Slave Lake(奴隶湖)研究综述
Slave Lake 奴隶湖 - The model predicts that annual open pond algae cultivation to produce 1000 T biomass would require 17–20 ha at Mesa, AZ, 45–56 ha at Medicine Hat, AB, 57–68 ha at Fort Saskatchewan, AB and 71–80 ha at Great Slave Lake, NWT. [1] The East Arm basin of Great Slave Lake formed during this period and preserves a protracted record of sedimentation and volcanism in the southeastern Slave craton. [2] We modeled fish in 6 Canadian lakes (Great Slave Lake, Lake Ontario, Source Lake, Happy Isle Lake, Lake Opeongo, and Lake Memphremagog) to identify the factors that cause the BAFs of differently sized lake trout to vary between and within lakes. [3] A subarctic fish community in mine-impacted Yellowknife Bay (Great Slave Lake, Northwest Territories, Canada) was investigated for biological and ecological processes controlling arsenic bioaccumulation. [4]该模型预测，为了生产 1000 吨生物量，每年开放池塘藻类养殖在亚利桑那州梅萨需要 17-20 公顷，在 AB 梅萨迪哈特需要 45-56 公顷，在 AB 萨斯喀彻温堡需要 57-68 公顷，在美国需要 71-80 公顷。大奴湖，西北地区。 [1] 大奴湖东臂盆地形成于这一时期，保存了斯拉夫克拉通东南部沉积和火山活动的长期记录。 [2] 我们对加拿大 6 个湖泊（大奴湖、安大略湖、源湖、快乐岛湖、Opeongo 湖和 Memphremagog 湖）中的鱼类进行了建模，以确定导致不同大小的湖鳟 BAF 在湖泊之间和湖泊内变化的因素。 [3] 对受地雷影响的耶洛奈夫湾（加拿大西北地区大奴湖）的亚北极鱼类群落进行了控制砷生物积累的生物和生态过程的调查。 [4]
Great Slave Lake 大奴湖
The model predicts that annual open pond algae cultivation to produce 1000 T biomass would require 17–20 ha at Mesa, AZ, 45–56 ha at Medicine Hat, AB, 57–68 ha at Fort Saskatchewan, AB and 71–80 ha at Great Slave Lake, NWT. [1] The East Arm basin of Great Slave Lake formed during this period and preserves a protracted record of sedimentation and volcanism in the southeastern Slave craton. [2] We modeled fish in 6 Canadian lakes (Great Slave Lake, Lake Ontario, Source Lake, Happy Isle Lake, Lake Opeongo, and Lake Memphremagog) to identify the factors that cause the BAFs of differently sized lake trout to vary between and within lakes. [3] A subarctic fish community in mine-impacted Yellowknife Bay (Great Slave Lake, Northwest Territories, Canada) was investigated for biological and ecological processes controlling arsenic bioaccumulation. [4]该模型预测，为了生产 1000 吨生物量，每年开放池塘藻类养殖在亚利桑那州梅萨需要 17-20 公顷，在 AB 梅萨迪哈特需要 45-56 公顷，在 AB 萨斯喀彻温堡需要 57-68 公顷，在美国需要 71-80 公顷。大奴湖，西北地区。 [1] 大奴湖东臂盆地形成于这一时期，保存了斯拉夫克拉通东南部沉积和火山活动的长期记录。 [2] 我们对加拿大 6 个湖泊（大奴湖、安大略湖、源湖、快乐岛湖、Opeongo 湖和 Memphremagog 湖）中的鱼类进行了建模，以确定导致不同大小的湖鳟 BAF 在湖泊之间和湖泊内变化的因素。 [3] 对受地雷影响的耶洛奈夫湾（加拿大西北地区大奴湖）的亚北极鱼类群落进行了控制砷生物积累的生物和生态过程的调查。 [4]