of many

摘要：, this study used an optimized MaxEnt* model to predict* | Saussurea medusa is a rare alpine plant with | significant medicinal value. To better understand the | changes in its habitat in the context of climate change | the current and future habitat of S. medusa under