结果表明：日本三桠的净光合速率、暗呼吸速率的下降明显落后于土壤相对含水量的降低；
The results showed that relative water content of leaves was closely related to the rate of net photosynthesis.
采用细菌的亲碱性溶果胶酶，能使三桠皮在5～7小时的碱性浸解中完全成浆，也能使构皮快速和选择性地制出高得率浆。
Mitsumatu is almost completely pulped in 5 to 7 hrs with alkaline pectolytic enzymes. Similarly, fast and selective high yield pulping can also be thus obtained for Kozo fibers.
采用细菌的亲碱性溶果胶酶，能使三桠皮在5～7小时的碱性浸解中完全成浆，也能使构皮快速和选择性地制出高得率浆。
Mitsumatu is almost completely pulped in 5 to 7 hrs with alkaline pectolytic enzymes. Similarly, fast and selective high yield pulping can also be thus obtained for Kozo fibers.
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