Did you catch it?

Kevin McManus

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Did you catch it?

机译：你懂了吗？

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摘要

I continue to be amazed by the consistent failures I see in capturing errors that get to the customer.

机译：我仍然对捕获到客户的错误中看到的一贯的失败感到惊讶。

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《IIE Solutions 》 |2018年第5期| 16-16| 共1页
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Kevin McManus;
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1. Pagsanjan-Lumban catchment, Philippines: summary of biophysical characteristics of the catchment, background to site selection and instrumentation. (Special Issue: Assessing off-site migration of sediments and agrochemicals from agricultural/horticultural catchments in Philippines and Australia.) [J] . Cruz R. V. O., Pillas M., Castillo H. C., Agricultural Water Management . 2012 ,第Null期

机译：菲律宾Pagsanjan-Lumban流域：流域的生物物理特征摘要，选址和使用仪器的背景。（特刊：评估菲律宾和澳大利亚农业/园艺流域的沉积物和农药的异地迁移。）
2. A combined catchment-reservoir water quality model to guide catchment management for reservoir water quality control [J] . Chen Chi-Feng, Chong Kean-Yip, Lin Jen-Yang Water and environment journal . 2021 ,第3期

机译：储层水库水质控制引导管理的组合集水区水质模型
3. Surface Water Quality Response to Land Use Land Cover Change in an Urbanizing Catchment: A Case of Upper Chongwe River Catchment, Zambia [J] . Alick Nguvulu, Agabu Shane, Claude S. Mwale, Journal of Geographic Information System . 2021 ,第5期

机译：地表水质反应土地利用土地覆盖在城市化集水区中的变化：一个案例的上崇韦河流域，赞比亚
4. Impact of Climate Change on a Runoff Formation in Seaside Catchment Area on the Example of the Babica River Catchment [C] . Piotr Zima Baltic Geodetic Congress . 2018

机译：以巴比卡河集水区为例，气候变化对沿岸集水区径流形成的影响
5. Catchment classification- understanding hydrologic similarity through catchment function. [D] . Sawicz, Keith A. 2013

机译：流域分类-通过流域功能了解水文相似性。
6. Hydroclimatic changes and drivers in the Sava River Catchment and comparison with Swedish catchments [O] . Lea Levi, Fernando Jaramillo, Roko Andričević, 2015

机译：萨瓦河流域的水文气候变化和驱动因素以及与瑞典流域的比较
7. Figure 9: Biomass of age-structured species groups over catch calculated from Chatham Rise Atlantis model simulations with no cap on recruitment (A, C), recruitment capped at R0 (B, D), recruitment steepness values h ∈ (0.5, 0.7, 0.9) for the 1970–2016 hindcast period (B, D) and h set at 0.9 for myctophids, with three catch scenarios: (1) Zero catch; (2) Status quo catch; (3) Half catch, for the 2016–2046 projection period (C, D). [O] . -1

机译：图9：年龄结构物种的生物量由Chatham上升atlantis模型模拟的捕获量，没有募集（a，c），募集在r0（b，d）的募集植物，招聘陡峭值h∈（0.5,0.7， 0.9）对于1970-2016的Hindcast时期（B，D）和H设置为0.9，用于切错过，有三种捕捉场景：（1）零捕获; （2）现状; （3）半捕获，2016-2046投影期（C，D）。

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