Habitat use during calving and the energetically demanding post-partur的繁體中文翻譯

Habitat use during calving and the

Habitat use during calving and the energetically demanding post-parturition period can be an important determinant of neonatal survival. The moose (Alces alces) population in northeastern Minnesota, USA declined 65% from 2006 to 2018. During 2013–2015, annual survival of calves was estimated as low as 28%. We remotely monitored global positioning system (GPS)-collared adult female moose and their neonates during the calving and post-parturition seasons to examine calving movements, birth-sites, habitat use, survival, and cause-specific mortality of neonates. Identifying the association of specific landscape characteristics with neonate survival should yield insight into mechanisms contributing to the declining moose population and serve as a basis for an ecologically sound management response. We compared habitat characteristics of pre-calving, calving, peak-lactation, and mortality sites at a fine and broad scale. We also compared calving sites of females that successfully reared a calf to winter to those that did not. In general, females tended to move to areas of more conifer cover to calve. During peak-lactation, females and their calves used steeper areas with abundant forage and high concealment but less conifer cover. Mortalities occurred at sites that were more level than other site types. Females that successfully reared a calf to 1 February typically calved in areas with more deciduous forest and less forested wetland cover than females whose calves died before 9 months of age. Habitat improvement projects for moose should consider forage requirements and placement on the landscape in relation to cover and slope.  2018 The Wildlife Society.
0/5000
原始語言: -
目標語言: -
結果 (繁體中文) 1: [復制]
復制成功!
Habitat use during calving and the energetically demanding post-parturition period can be an important determinant of neonatal survival. The moose (Alces alces) population in northeastern Minnesota, USA declined 65% from 2006 to 2018. During 2013–2015, annual survival of calves was estimated as low as 28%. We remotely monitored global positioning system (GPS)-collared adult female moose and their neonates during the calving and post-parturition seasons to examine calving movements, birth-sites, habitat use, survival, and cause-specific mortality of neonates. Identifying the association of specific landscape characteristics with neonate survival should yield insight into mechanisms contributing to the declining moose population and serve as a basis for an ecologically sound management response. We compared habitat characteristics of pre-calving, calving, peak-lactation, and mortality sites at a fine and broad scale. We also compared calving sites of females that successfully reared a calf to winter to those that did not. In general, females tended to move to areas of more conifer cover to calve. During peak-lactation, females and their calves used steeper areas with abundant forage and high concealment but less conifer cover. Mortalities occurred at sites that were more level than other site types. Females that successfully reared a calf to 1 February typically calved in areas with more deciduous forest and less forested wetland cover than females whose calves died before 9 months of age. Habitat improvement projects for moose should consider forage requirements and placement on the landscape in relation to cover and slope.  2018 The Wildlife Society.
正在翻譯中..
結果 (繁體中文) 2:[復制]
復制成功!
在結節期間和分娩後需求嚴格的生境使用是新生兒存活的重要決定因素。從2006年到2018年,美國明尼蘇達州東北部的駝鹿(Alces alces)數量下降了65%。2013-2015年期間,小牛的年生存率估計低至28%。我們遠端監測全球定位系統(GPS)領的成年雌駝鹿及其新生兒在產卵和產後季節,以檢查產卵運動,出生地點,棲息地使用,生存,和致成的新生兒死亡率。確定特定景觀特徵與新生兒生存的關聯,應有助於減少駝鹿種群的機制,並作為生態上健全的管理反應的基礎。我們比較了產卵前、產卵期、峰化、死亡地點等生境特徵。我們還比較了成功飼養小牛到冬天的雌性產卵點和那些沒有成功飼養小牛的部位。一般來說,女性傾向于移動到針對覆蓋較多的地區去結垢。在哺乳高峰期,雌性及其小牛使用較陡峭的區域,具有豐富的飼料和高隱蔽性,但針皮覆蓋較少。與其他網站類型相比,網站更高級別的網站發生致命性。成功飼養小牛到2月1日的女性,通常比小牛在9個月前死亡的女性,在落葉林較多、濕地覆蓋面積較少的地區進行鈣化。駝鹿生境改善專案應考慮飼料要求和景觀在覆蓋和坡度方面的放置。2018 野生動物協會。
正在翻譯中..
結果 (繁體中文) 3:[復制]
復制成功!
產犢期間的棲息地利用和產後能量需求可能是新生兒存活的重要决定因素。從2006年到2018年,美國明尼蘇達州東北部的駝鹿數量下降了65%。2013-2015年間,小牛的年存活率估計低至28%。我們對全球定位系統(GPS)的成年雌性駝鹿及其新生兒在產犢季節和產後進行了遠程監測,以檢查產犢活動、出生地點、棲息地使用、存活率和造成新生兒特定死亡率。確定特定景觀特徵與新生兒存活率之間的關聯,應能深入瞭解導致駝鹿種群减少的機制,並作為生態良好管理對策的基礎。我們比較了產犢前、產犢、泌乳高峰和死亡率的棲息地特徵。我們還比較了在冬季成功飼養小牛的雌性和沒有成功飼養小牛的雌性的產犢地點。一般來說,雌性傾向於移到針葉樹覆蓋率較高的地區產犢。在泌乳高峰期,母牛和小牛使用的是更陡峭的區域,有豐富的飼料和高隱蔽性,但針葉樹覆蓋較少。死亡發生在比其他部位類型更高的部位。在2月1日之前成功飼養小牛的雌性小牛通常在落葉林多、森林濕地覆蓋率低的地區產犢,而在9個月前死亡的雌性小牛則是如此。駝鹿棲息地改善項目應考慮飼料要求和與植被和坡度相關的景觀佈局。2018野生動物協會。<br>
正在翻譯中..
 
