skip to main content
訪客
個人書架
我的帳戶
登出
登入
This feature requires javascript
檢索首頁
圖書館首頁
電子期刊
引用參考文獻查詢
指定參考書查詢
新書通報
標籤查詢
線上輔助
語言:
English
繁體中文
This feature required javascript
This feature requires javascript
Primo Search
館藏+文章
館藏+文章
館藏
查館藏
文章
查文章
機構典藏
機構典藏
Search For:
Clear Search Box
Search in:
文章
Or hit Enter to replace search target
Or select another collection:
Search in:
文章
進階檢索
瀏覽查詢
This feature requires javascript
顯示結果:
查詢種類
criteria input
包含在我的檢索語句內
完全相同
顯示結果:
查詢種類 索引
criteria input
任何地方
題名
ISBN
ISSN
Show Results with:
題名
Show Results with:
任何地方
題名
ISBN
ISSN
This feature requires javascript
Farm2Fork through the lens of community
ecology
:
concepts
and
applications
in postharvest storage
Gerken, Alison R. ; Morrison, William R.
Frontiers in sustainable food systems, 2023-06, Vol.7
[同儕審閱期刊]
可取得全文
引用
被引用
線上檢視
詳細格式
評論和標籤
相關文章推薦
FullText@NUTN
引用次數
This feature requires javascript
傳送到
加入個人書架
從個人書架中移除
E-mail
列印
永久連結
引用
EndNote
導出 RiS
This feature requires javascript
題名:
Farm2Fork through the lens of community
ecology
:
concepts
and
applications
in postharvest storage
著者:
Gerken, Alison R.
;
Morrison, William R.
主題:
behavior
;
ecosystem
;
insect pest
;
niche
;
stored grain
;
succession
所屬期刊:
Frontiers in sustainable food systems, 2023-06, Vol.7
描述:
The environment in which postharvest crops are processed and stored is a dynamic ecosystem influenced not only by environmental factors such as temperature and humidity, but also by biotic influences such as humans and insects. Abiotic influences such as variation in landscapes of warehouses, processing facilities, storage and shipping containers, and urban and agricultural settings can also drive changes in ecosystem processes for insects living in a postharvest system. Principles of community
ecology
can help to tease apart broad interactions among the environment including succession, interactions with conspecifics that lead to competition and niche partitioning, behavioral
ecology
variation, and physiology and developmental changes. Focusing on these
concepts
for integrated pest management (IPM) for stored product insect pests can help pest managers to better predict risk thresholds and develop targeted approaches for treatments. Typically, pest management decisions focus on single species without regards to the interactions with other species. Without consideration of the entire ecosystem, targeted treatments for one species can have both direct and indirect impacts on other species that may have equally detrimental effects on stored products. Current knowledge of stored product ecosystems lags behind what is known for field pest ecosystems, and hinders our ability to design effective control strategies for the whole system. Here, we present a review of work on stored product insect pests using a community ecology lens. We analyze how the current state of the knowledge regarding species interactions and variation and incorporating factors such as movement, species interactions, energy transfer models in succession, behavior, and effects of climate change in ecological modeling can be used to better develop and implement more effective postharvest IPM. Implementing these concepts will significantly improve management of these insects and can help reduce time and cost associated with managing and treating insect infestations.
出版者:
Frontiers Media S.A
語言:
英文
識別號:
ISSN: 2571-581X
EISSN: 2571-581X
DOI: 10.3389/fsufs.2023.1137683
資源來源:
DOAJ Directory of Open Access Journals
This feature requires javascript
This feature requires javascript
返回到檢索清單
This feature requires javascript
This feature requires javascript
正在檢索遠程資料庫,請稍等
查詢:
在
primo_central_multiple_fe
顯示現有記錄
This feature requires javascript
This feature requires javascript