Titlebook: Boreal Forests and Global Change; Peer-reviewed manusc Michael J. Apps,David T. Price,Joe Wisniewski Conference proceedings 1995 Springer S

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書目名稱Boreal Forests and Global Change影響因子(影響力)




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書目名稱Boreal Forests and Global Change網(wǎng)絡(luò)公開度學(xué)科排名




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書目名稱Boreal Forests and Global Change讀者反饋學(xué)科排名

誤傳

Charlatan

Marco Carbone,Sonia Marin,Carsten Schürmannouthern limit exceeds 7 Mg ha. per year. The maximum annual phytomass increment was found to be 4.4 Mg ha. for the overstorey trees, 2.1 Mg ha., for the herbaceous layer and 0.7 Mg ha. for forest litter.

拋射物

cardiac-arrest

Fran?ois Degrave,Tom Schrijvers,Wim Vanhoofer four shading levels (100%, 75%, 50%, and 25% photosynthetically active radiation). Seedling emergence was most successful under high watering schedules, increased depth of burn, high shading, and without ashes. Ash had an inhibitory effect on seedling emergence.

表示向下

Digest

Criteria and Indicators of Sustainable Forest Management in Canadaves will ensure international acceptance and understanding amongst global regions of similar and dissimilar forest zones. Implementation, a follow-up goal, will ensure that the principal objectives of sustainable forest management, as espoused by the National Forest Strategy for Canada, are achieved.

craven

Structure and Biomass of Larch Stands Regenerating Naturally after Clearcut Loggingouthern limit exceeds 7 Mg ha. per year. The maximum annual phytomass increment was found to be 4.4 Mg ha. for the overstorey trees, 2.1 Mg ha., for the herbaceous layer and 0.7 Mg ha. for forest litter.

驕傲

Desiccation of White Spruce Seedlings Planted in the Southern Boreal Forest of British Columbiaration and severe injury resulted from exposing seedlings to controlled environment conditions similar but less harsh than those recorded in late March and April on monitored forest sites. Positioning of young roots of planted seedlings deep in the soil is viewed as a factor contributing to the injury.

項(xiàng)目

Jack Pine (,) Seedling Emergence is Affected by Organic Horizon Removal, Ashes, Soil, Water and Shader four shading levels (100%, 75%, 50%, and 25% photosynthetically active radiation). Seedling emergence was most successful under high watering schedules, increased depth of burn, high shading, and without ashes. Ash had an inhibitory effect on seedling emergence.