其它語言
本翻譯工具支援: 世界語, 中文, 丹麥文, 亞塞拜然文, 亞美尼亞文, 伊博文, 俄文, 保加利亞文, 信德文, 偵測語言, 優魯巴文, 克林貢語, 克羅埃西亞文, 冰島文, 加泰羅尼亞文, 加里西亞文, 匈牙利文, 南非柯薩文, 南非祖魯文, 卡納達文, 印尼巽他文, 印尼文, 印度古哈拉地文, 印度文, 吉爾吉斯文, 哈薩克文, 喬治亞文, 土庫曼文, 土耳其文, 塔吉克文, 塞爾維亞文, 夏威夷文, 奇切瓦文, 威爾斯文, 孟加拉文, 宿霧文, 寮文, 尼泊爾文, 巴斯克文, 布爾文, 希伯來文, 希臘文, 帕施圖文, 庫德文, 弗利然文, 德文, 意第緒文, 愛沙尼亞文, 愛爾蘭文, 拉丁文, 拉脫維亞文, 挪威文, 捷克文, 斯洛伐克文, 斯洛維尼亞文, 斯瓦希里文, 旁遮普文, 日文, 歐利亞文 (奧里雅文), 毛利文, 法文, 波士尼亞文, 波斯文, 波蘭文, 泰文, 泰盧固文, 泰米爾文, 海地克里奧文, 烏克蘭文, 烏爾都文, 烏茲別克文, 爪哇文, 瑞典文, 瑟索托文, 白俄羅斯文, 盧安達文, 盧森堡文, 科西嘉文, 立陶宛文, 索馬里文, 紹納文, 維吾爾文, 緬甸文, 繁體中文, 羅馬尼亞文, 義大利文, 芬蘭文, 苗文, 英文, 荷蘭文, 菲律賓文, 葡萄牙文, 蒙古文, 薩摩亞文, 蘇格蘭的蓋爾文, 西班牙文, 豪沙文, 越南文, 錫蘭文, 阿姆哈拉文, 阿拉伯文, 阿爾巴尼亞文, 韃靼文, 韓文, 馬來文, 馬其頓文, 馬拉加斯文, 馬拉地文, 馬拉雅拉姆文, 馬耳他文, 高棉文, 等語言的翻譯.

Copyright ©2025 I Love Translation. All reserved.

E-mail: