我们必须产生更少的垃圾。
The first is to generate less garbage.
第一种方法是生成更少的垃圾。
Human memory cannot be erased like that of a computer, it is though important to keep less garbage.
人的记忆又不是电脑内存，想删就删，所以还是少放点“乐瑟”为好。
It ends up with less components to compile at build time and less garbage to collect at runtime, so I am really glad you trusted your intuition that the real question was not being answered.
这个方法在生成时要编译的组件数量更少，运行时要回收的垃圾也更少，因此，我很高兴您相信了您的直觉，认为真正的问题并没有得到回答。
This enables accessor factory implementations to store the accessor factories in object pools to achieve better performance (due to less initialization overhead and less garbage collection).
这就允许访问器工厂实现将访问器工厂存储在对象池中，以实现更好的性能(因为初始化开销更少，垃圾回收工作也更少)。
Therefore, less money is spent for garbage disposal.
因此，花在垃圾处理上的钱就少了。
Recycling lowers the amount of waste put into landfills, therefore, less money is spent for garbage disposal.
回收减少了垃圾填埋场的垃圾量，因此垃圾处理的花费就少了。
As the nursery size is expanded and the time between nursery collects increases, you do less copying on average, and the overhead of garbage collection drops.
随着托儿所空间大小和托儿所收集之间的时间间隔增加，需要复制的数据量通常会随之减少，垃圾收集的开销也会随之降低。
A second, less obvious, way is to choose a policy that maximizes the benefits of garbage collection.
第二种不是很明显的方法是选择能够最大化垃圾收集的益处的策略。
These objects are less likely to become garbage, so the collector examines them much less frequently.
这些对象不太可能变为垃圾，因此收集器很少检查它们。
Because garbage collection algorithms vary, some algorithms analyze older, longer-lived objects less frequently than short-lived objects.
由于各种垃圾收集算法有所不同，某些算法会更频繁地分析生存期较短的对象，而不是较老、生存期较长的对象。
Further, optimizing away some allocations reduces pressure on the garbage collector and allows collection to run less often.
而且，优化掉一些分配，可以降低垃圾收集器的压力，从而让收集运行得更少。
If memory usage can be reduced, then the system's capacity or performance can be improved, allowing more sessions or less time spent garbage collecting.
如果内存使用减少，那么系统容量或性能就能够得到提升，从而允许增加会话或减少垃圾收集时间。
By arranging for most objects to survive less than one collection, garbage collection can be very efficient.
通过安排大多数对象的存活期不超过一个收集周期，垃圾收集可以变得非常有效。
As application utilization is increased, the garbage collector receives less time to complete its work, so a larger heap is required to make sure that the GC cycle can be completed incrementally.
随着应用程序利用率的增加，垃圾收集器完成其工作的时间会更短，因此需要更大的堆来确保GC周期可以增量式地完成。
Fewer objects created mean less-frequent garbage collection, which has a direct impact on user experience.
越少的对象创建意味着越少的垃圾回收，这会提高你程序的用户体验质量。
Trees normally cost four times less on average, but are usually turned into mulch or sent to garbage dumps after the holidays in most North American cities.
圣诞树的价格一般为树木均价的四分之一，但在大多北美城市，人们过完圣诞后通常会将圣诞树做成腐叶土，或干脆丢弃。
More significantly (and insidiously) in the lowered friction, less guidance, more likely to post garbage sense.
更重要的是（也是更危险的），在疏于指导的情况下，这会导致人们发布大量的垃圾信息。
Garbage is thrown away, so less clean land is left.
因为乱丢垃圾，所以留下来干净的土地更少了。
By reusing a single object instead of creating many, the program USES less memory and reduces garbage collection.
通过重用单个对象而不是创建许多个，程序将使用更少的内存并减少垃圾回收的次数。
When you use the system a long time, he will have more or less the temporary document, The unloading and installation of the garbage data, it can use this time to remove these elements.
当你长时间的使用系统后，总会多多少少的产生一些临时的文件，以及安装卸载的时候产生的垃圾数据，这个时候使用它就可以清除这些内容。
Garbage, meal or a cold season, in a paper towel should be less, should use a handkerchief.
垃圾分类，在就餐或感冒季节，应该少用纸巾，应使用手帕。
At home at ordinary times, should be a low carbon life habit, to save water, save electricity, less manufacturing household garbage, etc.
平时在家，应养成低碳环保的生活习惯，节约水，节约电，少制造生活垃圾等。
This is the default mode for garbage collection on a workstation and is less intrusive.
这是工作站的预设记忆体回收模式，而且干扰较少。
This is the default mode for garbage collection on a workstation and is less intrusive.
这是工作站的预设记忆体回收模式，而且干扰较少。
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